Welcome to PTFSpot

Supplementary Data

Sheet 1

S.No.	Software	Algorithm	Encoding scheme	Biological relevance	Dataset	Species	Year	Webserver (W)/ Standalone (S)
1	KmerHMM	HMM	kmer	Model the dependence between adjacent nucleotide positions	PBM	Human	2013	W/S
2	GkmSVM	SVM	gapped-kmer	Detection and modulation of functional sequence elements in regulatory DNA	ChIP-seq	Human	2014	S
3	pPromotif	Probabilistic modeling	position weight matrix, conservation index (Ci Value), and inter-nucleotide dependence	Plant transcription factor binding sites	AGRIS database and TBFS annotations in GenBank entries	Arabidopsis thaliana	2014	S
4	DeepSEA	CNN	One-hot encoding	Identify the noncoding-variant effects de novo from sequence on chromatin	ChIP-seq	Human	2015	S
5	DeepBind	CNN	One-hot encode	Nucleic acid binding site prediction and can discover new patterns even when the locations of patterns within sequences are unkonwn	ChIP-seq	Human	2015	S
6	Basset	CNN	One-hot encode	Learn the complex code of DNA accessibility across many cell types and and annotate every mutation in the genome with its influence on present accessibility and latent potential for accessibility	DNase-seq	Human	2016	S
7	DanQ	CNN and Bi-LSTM	One-hot encode	Identify non-coding function de novo from sequence which can have enormous benefit for both basic science and translational research	ChIP-seq, DNase-seq	Human	2016	S
8	LS-GKM	SVM	Gapped kmer	Identify and detect the regulatory vocabulary encoded in functional DNA elements, and significantly contribute to understand gene regulation.	ChIP-seq	Human	2016	S
9	DeeperBind	CNN+LSTM	One-hot encoding	Model the positional dynamics of probe sequences and hence reckons with the contributions made by individual sub-regions in DNA sequences	PBMs	Human	2017	S
10	DeepSNR	CNN and DeepCNN	One-hot encoding	Identify TF binding location at Single Nucleotide Resolution de novo from DNA sequence and learns the dependencies between nucleotides at different positions within the binding site description	ChIP-exonuclease	Human	2017	S
11	Tfimpute	CNN	One-hot encoding	Identify cell-specific TF binding	ChIP-seq	Human	2017	S
12	KEGRU	Bi-GRU	k-mer embedding	Capture complex context information from the k-mer sequence	ChIP-seq	Human	2018	S
13	DeFine	CNN	One-hot encoding	Identifies cell type-specific functional impact of abundant non-coding variants including SNPs and indels. Also identifies the causal functional non-coding variants from disease-associated variants in GWAS	ChIP-seq	Human	2018	W/S
14	K-mer grammar	Logistic regression	k-mers	Framework to exploit characteristic chromatin contexts and sequence organization to classify regulatory regions based on sequence features - k-mers	ChIP-seq, Mnase-seq	Zea mays	2019	S
15	FactorNet	CNN+BiLSTM	One-hot encoding	Identify cell type-specific transcription factor binding by leveraging signal data, such as DNase I cleavage	ChIP-seq	Human	2019	S
16	DESSO	CNN	One-hot encoding	Identify motifs and identify TFBSs in both sequence and regional DNA shape features	ChIP-seq	Human	2019	S
17	DeepRAM	CNN/RNN	One-hot/k-mer embedding	Uses Different architectures using CNNs or RNNs to identify DNA/RNA sequence binding specificity	ChIP-seq	Human	2019	S
18	WSCNNLSTM	Multi-instance learning and hybrid neural network	k-mer embedding	Identify in-vivo protein-DNA binding	ChIP-seq	Human	2019	S
19	TbiNet	CNN, Bi-LSTM, and Attention mechanism	One-hot encoding	Identify transcription factor binding sites	ChIP-seq	Human	2020	S
20	FCNA	CNN	One-hot encoding	Accurately identify TF-DNA binding motifs across different cell lines and infer indirect TF-DNA bindings	ChIP-seq	Human	2021	S
21	DLBSS	CNN/RNN	One-hot encoding and shape features	Identify TF-DNA binding preference using input DNA sequences and shape properties	PBM	Human	2021	S
22	BPNet	CNN	One-hot encoding	Discove relevant motifs and syntax rules underlying the cis-regulatory code	ChIP–nexus	Human	2021	S
23	SAResNet	Self-attention mechanism+residual network	One-hot encoding	Identify DNA-protein binding and learning of the long-range dependencies from the DNA sequence	ChIP-seq	Human	2021	S
24	SeqConv	CNN	One-hot encoding	Identify more precise TF-DNA interaction regions in plants	ChIP-seq	Zea mays	2021	S
25	TSPTFBS	CNN	One-hot encoding	TFBS prediction in plants	DAP-seq	Arabidopsis thaliana	2021	S
26	DNABERT	BERT	k-mer encoding	Enables direct visualization of nucleotide-level importance and semantic relationship within input sequences for better interpretability and accurate identification of conserved sequence motifs and functional genetic variant candidates.	ChIP-seq	Human	2021	S
27	D-AEDNet	Deep Attentive Encoder-Decoder Neural Network	One-hot encoding	Identify the location of TFs–DNA binding sites in DNA sequences at base-pair level by leveraging the nucleotide position information	ChIP-exo and ChIP-seq	Human	2021	S
28	DeepGRN	CNN+Bi-LSTM+Attention mechanism	One-hot encoding	Automatically and effectively predict transcription factor binding sites	ChIP-seq, DNase-Seq	Human	2021	S
29	Wimtrap	XGBoost	PWM	Identify condition- or organ-specific cis-regulatory elements and TF gene targets, with a great flexibility regarding the input data	ChIP-seq	Arabidopsis thaliana	2022	S
30	PlantBind	CNN+Bi-LSTM	One-hot encoding	Identify potential TFBSs of multiple TFs simultaneously	ChIP-seq	Arabidopsis thaliana	2022	S
31	MAResNet	Top-down and bottom-up attentation mechanism+residual network	One-hot encoding	Identify transcription factor binding sites in DNA sequences	ChIP-seq	Human	2022	S
32	FCNsignal	Encoder + Decoder + Skip Architecture	One-hot encoding	(i)Identify base-resolution signals of binding regions, (ii) discriminating binding or non-binding regions, (iii) locating TF-DNA binding regions, and (iv) Identify binding motifs.	ChIP-seq and ATAC-seq	Human	2022	NA
33	TSPTFBS2.0	DenseNet CNN	One-hot encoding	TFBS prediction in plants	DAP-seq	Arabidopsis thaliana	2023	S

S.No.	Name	Number of Peaks	Source	Assay Type	TF Family
1	ABF1	22241	PCBase	ChIP-Seq	bZIP
2	ABF3	25687	PCBase	ChIP-Seq	bZIP
3	ABF4	31851	PCBase	ChIP-Seq	bZIP
4	ABI5	2798	PCBase	ChIP-Seq	bZIP
5	ANAC032	22315	PCBase	ChIP-Seq	NAC
6	ANAC102	9476	PCBase	ChIP-Seq	NAC
7	AP1	8146	PCBase	ChIP-Seq	MIKC_MADS
8	AP2	329	PCBase	ChIP-Seq	AP2
9	AZF1	4783	PCBase	ChIP-Seq	ZNF
10	BBM	17253	PCBase	ChIP-Seq	AP2
11	BZIP28	1102	PCBase	ChIP-Seq	bZIP
12	CCA1	1206	PCBase	ChIP-Seq	MYB_related
13	CRY2	1812	PCBase	ChIP-Seq	CRY2
14	DELLA	1650	PCBase	ChIP-Seq	GRAS
15	ERF115	11318	PCBase	ChIP-Seq	AP2EREBP
16	DREB2A	3797	PCBase	ChIP-Seq	ERF
17	FBH3	3384	PCBase	ChIP-Seq	bHLH
18	FHY1	1117	PCBase	ChIP-Seq	HAD
19	FHY3	444	PCBase	ChIP-Seq	FAR1
20	FIE	7787	PCBase	ChIP-Seq	PRC2
21	FLM	2599	PCBase	ChIP-Seq	MADS
22	GBF2	31090	PCBase	ChIP-Seq	bZIP
23	HAT22	31291	PCBase	ChIP-Seq	HD-ZIP
24	HB5	29929	PCBase	ChIP-Seq	HD-ZIP
25	HB7	22784	PCBase	ChIP-Seq	HD-ZIP
26	HBI	16	PCBase	ChIP-Seq	bHLH
27	HSFA1A	4374	PCBase	ChIP-Seq	HSF
28	HSFA6A	8898	PCBase	ChIP-Seq	HSF
29	IBH1	576	PCBase	ChIP-Seq	bHLH
30	JAG	1126	PCBase	ChIP-Seq	C2H2
31	KAN1	20007	PCBase	ChIP-Seq	G2like
32	LEC1	16286	PCBase	ChIP-Seq	NFY
33	LFY	10818	PCBase	ChIP-Seq	LFY
34	MYB3	20813	PCBase	ChIP-Seq	MYB
35	MYB3R3	2484	PCBase	ChIP-Seq	MYB
36	NFYB2	38170	PCBase	ChIP-Seq	NFY
37	NFYC2	21822	PCBase	ChIP-Seq	NFY
38	PIF1	5491	PCBase	ChIP-Seq	bHLH
39	PIF4	33969	PCBase	ChIP-Seq	bHLH
40	PIF5	3378	PCBase	ChIP-Seq	bHLH
41	REV	6167	PCBase	ChIP-Seq	HD-ZIP
42	RGA	17359	PCBase	ChIP-Seq	GRAS
43	SOC1	2273	PCBase	ChIP-Seq	MADS
44	SVP	4330	PCBase	ChIP-Seq	MADS
45	TOC1	191	PCBase	ChIP-Seq	PRR
46	WRKY33	7355	PCBase	ChIP-Seq	WRKY
47	ZAT6	20754	PCBase	ChIP-Seq	C2H2
48	AT5G04760	30418	PCBase	ChIP-Seq	MYB
49	GBF3	39592	PCBase	ChIP-Seq	bZIP
50	HB6	40197	PCBase	ChIP-Seq	HD-ZIP
51	MYB44	34581	PCBase	ChIP-Seq	MYB
52	PhyA	2233	PCBase	ChIP-Seq	PhyA
53	RD26	36219	PCBase	ChIP-Seq	NAC
54	SEP3	24925	PCBase	ChIP-Seq	MIKC_MADS
55	ABF2	2299	Plant Cistrome Database	DAP-Seq	bZIP
56	ABI5	9233	Plant Cistrome Database	DAP-Seq	bZIP
57	ABR1	11691	Plant Cistrome Database	DAP-Seq	AP2EREBP
58	Adof1	11744	Plant Cistrome Database	DAP-Seq	C2C2dof
59	AGL15	2257	Plant Cistrome Database	DAP-Seq	MADS
60	AGL63	15745	Plant Cistrome Database	DAP-Seq	MADS
61	AIL7	3535	Plant Cistrome Database	DAP-Seq	AP2EREBP
62	ANAC004	14895	Plant Cistrome Database	DAP-Seq	NAC
63	ANAC005	7671	Plant Cistrome Database	DAP-Seq	NAC
64	ANAC013	5744	Plant Cistrome Database	DAP-Seq	NAC
65	ANAC016	15693	Plant Cistrome Database	DAP-Seq	NAC
66	ANAC017	15802	Plant Cistrome Database	DAP-Seq	NAC
67	ANAC020	7906	Plant Cistrome Database	DAP-Seq	NAC
68	ANAC028	8161	Plant Cistrome Database	DAP-Seq	NAC
69	ANAC034	6013	Plant Cistrome Database	DAP-Seq	NAC
70	ANAC038	6176	Plant Cistrome Database	DAP-Seq	NAC
71	ANAC042	6110	Plant Cistrome Database	DAP-Seq	NAC
72	ANAC045	17921	Plant Cistrome Database	DAP-Seq	NAC
73	ANAC046	18233	Plant Cistrome Database	DAP-Seq	NAC
74	ANAC047	7691	Plant Cistrome Database	DAP-Seq	NAC
75	ANAC050	21201	Plant Cistrome Database	DAP-Seq	NAC
76	ANAC053	13096	Plant Cistrome Database	DAP-Seq	NAC
77	ANAC055	7513	Plant Cistrome Database	DAP-Seq	NAC
78	ANAC057	10212	Plant Cistrome Database	DAP-Seq	NAC
79	ANAC058	19850	Plant Cistrome Database	DAP-Seq	NAC
80	ANAC062	10281	Plant Cistrome Database	DAP-Seq	NAC
81	ANAC070	24684	Plant Cistrome Database	DAP-Seq	NAC
82	ANAC071	23644	Plant Cistrome Database	DAP-Seq	NAC
83	ANAC075	4382	Plant Cistrome Database	DAP-Seq	NAC
84	ANAC079	2817	Plant Cistrome Database	DAP-Seq	NAC
85	ANAC083	21927	Plant Cistrome Database	DAP-Seq	NAC
86	ANAC087	6399	Plant Cistrome Database	DAP-Seq	NAC
87	ANAC092	10364	Plant Cistrome Database	DAP-Seq	NAC
88	ANAC094	738	Plant Cistrome Database	DAP-Seq	NAC
89	ANAC096	13107	Plant Cistrome Database	DAP-Seq	NAC
90	ANAC103	8702	Plant Cistrome Database	DAP-Seq	NAC
91	ANL2	8312	Plant Cistrome Database	DAP-Seq	HB
92	AREB3	4617	Plant Cistrome Database	DAP-Seq	bZIP
93	ARF2	11654	Plant Cistrome Database	DAP-Seq	ARF
94	ASL18	6328	Plant Cistrome Database	DAP-Seq	LOBAS2
95	AT1G01250	725	Plant Cistrome Database	DAP-Seq	AP2EREBP
96	AT1G12630	18211	Plant Cistrome Database	DAP-Seq	AP2EREBP
97	At1g19000	29932	Plant Cistrome Database	DAP-Seq	MYBrelated
98	AT1G19040	994	Plant Cistrome Database	DAP-Seq	NAC
99	At1g19210	22451	Plant Cistrome Database	DAP-Seq	AP2EREBP
100	AT1G20910	10683	Plant Cistrome Database	DAP-Seq	ARID
101	At1g22810	8437	Plant Cistrome Database	DAP-Seq	AP2EREBP
102	AT1G24250	2233	Plant Cistrome Database	DAP-Seq	Orphan
103	At1g25550	15049	Plant Cistrome Database	DAP-Seq	G2like
104	AT1G28160	10300	Plant Cistrome Database	DAP-Seq	AP2EREBP
105	At1g36060	4035	Plant Cistrome Database	DAP-Seq	AP2EREBP
106	AT1G44830	1635	Plant Cistrome Database	DAP-Seq	AP2EREBP
107	AT1G47655	7940	Plant Cistrome Database	DAP-Seq	C2C2dof
108	At1g49010	28552	Plant Cistrome Database	DAP-Seq	MYBrelated
109	AT1G49560	20976	Plant Cistrome Database	DAP-Seq	G2like
110	At1g64620	34001	Plant Cistrome Database	DAP-Seq	C2C2dof
111	At1g68670	11676	Plant Cistrome Database	DAP-Seq	G2like
112	AT1G69570	13762	Plant Cistrome Database	DAP-Seq	C2C2dof
113	At1g69690	995	Plant Cistrome Database	DAP-Seq	TCP
114	AT1G71450	14277	Plant Cistrome Database	DAP-Seq	AP2EREBP
115	At1g72010	4626	Plant Cistrome Database	DAP-Seq	TCP
116	AT1G72740	21483	Plant Cistrome Database	DAP-Seq	MYBrelated
117	At1g74840	10169	Plant Cistrome Database	DAP-Seq	MYBrelated
118	AT1G76880	491	Plant Cistrome Database	DAP-Seq	Trihelix
119	AT1G77200	27117	Plant Cistrome Database	DAP-Seq	AP2EREBP
120	At1g78700	5147	Plant Cistrome Database	DAP-Seq	BZR
121	At2g01060	21429	Plant Cistrome Database	DAP-Seq	G2like
122	At2g03500	12731	Plant Cistrome Database	DAP-Seq	G2like
123	AT2G15740	3257	Plant Cistrome Database	DAP-Seq	C2H2
124	AT2G20110	30396	Plant Cistrome Database	DAP-Seq	CPP
125	AT2G20400	6113	Plant Cistrome Database	DAP-Seq	G2like
126	AT2G28810	49623	Plant Cistrome Database	DAP-Seq	C2C2dof
127	AT2G33550	8647	Plant Cistrome Database	DAP-Seq	Trihelix
128	At2g33710	18654	Plant Cistrome Database	DAP-Seq	AP2EREBP
129	AT2G40260	21916	Plant Cistrome Database	DAP-Seq	G2like
130	At2g44940	5163	Plant Cistrome Database	DAP-Seq	AP2EREBP
131	At2g45680	450	Plant Cistrome Database	DAP-Seq	TCP
132	At3g04030	22876	Plant Cistrome Database	DAP-Seq	G2like
133	At3g09600	29529	Plant Cistrome Database	DAP-Seq	MYBrelated
134	AT3G09735	7818	Plant Cistrome Database	DAP-Seq	S1Falike
135	AT3G10030	3648	Plant Cistrome Database	DAP-Seq	Trihelix
136	AT3G10113	27249	Plant Cistrome Database	DAP-Seq	MYBrelated
137	AT3G10580	5180	Plant Cistrome Database	DAP-Seq	MYBrelated
138	At3g11280	2031	Plant Cistrome Database	DAP-Seq	MYBrelated
139	AT3G12130	12290	Plant Cistrome Database	DAP-Seq	C3H
140	At3g12730	10750	Plant Cistrome Database	DAP-Seq	G2like
141	At3g14180	6618	Plant Cistrome Database	DAP-Seq	Trihelix
142	AT3G16280	13312	Plant Cistrome Database	DAP-Seq	AP2EREBP
143	At3g24120	52038	Plant Cistrome Database	DAP-Seq	G2like
144	AT3G25990	2682	Plant Cistrome Database	DAP-Seq	Trihelix
145	AT3G42860	2415	Plant Cistrome Database	DAP-Seq	zfGRF
146	At3g45610	34597	Plant Cistrome Database	DAP-Seq	C2C2dof
147	AT3G52440	30433	Plant Cistrome Database	DAP-Seq	C2C2dof
148	AT3G60490	9000	Plant Cistrome Database	DAP-Seq	AP2EREBP
149	At3g60580	11065	Plant Cistrome Database	DAP-Seq	C2H2
150	AT4G00250	11654	Plant Cistrome Database	DAP-Seq	GeBP
151	At4g01280	24503	Plant Cistrome Database	DAP-Seq	MYBrelated
152	At4g16750	15677	Plant Cistrome Database	DAP-Seq	AP2EREBP
153	AT4G18450	561	Plant Cistrome Database	DAP-Seq	AP2EREBP
154	At4g18890	865	Plant Cistrome Database	DAP-Seq	BZR
155	AT4G26030	11315	Plant Cistrome Database	DAP-Seq	C2H2
156	At4g31060	7514	Plant Cistrome Database	DAP-Seq	AP2EREBP
157	At4g32800	3779	Plant Cistrome Database	DAP-Seq	AP2EREBP
158	At4g36780	6039	Plant Cistrome Database	DAP-Seq	BZR
159	AT4G37180	19680	Plant Cistrome Database	DAP-Seq	G2like
160	At4g38000	11840	Plant Cistrome Database	DAP-Seq	C2C2dof
161	AT5G02460	45371	Plant Cistrome Database	DAP-Seq	C2C2dof
162	At5g04390	9238	Plant Cistrome Database	DAP-Seq	C2H2
163	AT5G05550	18951	Plant Cistrome Database	DAP-Seq	Trihelix
164	At5g05790	3605	Plant Cistrome Database	DAP-Seq	MYBrelated
165	At5g08330	2915	Plant Cistrome Database	DAP-Seq	TCP
166	At5g08520	12645	Plant Cistrome Database	DAP-Seq	MYBrelated
167	At5g08750	968	Plant Cistrome Database	DAP-Seq	C3H
168	At5g18450	2405	Plant Cistrome Database	DAP-Seq	AP2EREBP
169	AT5G22990	4898	Plant Cistrome Database	DAP-Seq	C2H2
170	AT5G23930	5551	Plant Cistrome Database	DAP-Seq	mTERF
171	At5g29000	4704	Plant Cistrome Database	DAP-Seq	G2like
172	AT5G45580	42093	Plant Cistrome Database	DAP-Seq	G2like
173	At5g47390	17465	Plant Cistrome Database	DAP-Seq	MYBrelated
174	AT5G47660	12711	Plant Cistrome Database	DAP-Seq	Trihelix
175	At5g52660	19533	Plant Cistrome Database	DAP-Seq	MYBrelated
176	AT5G56840	31403	Plant Cistrome Database	DAP-Seq	MYBrelated
177	At5g58900	18957	Plant Cistrome Database	DAP-Seq	MYBrelated
178	AT5G60130	19106	Plant Cistrome Database	DAP-Seq	ABI3VP1
179	AT5G61620	19901	Plant Cistrome Database	DAP-Seq	MYBrelated
180	At5g62940	29881	Plant Cistrome Database	DAP-Seq	C2C2dof
181	AT5G63260	18676	Plant Cistrome Database	DAP-Seq	C3H
182	At5g65130	1992	Plant Cistrome Database	DAP-Seq	AP2EREBP
183	At5g66730	7624	Plant Cistrome Database	DAP-Seq	C2H2
184	AT5G66940	40237	Plant Cistrome Database	DAP-Seq	C2C2dof
185	ATAF1	9197	Plant Cistrome Database	DAP-Seq	NAC
186	AtGRF6	6529	Plant Cistrome Database	DAP-Seq	GRF
187	ATHB13	23232	Plant Cistrome Database	DAP-Seq	Homeobox
188	ATHB15	6538	Plant Cistrome Database	DAP-Seq	HB
189	ATHB18	5366	Plant Cistrome Database	DAP-Seq	Homeobox
190	ATHB20	5911	Plant Cistrome Database	DAP-Seq	Homeobox
191	ATHB21	22139	Plant Cistrome Database	DAP-Seq	HB
192	ATHB23	49895	Plant Cistrome Database	DAP-Seq	ZFHD
193	ATHB24	21428	Plant Cistrome Database	DAP-Seq	ZFHD
194	ATHB25	49795	Plant Cistrome Database	DAP-Seq	ZFHD
195	AtHB32	21104	Plant Cistrome Database	DAP-Seq	ZFHD
196	ATHB33	34347	Plant Cistrome Database	DAP-Seq	ZFHD
197	ATHB34	30751	Plant Cistrome Database	DAP-Seq	ZFHD
198	ATHB40	51300	Plant Cistrome Database	DAP-Seq	HB
199	ATHB53	17471	Plant Cistrome Database	DAP-Seq	HB
200	ATHB5	46401	Plant Cistrome Database	DAP-Seq	HB
201	ATHB6	9807	Plant Cistrome Database	DAP-Seq	Homeobox
202	ATHB7	10616	Plant Cistrome Database	DAP-Seq	Homeobox
203	AtIDD11	3281	Plant Cistrome Database	DAP-Seq	C2H2
204	ATY13	19568	Plant Cistrome Database	DAP-Seq	MYB
205	BAM8	4589	Plant Cistrome Database	DAP-Seq	BES1
206	BBX31	16775	Plant Cistrome Database	DAP-Seq	Orphan
207	bHLH10	9144	Plant Cistrome Database	DAP-Seq	bHLH
208	bHLH122	10050	Plant Cistrome Database	DAP-Seq	bHLH
209	bHLH28	8905	Plant Cistrome Database	DAP-Seq	bHLH
210	bHLH31	1829	Plant Cistrome Database	DAP-Seq	bHLH
211	bHLH80	5667	Plant Cistrome Database	DAP-Seq	bHLH
212	BIM1	647	Plant Cistrome Database	DAP-Seq	bHLH
213	BIM2	40836	Plant Cistrome Database	DAP-Seq	bHLH
214	BOS1	2175	Plant Cistrome Database	DAP-Seq	MYB
215	BPC1	17699	Plant Cistrome Database	DAP-Seq	BBRBPC
216	bZIP16	8404	Plant Cistrome Database	DAP-Seq	bZIP
217	bZIP18	14191	Plant Cistrome Database	DAP-Seq	bZIP
218	bZIP28	1726	Plant Cistrome Database	DAP-Seq	bZIP
219	bZIP3	8295	Plant Cistrome Database	DAP-Seq	bZIP
220	bZIP44	2679	Plant Cistrome Database	DAP-Seq	bZIP
221	bZIP48	5105	Plant Cistrome Database	DAP-Seq	bZIP
222	bZIP50	22131	Plant Cistrome Database	DAP-Seq	bZIP
223	bZIP52	16537	Plant Cistrome Database	DAP-Seq	bZIP
224	bZIP53	17446	Plant Cistrome Database	DAP-Seq	bZIP
225	bZIP68	9044	Plant Cistrome Database	DAP-Seq	bZIP
226	BZR1	1018	Plant Cistrome Database	DAP-Seq	BZR
227	CAMTA1	2776	Plant Cistrome Database	DAP-Seq	CAMTA
228	CAMTA5	773	Plant Cistrome Database	DAP-Seq	CAMTA
229	CBF1	18542	Plant Cistrome Database	DAP-Seq	AP2EREBP
230	CBF2	14034	Plant Cistrome Database	DAP-Seq	AP2EREBP
231	CBF3	12163	Plant Cistrome Database	DAP-Seq	AP2EREBP
232	CBF4	29710	Plant Cistrome Database	DAP-Seq	AP2EREBP
233	CDF3	22820	Plant Cistrome Database	DAP-Seq	C2C2dof
234	CDM1	4777	Plant Cistrome Database	DAP-Seq	C3H
235	CEJ1	30321	Plant Cistrome Database	DAP-Seq	AP2EREBP
236	COG1	11354	Plant Cistrome Database	DAP-Seq	C2C2dof
237	CRC	9178	Plant Cistrome Database	DAP-Seq	C2C2YABBY
238	CRF10	6410	Plant Cistrome Database	DAP-Seq	AP2EREBP
239	CRF4	2482	Plant Cistrome Database	DAP-Seq	AP2EREBP
240	CUC1	3109	Plant Cistrome Database	DAP-Seq	NAC
241	CUC2	5942	Plant Cistrome Database	DAP-Seq	NAC
242	CUC3	6336	Plant Cistrome Database	DAP-Seq	NAC
243	DAG2	24338	Plant Cistrome Database	DAP-Seq	C2C2dof
244	DDF1	2395	Plant Cistrome Database	DAP-Seq	AP2EREBP
245	DDF2	326	Plant Cistrome Database	DAP-Seq	AP2EREBP
246	DEAR2	23238	Plant Cistrome Database	DAP-Seq	AP2EREBP
247	DEAR3	12720	Plant Cistrome Database	DAP-Seq	AP2EREBP
248	DEAR5	2274	Plant Cistrome Database	DAP-Seq	AP2EREBP
249	DEL2	1401	Plant Cistrome Database	DAP-Seq	E2FDP
250	dof24	27058	Plant Cistrome Database	DAP-Seq	C2C2dof
251	dof42	801	Plant Cistrome Database	DAP-Seq	C2C2dof
252	dof43	19070	Plant Cistrome Database	DAP-Seq	C2C2dof
253	dof45	24304	Plant Cistrome Database	DAP-Seq	C2C2dof
254	DREB19	15090	Plant Cistrome Database	DAP-Seq	AP2EREBP
255	E2FA	7135	Plant Cistrome Database	DAP-Seq	E2FDP
256	EIN3	1209	Plant Cistrome Database	DAP-Seq	EIL
257	EPR1	52997	Plant Cistrome Database	DAP-Seq	MYBrelated
258	ERF105	14787	Plant Cistrome Database	DAP-Seq	AP2EREBP
259	ERF10	4811	Plant Cistrome Database	DAP-Seq	AP2EREBP
260	ERF115	12101	Plant Cistrome Database	DAP-Seq	AP2EREBP
261	ERF11	7672	Plant Cistrome Database	DAP-Seq	AP2EREBP
262	ERF13	9556	Plant Cistrome Database	DAP-Seq	AP2EREBP
263	ERF15	25902	Plant Cistrome Database	DAP-Seq	AP2EREBP
264	ERF2	726	Plant Cistrome Database	DAP-Seq	AP2EREBP
265	ERF38	5518	Plant Cistrome Database	DAP-Seq	AP2EREBP
266	ERF3	3321	Plant Cistrome Database	DAP-Seq	AP2EREBP
267	ERF4	15193	Plant Cistrome Database	DAP-Seq	AP2EREBP
268	ERF5	846	Plant Cistrome Database	DAP-Seq	AP2EREBP
269	ERF7	17694	Plant Cistrome Database	DAP-Seq	AP2EREBP
270	ERF8	12829	Plant Cistrome Database	DAP-Seq	AP2EREBP
271	ESE1	1512	Plant Cistrome Database	DAP-Seq	AP2EREBP
272	ESE3	9328	Plant Cistrome Database	DAP-Seq	AP2EREBP
273	FAR1	957	Plant Cistrome Database	DAP-Seq	FAR1
274	FRS9	7750	Plant Cistrome Database	DAP-Seq	ND
275	FUS3	3266	Plant Cistrome Database	DAP-Seq	ABI3VP1
276	GATA11	3149	Plant Cistrome Database	DAP-Seq	C2C2gata
277	GATA19	202	Plant Cistrome Database	DAP-Seq	C2C2gata
278	GATA1	970	Plant Cistrome Database	DAP-Seq	C2C2gata
279	GATA20	17519	Plant Cistrome Database	DAP-Seq	C2C2gata
280	GATA4	1611	Plant Cistrome Database	DAP-Seq	C2C2gata
281	GBF3	16034	Plant Cistrome Database	DAP-Seq	bZIP
282	GBF5	6575	Plant Cistrome Database	DAP-Seq	bZIP
283	GBF6	9894	Plant Cistrome Database	DAP-Seq	bZIP
284	GRF9	2374	Plant Cistrome Database	DAP-Seq	GRF
285	GT1	519	Plant Cistrome Database	DAP-Seq	Trihelix
286	GT2	17094	Plant Cistrome Database	DAP-Seq	Trihelix
287	GT3a	1318	Plant Cistrome Database	DAP-Seq	Trihelix
288	GTL1	31474	Plant Cistrome Database	DAP-Seq	Trihelix
289	HAT2	14941	Plant Cistrome Database	DAP-Seq	Homeobox
290	HDG1	11647	Plant Cistrome Database	DAP-Seq	Homeobox
291	HSF21	756	Plant Cistrome Database	DAP-Seq	HSF
292	HSF3	21814	Plant Cistrome Database	DAP-Seq	HSF
293	HSF6	1227	Plant Cistrome Database	DAP-Seq	HSF
294	HSF7	4474	Plant Cistrome Database	DAP-Seq	HSF
295	HSFA6B	34926	Plant Cistrome Database	DAP-Seq	HSF
296	HSFB3	1171	Plant Cistrome Database	DAP-Seq	HSF
297	HSFC1	8354	Plant Cistrome Database	DAP-Seq	HSF
298	HY5	10140	Plant Cistrome Database	DAP-Seq	bZIP
299	IDD4	12546	Plant Cistrome Database	DAP-Seq	C2H2
300	IDD5	9121	Plant Cistrome Database	DAP-Seq	C2H2
301	IDD7	4720	Plant Cistrome Database	DAP-Seq	C2H2
302	JKD	2160	Plant Cistrome Database	DAP-Seq	C2H2
303	LBD13	3715	Plant Cistrome Database	DAP-Seq	LOBAS2
304	LBD18	20264	Plant Cistrome Database	DAP-Seq	LOBAS2
305	LBD19	23977	Plant Cistrome Database	DAP-Seq	LOBAS2
306	LBD23	1451	Plant Cistrome Database	DAP-Seq	LOBAS2
307	LBD2	24314	Plant Cistrome Database	DAP-Seq	LOBAS2
308	LCL1	8370	Plant Cistrome Database	DAP-Seq	MYBrelated
309	LEP	546	Plant Cistrome Database	DAP-Seq	AP2EREBP
310	LHY1	33488	Plant Cistrome Database	DAP-Seq	MYBrelated
311	LMI1	41115	Plant Cistrome Database	DAP-Seq	HB
312	LOB	1461	Plant Cistrome Database	DAP-Seq	LOBAS2
313	MGP	3771	Plant Cistrome Database	DAP-Seq	C2H2
314	MP	26659	Plant Cistrome Database	DAP-Seq	ARF_ecoli
315	MS188	17081	Plant Cistrome Database	DAP-Seq	MYB
316	MYB101	10887	Plant Cistrome Database	DAP-Seq	MYB
317	MYB107	13462	Plant Cistrome Database	DAP-Seq	MYB
318	MYB116	8961	Plant Cistrome Database	DAP-Seq	MYB
319	MYB118	4304	Plant Cistrome Database	DAP-Seq	MYB
320	MYB119	15557	Plant Cistrome Database	DAP-Seq	MYB
321	MYB121	2067	Plant Cistrome Database	DAP-Seq	MYB
322	MYB13	2733	Plant Cistrome Database	DAP-Seq	MYB
323	MYB27	8363	Plant Cistrome Database	DAP-Seq	MYB
324	MYB33	22513	Plant Cistrome Database	DAP-Seq	MYB
325	MYB3R1	22319	Plant Cistrome Database	DAP-Seq	MYB
326	MYB3R4	1965	Plant Cistrome Database	DAP-Seq	MYB
327	MYB3R5	2706	Plant Cistrome Database	DAP-Seq	MYB
328	MYB44	15418	Plant Cistrome Database	DAP-Seq	MYB
329	MYB49	9961	Plant Cistrome Database	DAP-Seq	MYB
330	MYB55	10051	Plant Cistrome Database	DAP-Seq	MYB
331	MYB56	6039	Plant Cistrome Database	DAP-Seq	MYB
332	MYB57	12402	Plant Cistrome Database	DAP-Seq	MYB
333	MYB58	21702	Plant Cistrome Database	DAP-Seq	MYB
334	MYB61	17756	Plant Cistrome Database	DAP-Seq	MYB
335	MYB62	12953	Plant Cistrome Database	DAP-Seq	MYB
336	MYB63	2666	Plant Cistrome Database	DAP-Seq	MYB
337	MYB65	12876	Plant Cistrome Database	DAP-Seq	MYB
338	MYB67	19668	Plant Cistrome Database	DAP-Seq	MYB
339	MYB70	11564	Plant Cistrome Database	DAP-Seq	MYB
340	MYB73	9380	Plant Cistrome Database	DAP-Seq	MYB
341	MYB74	3061	Plant Cistrome Database	DAP-Seq	MYB
342	MYB77	27263	Plant Cistrome Database	DAP-Seq	MYB
343	MYB81	3231	Plant Cistrome Database	DAP-Seq	MYB
344	MYB83	14502	Plant Cistrome Database	DAP-Seq	MYB
345	MYB88	15118	Plant Cistrome Database	DAP-Seq	MYB
346	MYB93	7813	Plant Cistrome Database	DAP-Seq	MYB
347	MYB96	1147	Plant Cistrome Database	DAP-Seq	MYB
348	MYB98	5558	Plant Cistrome Database	DAP-Seq	MYB
349	MYB99	4060	Plant Cistrome Database	DAP-Seq	MYB
350	NAC2	23673	Plant Cistrome Database	DAP-Seq	NAC
351	NAM	7706	Plant Cistrome Database	DAP-Seq	NAC
352	NAP	6299	Plant Cistrome Database	DAP-Seq	NAC
353	NGA4	2235	Plant Cistrome Database	DAP-Seq	ABI3VP1
354	NLP7	867	Plant Cistrome Database	DAP-Seq	RWPRK
355	NST1	24770	Plant Cistrome Database	DAP-Seq	NAC
356	NTL8	5913	Plant Cistrome Database	DAP-Seq	NAC
357	NTM1	15614	Plant Cistrome Database	DAP-Seq	NAC
358	NTM2	5202	Plant Cistrome Database	DAP-Seq	NAC
359	OBP1	23458	Plant Cistrome Database	DAP-Seq	C2C2dof
360	OBP3	21664	Plant Cistrome Database	DAP-Seq	C2C2dof
361	OBP4	27993	Plant Cistrome Database	DAP-Seq	C2C2dof
362	PDF2	2160	Plant Cistrome Database	DAP-Seq	Homeobox
363	PHV	10285	Plant Cistrome Database	DAP-Seq	HB
364	PLT3	541	Plant Cistrome Database	DAP-Seq	AP2EREBP
365	PUCHI	2691	Plant Cistrome Database	DAP-Seq	AP2EREBP
366	Rap210	12600	Plant Cistrome Database	DAP-Seq	AP2EREBP
367	RAP211	16230	Plant Cistrome Database	DAP-Seq	AP2EREBP
368	RAP212	6571	Plant Cistrome Database	DAP-Seq	AP2EREBP
369	RAP21	2103	Plant Cistrome Database	DAP-Seq	AP2EREBP
370	RAP26	8572	Plant Cistrome Database	DAP-Seq	AP2EREBP
371	RAV1	14740	Plant Cistrome Database	DAP-Seq	RAV
372	REM19	40336	Plant Cistrome Database	DAP-Seq	REM
373	RKD2	10284	Plant Cistrome Database	DAP-Seq	RWPRK
374	RRTF1	8037	Plant Cistrome Database	DAP-Seq	AP2EREBP
375	RVE1	39879	Plant Cistrome Database	DAP-Seq	MYBrelated
376	SGR5	18969	Plant Cistrome Database	DAP-Seq	C2H2
377	SMB	40054	Plant Cistrome Database	DAP-Seq	NAC
378	SND2	23978	Plant Cistrome Database	DAP-Seq	NAC
379	SND3	45691	Plant Cistrome Database	DAP-Seq	NAC
380	SOL1	21836	Plant Cistrome Database	DAP-Seq	CPP
381	SPL13	1179	Plant Cistrome Database	DAP-Seq	SBP
382	SPL14	2529	Plant Cistrome Database	DAP-Seq	SBP
383	SPL15	19981	Plant Cistrome Database	DAP-Seq	SBP
384	SPL1	12940	Plant Cistrome Database	DAP-Seq	SBP
385	SPL5	27217	Plant Cistrome Database	DAP-Seq	SBP
386	SPL9	41646	Plant Cistrome Database	DAP-Seq	SBP
387	SRS7	11330	Plant Cistrome Database	DAP-Seq	SRS
388	STOP1	1356	Plant Cistrome Database	DAP-Seq	C2H2
389	STZ	36348	Plant Cistrome Database	DAP-Seq	C2H2
390	SVP	20687	Plant Cistrome Database	DAP-Seq	MADS
391	TBP3	6449	Plant Cistrome Database	DAP-Seq	MYBrelated
392	TCP20	1167	Plant Cistrome Database	DAP-Seq	TCP
393	TCP24	3352	Plant Cistrome Database	DAP-Seq	TCP
394	TCP3	1416	Plant Cistrome Database	DAP-Seq	TCP
395	TCP7	1002	Plant Cistrome Database	DAP-Seq	TCP
396	TCX2	24443	Plant Cistrome Database	DAP-Seq	CPP
397	TGA10	5500	Plant Cistrome Database	DAP-Seq	bZIP
398	TGA1	12377	Plant Cistrome Database	DAP-Seq	bZIP
399	TGA2	16587	Plant Cistrome Database	DAP-Seq	bZIP
400	TGA3	3451	Plant Cistrome Database	DAP-Seq	bZIP
401	TGA4	10140	Plant Cistrome Database	DAP-Seq	bZIP
402	TGA5	2604	Plant Cistrome Database	DAP-Seq	bZIP
403	TGA6	28254	Plant Cistrome Database	DAP-Seq	bZIP
404	TGA9	18677	Plant Cistrome Database	DAP-Seq	bZIP
405	TINY	1775	Plant Cistrome Database	DAP-Seq	AP2EREBP
406	TRP1	1042	Plant Cistrome Database	DAP-Seq	MYBrelated
407	TRP2	3036	Plant Cistrome Database	DAP-Seq	MYBrelated
408	VIP1	1523	Plant Cistrome Database	DAP-Seq	bZIP
409	VND1	7156	Plant Cistrome Database	DAP-Seq	NAC
410	VND2	16577	Plant Cistrome Database	DAP-Seq	NAC
411	VND3	6534	Plant Cistrome Database	DAP-Seq	NAC
412	VND4	18184	Plant Cistrome Database	DAP-Seq	NAC
413	VND6	15899	Plant Cistrome Database	DAP-Seq	NAC
414	VRN1	7028	Plant Cistrome Database	DAP-Seq	ABI3VP1
415	WIP5	8396	Plant Cistrome Database	DAP-Seq	C2H2
416	WRKY14	13405	Plant Cistrome Database	DAP-Seq	WRKY
417	WRKY15	29394	Plant Cistrome Database	DAP-Seq	WRKY
418	WRKY18	30301	Plant Cistrome Database	DAP-Seq	WRKY
419	WRKY20	2213	Plant Cistrome Database	DAP-Seq	WRKY
420	WRKY21	1537	Plant Cistrome Database	DAP-Seq	WRKY
421	WRKY22	37563	Plant Cistrome Database	DAP-Seq	WRKY
422	WRKY24	18866	Plant Cistrome Database	DAP-Seq	WRKY
423	WRKY25	20979	Plant Cistrome Database	DAP-Seq	WRKY
424	WRKY27	23333	Plant Cistrome Database	DAP-Seq	WRKY
425	WRKY28	13501	Plant Cistrome Database	DAP-Seq	WRKY
426	WRKY29	18818	Plant Cistrome Database	DAP-Seq	WRKY
427	WRKY30	4374	Plant Cistrome Database	DAP-Seq	WRKY
428	WRKY31	3489	Plant Cistrome Database	DAP-Seq	WRKY
429	WRKY33	5593	Plant Cistrome Database	DAP-Seq	WRKY
430	WRKY3	1287	Plant Cistrome Database	DAP-Seq	WRKY
431	WRKY40	7114	Plant Cistrome Database	DAP-Seq	WRKY
432	WRKY45	13329	Plant Cistrome Database	DAP-Seq	WRKY
433	WRKY50	13630	Plant Cistrome Database	DAP-Seq	WRKY
434	WRKY55	9034	Plant Cistrome Database	DAP-Seq	WRKY
435	WRKY65	20576	Plant Cistrome Database	DAP-Seq	WRKY
436	WRKY6	5323	Plant Cistrome Database	DAP-Seq	WRKY
437	WRKY70	8244	Plant Cistrome Database	DAP-Seq	WRKY
438	WRKY71	9533	Plant Cistrome Database	DAP-Seq	WRKY
439	WRKY75	29735	Plant Cistrome Database	DAP-Seq	WRKY
440	WRKY7	1926	Plant Cistrome Database	DAP-Seq	WRKY
441	WRKY8	23621	Plant Cistrome Database	DAP-Seq	WRKY

S.No.	TF	Motif	Coverage (%)
1	ABF1	ACACGTGGCAA	96.52443685
2	ABF3	CCACGTGTCTT	96.12644528
3	ABF4	CCACGTGTCAT	96.45850994
4	ABI5	TTGCCACGTGTC	87.24088635
5	ANAC032	ACGCGTCGT	89.218
6	ANAC102	CGACACGTC	91.4415
7	AP1	GGGGTCCTA	91.2963
8	AZF1	TTGATGGGGTT	89.69266151
9	BZIP28	AAGCCACGGGT	93.01270417
10	CCA1	CCGCCCCGG	84.2454
11	CRY2	CGACGACGGAA	93.26710817
12	DELLA	CGCGTAAAA	88.9697
13	DREB2A	TCGGTTATAT	96.10218594
14	FBH3	ACGTGGGCC	88.1206
15	FHY1	CGGGATCCCTT	97.22470904
16	FHY3	AAACGCGTCAT	95.94594595
17	FIE	CCCCAACCC	76.4222
18	FLM	TAGGACCCC	82.4163
19	GBF2	TTGACACGTGG	95.21389514
20	HAT22	TACGTGGCC	85.5933
21	HB5	TATGGGCCC	87.3902
22	HB7	GTGGGCCCA	81.746
23	HBI	TCCGGGGGC	87.5
24	HSFA1A	TTCGCCGCCGA	96.22770919
25	HSFA6A	ACGTGGGCC	81.479
26	IBH1	GGCCGAATCAA	96.52777778
27	JAG	TTCACGTACGT	91.40142096
28	KAN1	TTATATATATT	91.51017144
29	LEC1	CCACGTGGCAA	93.95186049
30	LFY	TACGGCCCA	83.472
31	MYB3	ACGTGGGCC	86.1625
32	NFYB2	AAGACACGTGG	92.09588682
33	NFYC2	AAGACACGTGG	95.50911924
34	PIF1	CCACGTGTCAT	94.73684211
35	PIF4	CCCACGTGTTT	94.61862286
36	PIF5	TCACGTGGGCT	96.32918887
37	REV	TGGGCCCAT	90.514
38	RGA	CGTGGGCCC	79.0311
39	SOC1	TTTTGGGCCCA	93.66476023
40	TOC1	GCCGTCCGC	93.19371728
41	WRKY33	TTATATTATAA	91.82324949
42	ZAT6	GGCCCACGT	82.9334
43	AP2	CGGACGCCC	87.84194529
44	AT5G04760	AGACGTGGC	91.61023078
45	BBM	CCACGAGGA	89.96696227
46	ERF115	GGCACCGAA	95.7147906
47	GBF3	TCCACGTGG	94.12760154
48	HB6	ACACGTCGC	88.5862129
49	MYB3R3	AAAGGCCGC	92.02898551
50	MYB44	TCCACGTGG	90.73768833
51	PhyA	ACCCGGCCT	97.17868339
52	RD26	ACGTCGCCA	90.70929623
53	SEP3	GTGGGCCAA	90.55165496
54	SVP	TCCAAGCTG	75.95842956

S.No.	TF	Motif	Coverage (%)
1	ABF2	GGACACGTG	95.43279687
2	ABI5	CACGTGACC	95.78685151
3	ABR1	AATAGCCGC	87.38345736
4	Adof1	GCGCCTTT	90.2589
5	AGL15	GGGGAAAG	87.9929
6	AGL63	CTGGCACC	82.9152
7	AIL7	TCTCGGGAA	86.22347949
8	ANAC004	AGCAGGCTT	80.69822088
9	ANAC005	TGCAGGAAG	78.45131013
10	ANAC013	TGCAGCAAG	82.32938719
11	ANAC016	GCCAGGAAA	80.76849551
12	ANAC017	TCCGAGGAA	83.09707632
13	ANAC020	CTTGCTGCA	80.38198836
14	ANAC028	GAAGCAGCT	81.28905771
15	ANAC034	CGTTACCG	94.8944
16	ANAC038	ACGTGACGT	81.39572539
17	ANAC042	CATCGGAGA	84.68085106
18	ANAC045	AGCTTCCGT	82.72417834
19	ANAC046	ACGTACGC	92.2997
20	ANAC047	CACGTGGC	89.4942
21	ANAC050	CTTGCTGCA	81.37823688
22	ANAC053	CTTGCTGCA	82.66646304
23	ANAC055	CACGTGGC	89.6313
24	ANAC057	ACGCAAGCT	85.62475519
25	ANAC058	GCCACGTG	91.5113
26	ANAC062	GGCGAAGC	88.7073
27	ANAC070	GCTTGCGC	88.9159
28	ANAC071	CGCCAAGG	88.1534
29	ANAC075	AGCTTCCTG	86.0109539
30	ANAC079	ACGTCACGT	76.81931132
31	ANAC083	ACGTACGC	93.2138
32	ANAC087	AACGTCACG	84.37255821
33	ANAC092	CGCGTTAC	95.0019
34	ANAC094	ACGTCAACG	89.56639566
35	ANAC096	GCGCAAGC	89.5171
36	ANAC103	ACTTGCTGC	83.5784877
37	ANL2	CCGAGTCT	79.29366231
38	AREB3	GTCACGTGA	96.4479099
39	ARF2	GCCGGCAC	79.32943223
40	ASL18	CCAGGCGT	96.32474477
41	AT1G01250	ATCGACGGA	86.89655172
42	AT1G12630	TTCTGCCGA	84.73999231
43	At1g19000	GGATCCGC	88.7445
44	AT1G19040	CGTGAAGCA	84.30583501
45	At1g19210	ATCGACGGT	87.92035989
46	AT1G20910	TGGCTCCA	79.26165313
47	At1g22810	CTGCCCAC	96.95481336
48	AT1G24250	TGGCAGCTA	75.23510972
49	At1g25550	GAGGATCCT	89.33483952
50	AT1G28160	CTACCGGCG	92
51	At1g36060	ACCGTCGAT	90.01239157
52	AT1G44830	CACCGGTGA	88.74617737
53	AT1G47655	CCTTTCGCT	75.21410579
54	At1g49010	GGATCCGC	86.9606
55	AT1G49560	GAGGATCCT	90.03146453
56	At1g64620	GGGAAAAGT	77.4565454
57	At1g68670	AGAATCCCC	86.74203494
58	AT1G69570	ACTTTTTCC	82.25548612
59	At1g69690	ATGGGCCCA	92.96482412
60	AT1G71450	CTTACGCCG	81.01842124
61	At1g72010	TGGGTCCCA	93.49329875
62	AT1G72740	CCCTAGGG	90.29
63	At1g74840	CTGGATCCA	80.00786705
64	AT1G76880	GGCGGTAAA	79.02240326
65	AT1G77200	ATCGACGGT	84.75126305
66	At1g78700	CTCACGTGT	98.29026617
67	At2g01060	ATTCCCGG	94.1155
68	At2g03500	GGGGATCC	88.8775
69	AT2G15740	AATCGACGC	95.85508136
70	AT2G20110	TCGTGGCC	75.76894224
71	AT2G20400	GGGGATCC	87.2076
72	AT2G28810	GCCTTTGC	89.4585
73	AT2G33550	AAGGCCCTT	86.7121545
74	At2g33710	TTAGCGGCG	89.35885065
75	AT2G40260	GAGGATTCT	85.92808907
76	At2g44940	TGACGGACA	86.77125702
77	At2g45680	GTATTTAA	75.45145718
78	At3g04030	GAGGCTCC	87.2661
79	At3g09600	TTAAATATT	97.01649226
80	AT3G09735	TCCTCGAGA	88.47531338
81	AT3G10030	ACGTTACCG	93.85964912
82	AT3G10113	TAAATATTT	97.32100261
83	AT3G10580	CCGGACCT	84.3629
84	At3g11280	GGATCCGC	87.4938
85	AT3G12130	AGCCTTTGC	77.15215622
86	At3g12730	GGATCCGC	88.9023
87	At3g14180	TCGGCGAAA	96.79661529
88	AT3G16280	ACTGACGGT	81.67067308
89	At3g24120	ATTCCCGG	93.9544
90	AT3G25990	ACCCGGGT	84.34
91	AT3G42860	ACGTCGACT	93.99585921
92	At3g45610	CAGAAAGGT	82.19787843
93	AT3G52440	GGGAAAAGT	78.18815102
94	AT3G60490	ACTGACGGT	82.22222222
95	At3g60580	TGCACTAGC	81.52733845
96	AT4G00250	ATCCGGATC	82.4781191
97	At4g01280	ATATATTAA	96.04130107
98	At4g16750	TCTGTCGAC	85.22038655
99	AT4G18450	CACCGATGC	85.20499109
100	At4g18890	CACGTGCCA	97.4566474
101	AT4G26030	TGCAGCTAC	79.03667698
102	At4g31060	CGGCGGTTA	81.99361192
103	At4g32800	TGACGGACA	84.81079651
104	At4g36780	CGACACGTG	97.16840537
105	AT4G37180	AGGATCCGA	82.97256098
106	At4g38000	AGCCTTTC	90.4899
107	AT5G02460	GCCTTTCC	86.1828
108	At5g04390	ACTCACTGG	85.90604027
109	AT5G05550	ATCTCCGGC	96.49622711
110	At5g05790	GATCCGGAT	85.40915395
111	At5g08330	TGGGTCCCA	93.10463122
112	At5g08520	GGATCCGC	85.8047
113	At5g08750	GGCGGTAAA	84.7107438
114	At5g18450	GCGCCGGTT	91.76715177
115	AT5G22990	TCGAGTTCG	94.1404655
116	AT5G23930	GAGCCGGCT	92.16357413
117	At5g29000	GGGGATCC	86.9685
118	AT5G45580	GCGGATCC	88.6798
119	At5g47390	ATCCGGATC	75.47094188
120	AT5G47660	GTTACCGG	85.4929
121	At5g52660	TAAATATTT	97.2968822
122	AT5G56840	CGATATCCA	80.54007579
123	At5g58900	GGATCCGG	84.9871
124	AT5G60130	TTAGAAATT	93.57269968
125	AT5G61620	GGATCCGC	86.6439
126	At5g62940	TTTTAAGAA	91.95810047
127	AT5G63260	GCCGCTTT	91.5774
128	At5g65130	CGCCGGTAA	92.26907631
129	At5g66730	TGACGTCAA	79.52518363
130	AT5G66940	GCCCTTTC	86.6292
131	ATAF1	ACGTCACGT	81.70055453
132	AtGRF6	GCCGTCGG	96.44543659
133	ATHB13	TATAATTAA	96.82765152
134	ATHB15	TGATCATCA	93.1936372
135	ATHB18	CCCATGATT	92.8997391
136	ATHB20	TAATATTTA	97.42852309
137	ATHB21	AATAATTTA	97.70540675
138	ATHB23	CCACGTGG	79.16666667
139	ATHB24	GGGTCCAC	79.02240326
140	ATHB25	CCCGAGAG	75.83892617
141	AtHB32	GCTGGCCC	75.45145718
142	ATHB33	TTAATCGCG	79.26165313
143	ATHB34	ATTTAATAA	97.88299567
144	ATHB40	GCCATCATT	83.5380117
145	ATHB5	GCCATCATT	85.81280576
146	ATHB53	AATAATTTA	97.87075725
147	ATHB6	GGCCATGAT	81.32966249
148	ATHB7	AATCATGGG	91.20195931
149	AtIDD11	ACGACGAC	84.8827
150	ATY13	AGCTGCTAC	76.53311529
151	BAM8	CGCACGTGT	97.90804097
152	BBX31	TCTTCAAAA	88.87630402
153	bHLH10	TGACGGACA	85.23622047
154	bHLH122	CAACTCGCT	89.53233831
155	bHLH28	ACACGTACG	85.8506457
156	bHLH31	CACGTGGGT	95.84472389
157	bHLH80	AGCTACTGG	81.34815599
158	BIM1	CACGTGGGC	95.51777434
159	BIM2	CCACCAGC	96.82765152
160	BOS1	GGCCCAAC	89.6092
161	BPC1	GCTCTGGC	87.5417
162	bZIP16	TCACGTGAC	95.18086625
163	bZIP18	ACCAGCTGT	91.9737862
164	bZIP28	CGTCACGTG	95.07531866
165	bZIP3	GCTCACGTG	88.5111513
166	bZIP44	AGCACGTGA	87.86860769
167	bZIP48	GCGACGTGA	92.41919687
168	bZIP50	TGACGTCAG	92.07898423
169	bZIP52	ACCAGCTGT	90.56660821
170	bZIP53	TCACGTGAC	92.60002293
171	bZIP68	GTCACGTGA	93.79699248
172	BZR1	CACGTGTCG	96.95481336
173	CAMTA1	CAACGCGTT	95.31700288
174	CAMTA5	AGAACGCGT	91.72056921
175	CBF1	CTGTCGACA	88.01639521
176	CBF2	TGTCGACGT	85.62776115
177	CBF3	ACGTCGACA	86.4835978
178	CBF4	TCGTCGACA	87.08515651
179	CDF3	TGCCCTTTT	77.94478528
180	CDM1	TCCGGAGAT	86.204731
181	CEJ1	TTGACCGTC	84.947726
182	COG1	AGGCCTTTT	77.69948917
183	CRC	CACCATGG	94.5958
184	CRF10	CAACCGGGG	81.93447738
185	CRF4	AAGCGCCGG	94.92344883
186	CUC1	CGCAAGCG	90.7366
187	CUC2	CGCGTTAC	95.1363
188	CUC3	CGTACCGT	91.0511
189	DAG2	CGTAAAGGT	80.59002383
190	DDF1	TGTCGACGT	96.15866388
191	DDF2	ACGTCTGCA	87.11656442
192	DEAR2	AACCGTCGA	85.98846717
193	DEAR3	ATCGACGGT	85.81761006
194	DEAR5	TGTCAGCGA	88.69832894
195	DEL2	AAATTATA	79.40797941
196	dof24	CCCCTTTT	88.4655
197	dof42	AGAAAAGCC	79.65043695
198	dof43	CACCTTTCT	81.83009963
199	dof45	GCCGCTTT	87.2531
200	DREB19	TGACCGTCA	81.11332008
201	E2FA	TTGGCGCCA	83.82620883
202	EIN3	ATGCAGCGA	79.23904053
203	EPR1	ATAATTATA	94.48836727
204	ERF10	GTCGCCGAA	94.03450426
205	ERF105	CGCCGGCAA	92.35815243
206	ERF11	CCGCAGTTG	88.54275287
207	ERF115	TTCAGCGGC	92.78572019
208	ERF13	AAAGTCGGC	88.22729175
209	ERF15	AAGCCGGCT	89.031735
210	ERF2	ACCGACGGC	96.14325069
211	ERF3	CCGGCGACT	94.45950015
212	ERF38	TCACTGTCG	85.73758608
213	ERF4	CGGCGAATT	89.48199829
214	ERF5	ACTGCGGCG	93.97163121
215	ERF7	GGCGGCAAT	88.60630722
216	ERF8	ATATCGCCG	90.98137033
217	ESE1	CGCAGCCGA	93.71693122
218	ESE3	TAACCGGCG	93.06389365
219	FAR1	CAACGCGTG	96.0292581
220	FRS9	ACGGGTTG	79.03667698
221	FUS3	GGGCATGCA	88.5486834
222	GATA1	CATCGACGT	87.21649485
223	GATA11	AGATCCGGA	92.75960622
224	GATA19	ACCGATCGG	96.03960396
225	GATA20	CTCCCTGC	96.79661529
226	GATA4	TGGATCTCC	93.66852886
227	GBF3	TCACGTGAC	93.11463141
228	GBF5	TCGACGTGA	90.20532319
229	GBF6	GCTCACGTG	85.13240348
230	GRF9	TCTGCCAGA	95.87194608
231	GT1	TGGTTAGCC	87.86127168
232	GT2	ACGGTAACT	79.40797941
233	GT3a	ACCGCGTG	83.9909
234	GTL1	AGTTACCGT	78.67128423
235	HAT2	CGGGGTCT	75.47094188
236	HDG1	ATAATTATA	96.44543659
237	HSF21	CCTCGAGAA	95.76719577
238	HSF3	TCCTCGAGA	90.20353901
239	HSF6	AGAACCTCC	94.29502852
240	HSF7	CTCCTGGAA	91.2606169
241	HSFA6B	TCCTCGAGA	88.49281338
242	HSFB3	TTCCGGAAG	85.99487617
243	HSFC1	CTGCAGGAA	80.45247785
244	HY5	TGACGTCTC	90.84812623
245	IDD4	TGTCGGCA	88.5541
246	IDD5	CTGTCGCC	81.2521
247	IDD7	CTTGGCCG	83.0085
248	JKD	TGTCGGCA	89.2593
249	LBD13	TTTCCGGCA	88.77523553
250	LBD18	TGCCGGAAA	89.35057244
251	LBD19	TGCCGGAAA	87.7674438
252	LBD2	TCGCCGAAA	88.50045241
253	LBD23	TTTCGCGGA	86.56099242
254	LCL1	TCATATATA	91.00358423
255	LEP	GCCGCGAAT	91.20879121
256	LHY1	TTAAATATT	97.620043
257	LMI1	TAATATTTA	97.27593336
258	LOB	CTCCGCAGA	92.60780287
259	MGP	CTTGGCCG	84.0095
260	MP	GTGTCGGC	89.6658
261	MS188	ACCTAGGTG	78.30337802
262	MYB101	ACCGGTTAC	80.45375218
263	MYB107	GGTGCACC	92.334
264	MYB116	ACCTAGGCA	77.91541123
265	MYB118	CGTTACGGT	85.06040892
266	MYB119	CGTTACGGA	85.18351867
267	MYB121	TAGGTACCG	79.29366231
268	MYB13	AGCTACCGA	77.53384559
269	MYB27	ACCTGAGG	93.3636
270	MYB33	CCGGTTGC	86.8476
271	MYB3R1	AACCGGTAC	76.16380662
272	MYB3R4	AACCGGTGA	86.15776081
273	MYB3R5	ACCGGTGAA	83.77679231
274	MYB44	ACGGTTACC	81.50862628
275	MYB49	GGTGACCC	90.8142
276	MYB55	TGCAGCTAC	82.46940603
277	MYB56	CGGTAACGA	81.47044213
278	MYB57	GTTCGGCC	86.7763
279	MYB58	GGTGCACCA	75.07142199
280	MYB61	TGCAGCTAC	82.34962829
281	MYB62	GTTCGGCC	91.1681
282	MYB63	TGGTGCCAC	75.76894224
283	MYB65	TGGTAACCG	82.20720721
284	MYB67	CAGCTAGCT	75.83892617
285	MYB70	GGTAACGGT	78.87409201
286	MYB73	GGTAACGGT	77.8358209
287	MYB74	CAGCTAGGT	82.58738974
288	MYB77	ACGGTTACC	79.40432087
289	MYB81	TGGTAACCG	83.00835655
290	MYB83	TGCAGCTAC	83.14715212
291	MYB88	AAGAGGCTC	90.6336817
292	MYB93	CAGCTAGCT	77.48624088
293	MYB96	CCAGCTGG	93.2868
294	MYB98	CGTTACGGA	88.61101116
295	MYB99	GGTGCACC	90.3202
296	NAC2	CTTCCTGCA	78.21991298
297	NAM	ACGTCACGT	81.06670127
298	NAP	CGGTACGT	93.3164
299	NGA4	ACCAGCTGA	87.56152125
300	NLP7	AGAGGCCTT	81.43021915
301	NST1	GCGCAAGC	88.3973
302	NTL8	CAGGAAGCT	84.37341451
303	NTM1	GCGCAAGG	86.083
304	NTM2	AAGCAGCCT	77.97001153
305	OBP1	CGCCCTTT	88.456
306	OBP3	CTTTACAGA	82.49630724
307	OBP4	AGCACCTTT	83.16007573
308	PDF2	GGAGATCCT	79.16666667
309	PHV	ATATTTAAT	96.32474477
310	PLT3	TCCCTGGAA	84.2883549
311	PUCHI	AAACCGACG	91.93608324
312	RAP21	CATCGACGG	89.53875416
313	Rap210	TGTCGGCAA	91.6984127
314	RAP211	GCCGGCAAA	93.05606901
315	RAP212	CGGCGAATT	89.60584386
316	RAP26	TTAGCGGCG	90.14232385
317	RAV1	GCTGCTGC	80.6988
318	REM19	CCACGTGG	76.81931132
319	RKD2	TTCCGGGA	94.5158
320	RRTF1	GCGGCAATT	91.16585791
321	RVE1	CGGATATCT	83.05122997
322	SGR5	TTGTCTGTG	79.32943223
323	SMB	GCTTGCGC	89.3893
324	SND2	ACGCTGCTT	77.89640504
325	SND3	TGCTGCTG	92.1429
326	SOL1	CCACGTGG	76.53311529
327	SPL1	GGACGTACA	87.56568779
328	SPL13	TCGTACGTG	85.072095
329	SPL14	GTACGTACG	93.98971926
330	SPL15	CGTACAGGT	82.43331165
331	SPL5	CACGTACGA	83.65359885
332	SPL9	ACGTACAGG	82.63938914
333	SRS7	CCTAGGCTT	85.03089144
334	STOP1	CCTGGTGAA	85.84070796
335	STZ	AGTCACTGC	88.12314295
336	SVP	CTGGGCCA	88.6934
337	TBP3	CCCTAGGG	87.9206
338	TCP20	GGGTCCGAC	79.86289632
339	TCP24	TGGTCCTCA	89.91646778
340	TCP3	TGGACCCTA	86.5819209
341	TCP7	TGGACCCCA	88.1237525
342	TCX2	TCGTGGCC	76.16380662
343	TGA1	TGACGTCAC	95.40276319
344	TGA10	TGACGTCGT	93.76363636
345	TGA2	CTGACGTCA	90.35992042
346	TGA3	CTGACGTCA	95.39263981
347	TGA4	TGACGTCGT	95.28402367
348	TGA5	GTGACGTCA	96.00614439
349	TGA6	TGACGTCAC	94.98478092
350	TGA9	TGACGTCAC	94.77967554
351	TINY	TGTCGGACA	85.35211268
352	TRP1	AAACTTTA	79.23904053
353	TRP2	TTTAAACT	79.40432087
354	VIP1	TCCAGCTGT	92.0551543
355	VND1	ACGGAAGCT	80.36612633
356	VND2	ACGCTACG	93.9193
357	VND3	ACGCTGCTT	77.74716866
358	VND4	GCTTGCGC	89.6062
359	VND6	CTGCTGCT	90.6535
360	VRN1	AGGCCTAT	75.3415
361	WIP5	CCTCGAGG	92.0677
362	WRKY14	AACGTCGAC	88.10891458
363	WRKY15	GGTCGACC	93.1993
364	WRKY18	TTGACGACG	81.21844164
365	WRKY20	AGTCGACGA	86.7148667
366	WRKY21	GTCGACGAT	85.75146389
367	WRKY22	GGTCGACC	91.3985
368	WRKY24	GGTCGACCT	75.05565568
369	WRKY25	GGTCGACC	93.5698
370	WRKY27	GGTCGACC	93.2413
371	WRKY28	GGTCGACC	89.9119
372	WRKY29	AACGTCGAC	85.28536508
373	WRKY3	GTCGACTGT	87.33488733
374	WRKY30	GAGTCGACT	91.31229995
375	WRKY31	CGTCGACTT	87.87618229
376	WRKY33	TGGTCGACC	75.45145718
377	WRKY40	GGTCGACC	91.3832
378	WRKY45	GGTCGACC	90.1343
379	WRKY50	GTCGACGA	92.7586
380	WRKY55	CAGTCGACT	86.6504317
381	WRKY6	CCGAGGGA	96.15866388
382	WRKY65	AACGTCGAC	87.36391913
383	WRKY7	GGTCGACCT	76.9470405
384	WRKY70	AGGTCGACT	88.3915575
385	WRKY71	GGTCGACC	91.5032
386	WRKY75	GGTCGACC	93.2907
387	WRKY8	GGTCGACC	90.6482

S.No.	TF	Total peaks	Covered peaks	Coverage (%)	Consensus	Rank	p-value
1	AGL15	2257	453	20.0709	CTTTCCTTTTTTGGAAAGT	1	0.00240911
2	BZR1	1018	80	7.85855	CCACACGTGCGACTTTTTTT	1	0.000918004
3	HY5	10140	1487	14.6647	AATGCCACGTGGCATT	7	0.00085681
4	SVP	20687	1281	6.19229	ATTACCAAAAAAGGAAAGAA	3	0.000254927
5	FUS3	3266	2782	85.1806	AAACATGCAT	1	3.43E-03
6	MYB77	27263	6842	25.0963	AAGTGACAGTTAC	1	0.000425009
7	RAV1	14740	7972	54.0841	CAGCAACAGAAA	4	2.81E-09
8	RAV1	14740	4199	28.4871	ATCACCTGAGGC	3	0.00252729
9	SPL14	2529	2239	88.533	TCCGTACAATT	2	0.00301584
10	TGA1	12377	10976	88.6806	TGGTGACGTAA	1	2.99E-05
11	ABI5	9233	7306	79.1292	TGACACGTGG	1	1.82E-03
12	ABF2	2299	1128	49.0648	CATGACACGTGTT	1	3.10E-04
13	BIM1	647	569	87.9444	AGTCACGTGACT	1	0.00263206
14	BIM2	40836	4854	11.8866	AAAGGCACGTGCCTTT	8	2.19E-04
15	bZIP68	9044	2877	31.8111	TGCCACGTCAGCATC	3	1.44E-05
16	CDF3	22820	15207	66.6389	ATAAAAAGTGAA	1	0.000359122
17	CRF4	2482	1801	72.5624	CCGCCGCCACCG	1	0.00289419
18	ERF4	15193	9212	60.6332	GCCGCCGTCATA	1	0.000789394
19	ERF7	17694	11671	65.9602	CGCCGCCATT	1	6.91E-05
20	ERF8	12829	3061	23.86	CGGTGACGGCGGCGGTGG	1	0.00165542
21	ERF105	14787	5891	39.839	GTGGCGGCGGCGGAG	1	0.000203768
22	ERF11	7672	4719	61.5094	CCGCCGCCACCG	3	5.72E-04
23	ERF13	9556	9220	96.4839	CGCCGCCA	3	0.00308845
24	ERF3	3321	2926	88.106	GCCGCCGCCGC	1	0.00193623
25	GATA11	3149	3112	98.825	TAGATCTG	1	0.00201444
26	MYB55	10051	9535	94.8662	ACCTACCG	8	0.00287828
27	TGA5	2604	1695	65.0922	ATGATGACGTCATCA	1	0.00332933
28	SPL1	12940	4811	37.1793	ATTGTACGGATAA	3	0.00322949
29	SPL5	27217	15503	56.9607	AATTGTACGGAC	1	0.00043355
30	TCP20	1167	227	19.4516	AAAAGTGGGACCCACATTT	1	1.50E-03
31	TGA2	16587	6479	39.0607	ATGATGACGTCATCA	1	2.92E-05
32	TGA6	28254	13597	48.1242	ATGATGACGTCATCA	1	0.000123057
33	WRKY15	29394	6053	20.5926	AAAAAAGTCAACGGTT	7	1.47E-04
34	WRKY18	30301	17327	57.1829	ATGGTCAACG	6	4.83E-03
35	WRKY21	1537	160	10.4099	AAAAAAAGTCAACGCAAAAA	1	0.0023834
36	WRKY25	20979	3468	16.5308	AAATTGGTCAACGATA	4	0.000242448
37	WRKY30	4374	2752	62.9172	AAAGTCAACGCTTA	5	0.000305396
38	WRKY40	7114	5425	76.2581	AAAGTCAAAA	7	8.56E-09
39	WRKY45	13329	5908	44.3244	AAAAAAGTCAACGAT	7	9.67E-04
40	WRKY75	29735	29409	98.9036	AAGTCAAC	9	8.88E-05
41	WRKY8	23621	6083	25.7525	AAAAAAGTCAACGATT	6	0.000409345
42	JKD	2160	221	10.2315	TTTTTTTTTGTCGTTTTCTG	3	0.00446514
43	MGP	3771	346	9.17529	CAGAAAACGACAAAAAAAAA	4	0.00239986
44	SGR5	18969	8459	44.5938	AAAAAAAGACAAAAA	5	0.00494099
45	TCX2	24443	11442	46.8109	ATTTAAAATTCAAAT	8	0.00342864
46	MYB118	4304	1639	38.0809	AAAATAACCGTTACAAA	3	1.43E-03
47	MYB3R5	2706	981	36.2528	AAAATATGACCGTTG	6	2.19E-04
48	MYB101	10887	3150	28.9336	AACCGTAACCGAATT	1	0.00283513
49	MYB56	6039	2613	43.2688	ATAAATAACGGTATT	4	8.74E-05
50	MYB81	3231	2751	85.1439	GTAACCGAATT	1	0.000430339
51	MYB119	15557	13714	88.1532	TAACCGTTACA	1	0.000908697
52	MYB65	12876	3594	27.9124	ACCGTAACCGTAA	1	0.00239262
53	MYB3R1	22319	7120	31.9011	ATCTAACGGTCAA	6	0.00175337
54	MYB3R4	1965	823	41.883	AAATATAACCGTTGG	3	0.00232734
55	RVE1	39879	29949	75.0997	AAAAAAATATCTTA	4	0.0003412
56	At3g11280	2031	1353	66.6174	ATCCTTATCTTCAT	9	0.00360164
57	AT5G61620	19901	9242	46.4399	AATTTGGATAAGATT	4	0.00302999
58	AT3G10580	5180	1542	29.7683	AATTAGGATAAGGTT	2	0.00112477
59	AT5G56840	31403	11591	36.9105	AACCTTATCCATAAA	6	0.00143684
60	At5g05790	3605	1537	42.6352	AACCTTATCTTCATC	3	0.00155138
61	CAMTA1	2776	1717	61.8516	AAAGCGCGTGAA	1	9.11E-05
62	HAT2	14941	13427	89.8668	ATTAATCATTA	4	4.91E-04
63	AGL63	15745	7549	47.9454	TTCCAAAAATGGAAA	6	4.17E-03
64	ARF2	11654	6051	51.9221	ATCCGACAAA	9	1.82E-04
65	TINY	1775	639	36	CTCCACCGACAAAAT	1	0.00465732
66	ERF5	846	489	57.8014	CCACCGCCGCCGCCA	1	0.000804042
67	ERF15	25902	12754	49.2394	CCTTAGCCGCCGCC	4	2.76E-03
68	AIL7	3535	2669	75.5021	CGATTCCCGAG	1	9.39E-04
69	ERF10	4811	823	17.1066	TCCACCGCCTCCGCCGCCGCC	1	7.31E-05
70	ABR1	11691	1743	14.9089	GGCGGAAATGGCGGCGGCG	1	0.00133472
71	LEP	546	167	30.5861	TCCGCCGCCGCCACCGCCGCC	1	0.000250877
72	ERF2	726	213	29.3388	CCGCCGCCTCCGCCGCCGCCA	1	0.000143283
73	TCP24	3352	1999	59.636	GTTGGGACCACA	1	0.0032299
74	TCP3	1416	648	45.7627	GTTGGGACCACAT	1	7.78E-05
75	TCP7	1002	877	87.525	GTGGGACCCAC	1	2.50E-05
76	MYB27	8363	4259	50.9267	AAAAAATTAGGTAAA	2	0.00155854
77	MYB57	12402	7833	63.1592	TTTACCTAACTTTT	6	1.45E-04
78	MYB62	12953	4460	34.4322	AAAAAAGTTAGGTAG	3	0.000995587
79	WRKY20	2213	1063	48.0343	AACGTTGACTATT	1	0.000369049
80	WRKY29	18818	16438	87.3525	AAAAGTCAACG	1	0.00169441
81	WRKY6	5323	534	10.0319	CGTTGACTTTTTTTAACAT	4	2.66E-07
82	WRKY33	5593	4840	86.5367	AAAAGTCAACG	6	0.00203992
83	WRKY65	20576	17810	86.5572	AAAAGTCAACG	1	0.000482904
84	WRKY22	37563	17162	45.6886	AAAAGTCAACGAT	4	0.000326708
85	WRKY55	9034	5724	63.3606	AGCGTTGACTTT	8	0.000786727
86	WRKY31	3489	389	11.1493	AATTGGTCAACGCTGGTT	1	0.00208445
87	WRKY70	8244	3749	45.4755	AGCGTTGACTTTT	8	0.000974108
88	WRKY3	1287	1112	86.4025	AAAAGTCAACG	1	0.000449426
89	WRKY28	13501	10654	78.9127	AAGGTCAACGA	5	0.00146025
90	WRKY7	1926	1220	63.3437	AGCGTTGACTTTTT	1	0.00183075
91	WRKY14	13405	6825	50.9138	AAAAGTCAACGAT	1	0.00185991
92	WRKY24	18866	11792	62.504	TCGTTGACTTTTTT	4	0.000153134
93	WRKY71	9533	8152	85.5135	AAAAGTCAACG	4	0.000285292
94	WRKY50	13630	6424	47.1313	CTTTGACTTTTTT	3	7.94E-05
95	WRKY27	23333	11001	47.1478	ATCGTTGACTTTT	5	1.92E-03
96	SPL15	19981	10130	50.6982	AAATTGTACGGACA	1	0.00391891
97	SPL9	41646	34721	83.3718	TATCCGTACAA	1	5.26E-05
98	GATA19	202	192	95.0495	CAGATCGGATT	1	0.00124343
99	GATA20	17519	17440	99.5491	ATCGGATC	6	0.00203506
100	TGA4	10140	9561	94.2899	TGACGTCATCA	1	6.83E-05
101	TGA3	3451	2669	77.3399	GATGACGTCATCAT	1	0.000326619
102	bZIP44	2679	1031	38.4845	GATGCTGACGTGGCA	7	1.76E-03
103	bZIP3	8295	2807	33.8397	GATGCTGACGTGGCA	6	0.000626708
104	bZIP53	17446	5216	29.898	GATGCTGACGTGGCA	8	0.000150825
105	bZIP52	16537	8034	48.582	TTGACAGCTGGTCA	3	0.00060522
106	bZIP28	1726	786	45.5388	AATGATGACGTGGCA	3	1.72E-05
107	bZIP48	5105	2717	53.2223	GCCACGTCAGCATC	9	0.000447777
108	TGA10	5500	2667	48.4909	GATGATGACGTCACT	1	0.000199503
109	TGA9	18677	17527	93.8427	GATGACGTCAT	1	0.00327323
110	bZIP16	8404	3572	42.5036	AATGGTCACGTGGCA	8	0.00202097
111	GBF3	16034	13481	84.0776	CACGTGGCATA	1	0.00123616
112	TRP1	1042	80	7.67754	ACCCTAAACCCTAAACCCTAA	2	0.000273712
113	AT1G72740	21483	5709	26.5745	GGATTTAGGGTTTAG	6	0.000361651
114	TRP2	3036	272	8.95916	AACCCTAAACCCTAAACCCTA	2	1.80E-03
115	bHLH80	5667	5136	90.63	TGCAAGTTGCA	8	0.00010231
116	AT5G47660	12711	10854	85.3906	ATGGTAAAAAA	4	2.38E-05
117	HDG1	11647	10291	88.3575	GTAATTAATGC	7	0.000558874
118	IDD5	9121	2022	22.1686	TTTTTGTCGTTTTGTG	3	0.00060862
119	IDD4	12546	3660	29.1726	CACAAAACGACAAAAAA	7	9.43E-05
120	IDD7	4720	1036	21.9492	CACAAAACGACAAAAAAA	3	0.00307268
121	ANL2	8312	7033	84.6126	GCATTAATTAC	6	4.57E-04
122	DEAR3	12720	2884	22.673	AATTGTCGGTGGTGGCA	5	0.00280044
123	SOL1	21836	10442	47.8201	TTTTAAAATTTAAAT	8	0.00158259
124	FAR1	957	425	44.4096	ACCTCACGCGCCTCC	1	4.17E-06
125	AT2G40260	21916	11147	50.8624	TTAAAATATTCTTTT	2	0.00434188
126	MYB33	22513	7234	32.1325	TAATAACCGTAAA	8	3.92E-03
127	MYB98	5558	4879	87.7834	ATACGTTACAT	1	1.54E-03
128	MYB70	11564	10477	90.6001	ATAACCGTTAT	1	4.75E-03
129	MYB73	9380	5699	60.7569	TTAACGGTCAAA	1	6.25E-05
130	At1g74840	10169	8518	83.7644	AATGGATAAGG	5	2.99E-06
131	At1g19000	29932	19505	65.1644	AAATGGATAAGGTT	9	0.000443634
132	BPC1	17699	795	4.49178	GAGAGAGAGAGAGAGAGAGAGAGA	9	0.00231573
133	E2FA	7135	4864	68.171	TGGCGCCAAA	1	0.0002382
134	GTL1	31474	21567	68.5232	ATGGTTAAAAAT	4	0.0023513
135	AT3G10030	3648	1514	41.5022	AGTTAACAGAAAT	4	1.72E-03
136	HSFA6B	34926	18921	54.1745	GCTTCTGGAAGC	1	1.37E-08
137	HSFC1	8354	4339	51.9392	GCTTCCAGAAGC	8	0.00293026
138	LBD18	20264	11460	56.5535	TCGCCGGAAAAT	1	0.00051374
139	NTL8	5913	2398	40.5547	ATGAAGAAACCTA	9	0.00264297
140	AT1G19040	994	523	52.6157	CTTGCGCCCCAAGTTA	1	1.11E-03
141	At5g04390	9238	8030	86.9236	CAACTTCACTA	3	0.00450835
142	bHLH122	10050	6308	62.7662	TTAGCAACTTGCAT	4	0.00231664
143	bZIP18	14191	12230	86.1814	TGACAGCTGGT	4	0.00140816
144	GATA4	1611	1306	81.0677	ATAGATCTAT	1	0.00134676
145	GRF9	2374	1007	42.4179	TTGTCAGAAAATACA	4	2.36E-04
146	HSFB3	1171	825	70.4526	AAGCTTCTAGAAG	1	6.26E-05
147	MYB116	8961	3387	37.7971	TCTGCCTAACTTT	8	3.82E-03
148	MYB121	2067	1356	65.6023	TTATACCTAACTTT	1	0.00388283
149	MYB61	17756	5004	28.182	CTCCACCTACCAT	7	0.000105934
150	MYB67	19668	674	3.42689	TCCACCTAACATTACCACTAC	4	0.00109708
151	MYB74	3061	1764	57.6282	TTTCACCTACCTTT	1	6.46E-05
152	MYB83	14502	10471	72.2038	CCACCAACCAC	3	0.00116736
153	NLP7	867	294	33.91	ATTTGGCTTTTCGGA	3	5.65E-05
154	VIP1	1523	938	61.589	TTGACAGCTGTACA	1	2.82E-04
155	MYB107	13462	5061	37.5947	TTCACCAAACATA	9	0.00225118
156	MYB99	4060	2611	64.3103	TTCACCTAAC	6	0.00144785
157	SMB	40054	32476	81.0805	TACAAGCAATC	1	1.62E-05
158	ERF115	12101	4646	38.3935	CGTCGCCGCCGCAGC	1	0.0028817
159	BAM8	4589	3764	82.0222	TTCACACGTGCGAA	1	0.00150621
160	LBD13	3715	1023	27.537	CCTCCACCGTCTC	9	0.00499397
161	LOB	1461	679	46.475	CCGCCGCCGCCGCCGCC	1	0.000376676
162	MYB63	2666	972	36.4591	TCCACCTACCACC	4	0.00224502
163	MYB93	7813	4142	53.0142	TCTACCAAACCAAA	9	0.00047858
164	MYB44	15418	9299	60.3126	TTAACGGTCAAA	1	0.00427091
165	MYB49	9961	3937	39.5241	TTTTACCTAACTATT	3	0.0025348
166	MYB88	15118	4590	30.3612	ACACGCTCCTCCA	2	0.000150039
167	MYB96	1147	403	35.1351	AACTCCCAACTACCAAC	1	0.00271496
168	AT5G05550	18951	11005	58.0708	ATCTCCGGCGATG	7	2.89E-06
169	MYB13	2733	596	21.8075	ATACCCACCAACCAAA	6	0.00360942
170	MYB58	21702	5402	24.8917	ATCTCCACCAACCCCAA	5	8.48E-08
171	PIF1	5491	3871	70.4971772	AGAAGGTCACGTGG	1	0.00420378
172	SOC1	2273	1830	80.51033876	TTTTTCCATTTTTGG	1	0.00254781
173	SVP	4330	226	5.219399538	ATTACCAAAAAAGGAAAGAA	3	0.00364276
174	FHY3	444	294	66.21621622	CTCACGCGCTCA	9	0.0030724
175	PIF4	33969	30572	89.99970561	CACGTGGC	1	2.98E-06
176	PIF5	3378	3040	89.99407934	TCACGTGG	1	2.55E-03
177	SEP3	24925	24566	98.55967904	TCCATTTTTGG	8	0.000543462
178	ABF1	22241	16213	72.89690212	ACACGTGGCATA	1	3.72E-03
179	LFY	10818	366	3.383250139	TATTGACCGCCGGTCAATA	3	1.42E-04
180	ABF3	37937	28718	75.69918549	CACGTGTCAT	1	1.49E-04
181	ABI5	2798	2123	75.87562545	TGACACGTGG	1	0.00127782
182	AP1	5108	4180	81.83241973	CCAAAAAAGGAAA	3	0.00176705
183	CCA1	1206	1205	99.91708126	AAATATCT	4	0.000273669
184	KAN1	20007	16005	79.99700105	AGATATTC	1	2.41E-03
185	MYB3	20813	19780	95.03675587	AGGTAGGTAGA	6	0.000488737
186	HAT22	31291	27868	89.06075229	ATCAATAATTGAA	4	2.71E-06
187	DREB2A	3797	154	4.055833553	TGGTTATGTCGGTGGAGGTGG	2	4.50E-05
188	WRKY33	7355	7266	98.78993882	AAAAGTCAACG	9	8.87E-05
189	BZIP28	1102	651	59.07441016	AATGATGACGTGGCA	7	1.83E-06
190	GBF3	39592	30881	77.99808042	CACGTGGCATA	1	0.00302175
191	ABF4	31851	22773	71.49854008	TGCCACGTCACC	1	0.00278147
192	GBF2	31090	22695	72.99774847	GTGACGTGGCAAA	1	2.83E-05
193	HSFA6A	8898	5463	61.39581929	GAAGCTTCTAGAA	9	0.0039441
194	ERF115	11318	2293	20.25976321	CGTCGCCGCCGCAGC	1	0.00363688
195	MYB44	34581	29991	86.7268153	TTAACGGTCAAA	1	0.00427091
196	AT5G04760	30418	30197	99.27345651	ATCTTATCCTT	3	0.000253518
197	ZAT6	20754	20124	96.96444059	TTAATGATTGAT	8	4.35E-05

S.No.	TF	Total peaks	Covered peaks	Coverage (%)	Consensus	p-value
1	AT5G60130	19106	1701	8.90296242	AAGCAAAAAATAAGCAAAA	0.00491599
2	FUS3	3266	1868	57.19534599	ATATACATGCATGCA	4.53E-06
3	NGA4	2235	425	19.01565996	CCTGTTCAGGTGATTT	0.00166732
4	VRN1	7028	4	0.056915196	TTTTTTTTTTTTTTTTTTTTTTTTTTTTC	0.000730868
5	ABR1	11691	1743	14.90890429	GGCGGAAATGGCGGCGGCG	2.92E-05
6	AIL7	3535	2669	75.50212164	CGATTCCCGAG	0.000879391
7	AT1G01250	725	303	41.79310345	GATATTGTCGGTGGT	0.00407569
8	AT1G12630	18211	1292	7.094613146	CGCCGCCGCCTTCGCCGACAA	2.52E-05
9	At1g19210	22451	9646	42.96467863	ATGGACGGTGGAGG	0.00164144
10	At1g22810	8437	3045	36.09102762	GGCGGTGGCGGTGGA	0.000252257
11	AT1G28160	10300	4618	44.83495146	TGGCGGCGGCGGTGG	0.00383144
12	At1g36060	4035	2054	50.90458488	ATGGTCGGTGGAGG	2.72E-05
13	AT1G44830	1635	669	40.91743119	CCACCTCCACCGCCA	0.00465732
14	AT1G71450	14277	1206	8.447152763	CACCGCCGCCGCCACCGCCA	0.00211046
15	AT1G77200	27117	12562	46.32518346	CCACCGACAAATTC	0.00445287
16	At2g33710	18654	6794	36.42114292	CCTCCGCCGCCGCCA	3.17E-05
17	At2g44940	5163	1591	30.81541739	AATTGTCGGTGGAGT	0.000151555
18	AT3G16280	13312	5926	44.51622596	TATTGTCGGTGGAG	0.00401278
19	AT3G60490	9000	4283	47.58888889	AATATTGTCGGTGG	0.00238675
20	At4g16750	15677	4073	25.98073611	CACCGCCACCGACAC	0.000104656
21	AT4G18450	561	321	57.21925134	GCGGCGGCGGCGGCGGC	0.000117875
22	At4g31060	7514	497	6.614319936	CCACCGACAAAACCACCACC	0.00288674
23	At4g32800	3779	712	18.84096322	CTCCACCGACAATTTC	0.000612668
24	At5g18450	2405	1036	43.07692308	GGTGGAGGCGGTGGA	7.25E-05
25	At5g65130	1992	961	48.24297189	CCACCGCCGCCGCCA	0.00110258
26	CBF1	18542	10242	55.23675979	TTCGCCGACATC	0.00391828
27	CBF2	14034	3875	27.61151489	TCTTTGCCGACATCA	0.00172184
28	CBF3	12163	6173	50.75228151	CTTCACCGACATAA	0.00184183
29	CBF4	29710	8401	28.27667452	TGATGTCGGCGAA	0.00193623
30	CEJ1	30321	7903	26.06444378	CCACCTCCACCGACA	0.00151031
31	CRF10	6410	3162	49.32917317	CCGCCGCCGCCGCCA	0.00184638
32	CRF4	2482	774	31.18452861	CCTCCGCCGCCGCCGCCGCCG	0.00495489
33	DDF1	2395	910	37.99582463	TGATGTCGGCGACGA	0.00326973
34	DDF2	326	142	43.55828221	TGATGTCGGCGAAGA	0.000975699
35	DEAR2	23238	6913	29.74868749	CCACCGCCACCGACA	2.07E-06
36	DEAR3	12720	2884	22.67295597	AATTGTCGGTGGTGGCA	0.000561833
37	DEAR5	2274	227	9.98240985	CTTCATCACCACCGACAAT	0.00141631
38	DREB19	15090	3481	23.06825712	CACCTCCACCGACATTA	2.21E-06
39	ERF105	14787	5891	39.83904781	GTGGCGGCGGCGGAG	5.98E-05
40	ERF10	4811	823	17.10663064	TCCACCGCCTCCGCCGCCGCC	0.000486218
41	ERF115	12101	4680	38.67448971	CCGCCGCCACCGCCG	0.000722211
42	ERF11	7672	3149	41.04535975	CCACCGCCGCCGCCA	0.00373966
43	ERF13	9556	2914	30.49393051	CTCCGCCGCCATTTC	0.00115298
44	ERF15	25902	7857	30.33356498	CGCCTCCGCCGCCGC	0.00109119
45	ERF2	726	213	29.33884298	CCGCCGCCTCCGCCGCCGCCA	4.48E-05
46	ERF38	5518	1644	29.79340341	TGTCGGTGGAGGTGG	0.000502342
47	ERF3	3321	1639	49.35260464	TGGCGGCGGCGGTGG	0.00190022
48	ERF4	15193	5778	38.03067202	CCTCCGCCGCCATTT	0.00103313
49	ERF5	846	489	57.80141844	CCACCGCCGCCGCCA	0.000105279
50	ERF7	17694	1966	11.11111111	CCACCGCCTCCGCCGCCGCCA	0.000436962
51	ERF8	12829	4692	36.57338842	TCCTCCGCCGCCGCC	0.000552481
52	ESE1	1512	947	62.63227513	CGGCGGCGGCGGCGG	3.15E-05
53	ESE3	9328	1924	20.62607204	CGGAGGTGGCGGCGGAGGA	9.72E-05
54	LEP	546	167	30.58608059	TCCGCCGCCGCCACCGCCGCC	0.000585707
55	PLT3	541	187	34.56561922	CCTCGGGATTCGTGC	0.000514223
56	PUCHI	2691	1280	47.56596061	CCGCCGCCGCCGCCA	0.00348221
57	Rap210	12600	3707	29.42063492	TTTTGTCGGCAAAGG	0.00189035
58	RAP211	16230	4424	27.25816389	CCGCCGCCGCCGGCG	0.00374906
59	RAP212	6571	969	14.74661391	CGGCGGAAATGGCGGCGGAGG	4.08E-06
60	RAP21	2103	848	40.3233476	GTGTCGGTGGTGG	0.000165964
61	RAP26	8572	3450	40.24731685	TGGCGGCGGCGGAGG	0.00487556
62	RRTF1	8037	3398	42.27945751	GAAATTGCGGCGGCG	6.65E-06
63	TINY	1775	639	36	CTCCACCGACAAAAT	0.00124645
64	MP	26659	14020	52.59011966	GCCGACAAAA	6.60E-05
65	ARF2	11654	6051	51.92208684	ATCCGACAAA	0.000730672
66	AT1G20910	10683	9198	86.09941028	AAATTTAATTT	0.00150977
67	BPC1	17699	795	4.491779197	GAGAGAGAGAGAGAGAGAGAGAGA	0.00285794
68	BAM8	4589	3043	66.31074308	TCACACGTGTGAACT	0.0010857
69	bHLH10	9144	4087	44.6959755	GAATGTGTCGGTGG	0.000615864
70	bHLH122	10050	6308	62.76616915	TTAGCAACTTGCAT	0.000102413
71	bHLH28	8905	5351	60.08983717	AATTGTACGGAC	7.00E-06
72	bHLH31	1829	106	5.795516676	GAGGTGGCACGTGGCATTCAC	0.000858712
73	bHLH80	5667	5136	90.62996294	TGCAAGTTGCA	0.000117768
74	BIM1	647	486	75.11591963	CACGTGACATCCAC	0.000359122
75	BIM2	40836	11430	27.99000882	CACGTGACTTTCACG	0.00425213
76	ABF2	2299	605	26.31578947	AAAAATGCCACGTGACCA	0.000140965
77	ABI5	9233	1705	18.46637063	AAATGGTGACGTGGCAGT	0.00212496
78	AREB3	4617	2231	48.32142084	AATGGACACGTGGCA	0.00091545
79	bZIP16	8404	3572	42.50356973	AATGGTCACGTGGCA	0.00271717
80	bZIP18	14191	12282	86.54781199	ACCAGCTGTCA	0.00372424
81	bZIP28	1726	786	45.53881808	AATGATGACGTGGCA	0.00375453
82	bZIP3	8295	2807	33.83966245	GATGCTGACGTGGCA	0.00195421
83	bZIP44	2679	1031	38.48450915	GATGCTGACGTGGCA	0.00264297
84	bZIP48	5105	2717	53.22233105	GCCACGTCAGCATC	0.000372035
85	bZIP50	22131	6867	31.02887353	TGATGACGTCATCTTTT	0.00160215
86	bZIP52	16537	8034	48.58196771	TTGACAGCTGGTCA	0.00484464
87	bZIP53	17446	5216	29.89797088	GATGCTGACGTGGCA	0.000169538
88	bZIP68	9044	2877	31.81114551	TGCCACGTCAGCATC	0.00386836
89	GBF3	16034	5027	31.35212673	TGCCACGTCAGCATT	0.00124458
90	GBF5	6575	2498	37.99239544	AATGCTGACGTGGCA	0.00102133
91	GBF6	9894	2791	28.20901556	TGCCACGTCAGCATC	0.00019017
92	TGA10	5500	2667	48.49090909	GATGATGACGTCACT	0.000798543
93	TGA1	12377	6567	53.05809162	AATGATGACGTCATC	0.000483463
94	TGA2	16587	694	4.183999518	AATGACGTCATCATTATTGT	7.93E-06
95	TGA3	3451	2669	77.33990148	GATGACGTCATCAT	0.00138835
96	TGA4	10140	9561	94.28994083	TGACGTCATCA	0.000458564
97	TGA5	2604	2030	77.95698925	AATGACGTCATCAT	0.00192131
98	TGA6	28254	13111	46.40404898	AATGACGTCATCATT	0.00148448
99	TGA9	18677	17527	93.84269422	GATGACGTCAT	0.00180227
100	VIP1	1523	1121	73.60472751	TTGACAGCTGTA	0.000893241
101	At1g78700	5147	4692	91.15989897	CGCACGTGTGG	5.46E-05
102	At4g18890	865	844	97.57225434	CGCACGTGTGA	0.000299943
103	At4g36780	6039	5583	92.44908097	TCACACGTGCG	0.000197593
104	BZR1	1018	80	7.858546169	CCACACGTGCGACTTTTTTT	0.000675588
105	Adof1	11744	1599	13.61546322	AAAAAGAAAAAGTAAAAAAAA	0.000394283
106	AT1G47655	7940	7040	88.66498741	AGAAAAAGTAA	0.00207979
107	At1g64620	34001	4040	11.88200347	AAAAAAAAAAAAGTAAAAA	0.00412504
108	AT1G69570	13762	390	2.833890423	TTTTCACTTTTTCTTTTTTTTTTTTTT	0.0047197
109	AT2G28810	49623	5512	11.10775245	TTTTTTTTTTTTTACTTTTTT	1.14E-06
110	At3g45610	34597	4522	13.07049744	TTTACTTTTTGCTTTTTTT	0.000826851
111	AT3G52440	30433	26628	87.49712483	CAAAAAGTTAA	0.000233957
112	At4g38000	11840	114	0.962837838	TTTTTTTTTTTTTTTTTTTTACTTTTTT	0.00172251
113	AT5G02460	45371	4866	10.72491239	AAAAAAGTAAAAAAAAAAAAA	0.000314108
114	At5g62940	29881	3142	10.515043	AAAAAAAAGAAAAAGTAAAAA	6.54E-05
115	AT5G66940	40237	146	0.362850113	TTTTTTTTTTTTTTTACTTTTTTTTTTTT	0.00237475
116	CDF3	22820	2993	13.11568799	AAAAAAGAAAAAGTGAAAA	2.09E-07
117	COG1	11354	1424	12.54183548	AAAAAAAAGAAAAAGTGAAAA	0.000504084
118	DAG2	24338	21400	87.92834251	CAAAAAGTAAA	0.00420165
119	dof24	27058	11145	41.18929707	TTTTTTTACTTTTTG	0.00266762
120	dof42	801	133	16.60424469	AAAAAAAAAAGGCAAAAAA	0.000819903
121	dof43	19070	16974	89.00891453	AAAGCTACTTT	0.00357571
122	dof45	24304	14673	60.37277814	GAAAAAGTAACTTT	0.000455133
123	OBP1	23458	2617	11.15610879	TTTTTTTTTTTTTTACTTTTT	0.00356383
124	OBP3	21664	1963	9.061115214	TTTACTTTTTTTTTTTTTTTT	0.00439065
125	OBP4	27993	18204	65.03054335	CAAAAAGTTAAAAA	0.00202278
126	GATA11	3149	1967	62.46427437	AGATCTAGATCTGAA	4.75E-05
127	GATA19	202	192	95.04950495	CAGATCGGATT	0.00282092
128	GATA1	970	316	32.57731959	ATGGTGATGATGATG	0.000144948
129	GATA20	17519	17440	99.54906102	ATCGGATC	0.00357505
130	GATA4	1611	1052	65.30105525	TTTCAGATCTGAATC	0.000940301
131	CRC	9178	9152	99.71671388	TATGATTA	0.00203506
132	AT2G15740	3257	2971	91.21891311	AACGATGACGA	0.000349564
133	At3g60580	11065	10987	99.29507456	TGTAGTAG	4.47E-05
134	AT4G26030	11315	974	8.608042422	CAATAATTTCACCAACCAT	0.000712653
135	At5g04390	9238	8001	86.60965577	TAGTGAAGTTG	2.78E-05
136	AT5G22990	4898	2063	42.11923234	TCGTCATCGTTTTCG	0.00210867
137	At5g66730	7624	2769	36.31951731	AAGAAAACGACAAAAAA	0.0027608
138	AtIDD11	3281	447	13.62389515	TTTTTTTTTTTGTCTTTTTCT	3.20E-05
139	IDD4	12546	3660	29.17264467	CACAAAACGACAAAAAA	0.000556861
140	IDD5	9121	2022	22.16862186	TTTTTGTCGTTTTGTG	0.000216926
141	IDD7	4720	1036	21.94915254	CACAAAACGACAAAAAAA	0.000258777
142	JKD	2160	221	10.23148148	TTTTTTTTTGTCGTTTTCTG	0.00121363
143	MGP	3771	346	9.17528507	CAGAAAACGACAAAAAAAAA	0.000833907
144	SGR5	18969	8459	44.59381095	AAAAAAAGACAAAAA	0.00148843
145	STOP1	1356	194	14.30678466	CCTTCCCCAGATAAAACCT	0.000758909
146	STZ	36348	31478	86.60173875	CACTTTCACTA	1.45E-05
147	WIP5	8396	2451	29.19247261	TACCTGGAGAACATA	0.00228192
148	At5g08750	968	360	37.19008264	ACCTCAGCCGCAAAA	0.00182073
149	AT5G63260	18676	16875	90.35660741	GAAAAAGTTAA	0.000524817
150	CAMTA1	2776	1717	61.85158501	AAAGCGCGTGAA	0.00123224
151	CAMTA5	773	163	21.08667529	CCGTGTAAAAAACGCGTG	0.000359748
152	AT2G20110	30396	12448	40.95275694	TTTTAAATTTTTTAA	0.00132961
153	SOL1	21836	10442	47.82011357	TTTTAAAATTTAAAT	2.99E-06
154	TCX2	24443	11442	46.81094792	ATTTAAAATTCAAAT	0.00171694
155	DEL2	1401	85	6.067094932	TTATTTTTTTGGCGGGAAAA	0.00269597
156	E2FA	7135	4014	56.25788367	ATTTGGCGCCAAAA	0.00100203
157	EIN3	1209	535	44.25144748	GTCTAGATTCAATGA	1.51E-07
158	FAR1	957	425	44.40961338	ACCTCACGCGCCTCC	0.00155138
159	At1g25550	15049	14167	94.13914546	GGAATCTTCTA	0.000388821
160	AT1G49560	20976	20252	96.54843631	ATCAAAGATTC	0.000504352
161	At1g68670	11676	6697	57.35697157	GAATCAAAGATTC	0.00131784
162	At2g01060	21429	11698	54.58957488	AAAAGAATATTCC	1.67E-06
163	At2g03500	12731	12091	94.97290079	AGAATATTCCA	0.00107169
164	AT2G20400	6113	17	0.278095861	CGAATATTCCTTTATTTCATCTGTATAAT	0.00104865
165	AT2G40260	21916	11147	50.86238365	TTAAAATATTCTTTT	0.00298174
166	At3g04030	22876	17261	75.45462493	AAAAGAATCTTCTT	0.0035638
167	At3g12730	10750	6139	57.10697674	AAAGGGAATATTCC	0.00211723
168	At3g24120	52038	51887	99.70982743	AGAATCTG	0.000425009
169	AT4G37180	19680	18245	92.70833333	AAAAAGATTCC	0.00484464
170	At5g29000	4704	2729	58.01445578	AAAGAATATTCCAAT	0.00220332
171	AT5G45580	42093	31932	75.8605944	AAAAGAATATTCTT	0.000209387
172	AT4G00250	11654	5593	47.99210571	AACCTTATCCATT	0.00111434
173	AtGRF6	6529	4056	62.12283658	GAAAATGTGTCAGA	0.00140275
174	GRF9	2374	1007	42.41786015	TTGTCAGAAAATACA	0.00316257
175	ANL2	8312	7033	84.61260828	GCATTAATTAC	0.000235686
176	ATHB15	6538	3675	56.20985011	AAAAGTAATGATTAC	0.00411674
177	ATHB21	22139	13180	59.5329509	ACACCAATAATTGG	0.00089564
178	ATHB40	51300	5936	11.5711501	AAACCAATAATTGAAAATTAT	0.000261185
179	ATHB53	17471	16026	91.72915116	CCAATAATTGA	0.00291234
180	ATHB5	46401	44187	95.22855111	TCAATAATTGA	0.000143019
181	LMI1	41115	19570	47.59820017	TTCAATTATTGGT	0.000234857
182	PHV	10285	5093	49.51871658	GTAATCATTACTTTT	0.00252777
183	HAT2	14941	13427	89.86680945	ATTAATCATTA	0.00378723
184	ATHB13	23232	21543	92.72985537	TCAATAATTAA	0.00422566
185	ATHB18	5366	5001	93.19791278	TCAATCATTGG	0.00238979
186	ATHB20	5911	5562	94.09575368	TCAATAATTGA	4.57E-06
187	ATHB6	9807	9400	95.84990313	CAATCATTTAT	0.00340579
188	ATHB7	10616	6912	65.10926903	TCAATGATTGATT	0.000316432
189	HDG1	11647	10291	88.35751696	GTAATTAATGC	0.00373864
190	PDF2	2160	1285	59.49074074	AAAAGAATATTCCAA	0.000729868
191	HSF21	756	429	56.74603175	TCTAGAAGCTTCTAGAAGC	0.00435798
192	HSF3	21814	19316	88.54863849	GAAGCTTCTAGA	0.000716423
193	HSF6	1227	1134	92.4205379	GAAGCTTCTAGA	0.00144832
194	HSF7	4474	4047	90.45596781	TTCTAGAAGCTTCT	0.00474108
195	HSFA6B	34926	18064	51.72078108	AGAAGCTTCTAGAAG	0.000749524
196	HSFB3	1171	807	68.91545687	CTTCTAGAAGCTTCT	3.11E-07
197	HSFC1	8354	7171	85.83911898	CTAGAAGCTTC	0.000415443
198	ASL18	6328	2820	44.56384324	CCGGAAAATCCGGAG	2.94E-05
199	LBD13	3715	1602	43.12247645	CGGCGGAAATTGCGGCG	0.00497509
200	LBD18	20264	1866	9.20844848	TTTCCTCCGGATTTTCCGG	0.00358657
201	LBD19	23977	8522	35.5423948	CCGGAAAATCCGGAG	9.15E-07
202	LBD23	1451	519	35.76843556	AGCGTATTTTACGCT	0.0010164
203	LBD2	24314	9308	38.282471	CCGAAAAAATCGGAG	7.73E-05
204	LOB	1461	428	29.29500342	TCCGCCGCCGCCTCCGCCGCC	0.00491626
205	AGL15	2257	453	20.07089056	CTTTCCTTTTTTGGAAAGT	1.00E-05
206	AGL63	15745	7549	47.94537949	TTCCAAAAATGGAAA	0.00196215
207	SVP	20687	7597	36.72354619	ACTTTCCTTTTTTGG	1.71E-05
208	AT5G23930	5551	903	16.26733922	CGCCGCCGCCACCGCCGCCG	0.00193039
209	At1g19000	29932	19505	65.16437258	AAATGGATAAGGTT	0.00434188
210	At1g49010	28552	9045	31.67904175	ATTAACCTTATCCTC	0.000162186
211	AT1G72740	21483	5971	27.79406973	CCTAAACCCTAAATC	0.00164165
212	At1g74840	10169	8518	83.76438195	AATGGATAAGG	1.24E-06
213	At3g09600	29529	22369	75.75264994	AGATATTTTTTT	0.000274278
214	AT3G10113	27249	13143	48.23296268	TAAAAAAATATCTTA	0.00232903
215	AT3G10580	5180	1542	29.76833977	AATTAGGATAAGGTT	0.000427741
216	At3g11280	2031	1353	66.61742984	ATCCTTATCTTCAT	0.000463201
217	At4g01280	24503	22171	90.48279802	AGATATTTTTT	0.00165137
218	At5g05790	3605	1537	42.63522885	AACCTTATCTTCATC	3.00E-05
219	At5g08520	12645	5323	42.09569	AATATGGATAAGG	0.00397994
220	At5g47390	17465	6980	39.96564558	ATAACCTTATCCATA	2.56E-06
221	At5g52660	19533	18010	92.20293862	AGATATTTTTT	1.48E-07
222	AT5G56840	31403	11591	36.91048626	AACCTTATCCATAAA	0.000432347
223	At5g58900	18957	7222	38.09674527	TATGGATAAGGTTAT	0.00212914
224	AT5G61620	19901	9242	46.43987739	AATTTGGATAAGATT	5.45E-05
225	EPR1	52997	40203	75.85901089	AAAAATATCTTA	1.91E-05
226	LCL1	8370	6621	79.10394265	AGATATTTTT	0.00014989
227	LHY1	33488	28104	83.92259914	AGATATTTTT	0.00213267
228	RVE1	39879	29949	75.09967652	AAAAAAATATCTTA	0.000377926
229	TBP3	6449	713	11.05597767	AAAATTAAACCCTAATTTT	0.000691105
230	TRP1	1042	51	4.894433781	AAACCCTAAACCCTAAACCCTAA	0.00382124
231	TRP2	3036	224	7.378129117	AAACCCTAAACCCTAAACCC	0.0039701
232	ATY13	19568	5681	29.03209321	CAACTACCAACTACC	0.000169749
233	BOS1	2175	806	37.05747126	TTGGTAAAGTTAGGT	0.00106963
234	MS188	17081	6793	39.76933435	AAAAATTAGGTGAAA	1.35E-05
235	MYB101	10887	3150	28.93359052	AACCGTAACCGAATT	0.00126249
236	MYB107	13462	1983	14.7303521	AAGGTAGGTGAACTAATT	0.00294184
237	MYB116	8961	3163	35.29739984	AAAAAAAGTTAGGCA	4.32E-05
238	MYB118	4304	1639	38.08085502	AAAATAACCGTTACAAA	0.000381667
239	MYB119	15557	13714	88.15324291	TAACCGTTACA	7.84E-05
240	MYB121	2067	1310	63.3768747	AAAGTTAGGTATAA	2.59E-10
241	MYB13	2733	1024	37.4679839	GTAGTGGTTGGTGAA	0.00137827
242	MYB27	8363	4259	50.92670094	AAAAAATTAGGTAAA	0.000172562
243	MYB33	22513	19150	85.0619642	ATAACCGAATT	0.00147965
244	MYB3R1	22319	6164	27.61772481	AAATATGACCGTTAG	0.00322795
245	MYB3R4	1965	823	41.88295165	AAATATAACCGTTGG	0.00360942
246	MYB3R5	2706	981	36.25277162	AAAATATGACCGTTG	0.00200719
247	MYB44	15418	1001	6.492411467	TTTACGGTTATTTCCGTTA	0.000494729
248	MYB49	9961	3277	32.89830338	TTGTTCACCTACCTT	0.00368107
249	MYB55	10051	3918	38.9811959	CCTCAACCACCACC	0.00322307
250	MYB56	6039	2613	43.2687531	ATAAATAACGGTATT	0.000115424
251	MYB57	12402	7833	63.15916788	TTTACCTAACTTTT	0.0031414
252	MYB58	21702	7416	34.17196572	TGTGGTTGGTGAAAC	0.00356017
253	MYB61	17756	4195	23.62581663	TCCACCTACCACCAC	0.00354367
254	MYB62	12953	4460	34.43217787	AAAAAAGTTAGGTAG	0.00125896
255	MYB63	2666	285	10.69017254	CAACTACTCCACCAACCCCCA	0.00129943
256	MYB65	12876	3594	27.91239515	ACCGTAACCGTAA	0.000566659
257	MYB67	19668	658	3.345535896	GTAGTGGTAATGTTAGGTGGA	0.00246673
258	MYB70	11564	5757	49.78381183	TAACCGTAATAACC	0.00131008
259	MYB73	9380	8119	86.5565032	TAACCGTAATA	0.000161295
260	MYB74	3061	1936	63.2473048	TTTTACCTAACTAA	1.23E-05
261	MYB77	27263	5324	19.52829843	CGGTTATGACGGTTA	1.01E-05
262	MYB81	3231	2751	85.14391829	GTAACCGAATT	0.00228697
263	MYB83	14502	10534	72.63825679	GTGGTTGGTGG	0.00328558
264	MYB88	15118	3114	20.59796269	ACCACACGCGCCTCC	0.000153016
265	MYB93	7813	487	6.233201075	TTGGTTAAGGTAGGTGAACAA	0.000643739
266	MYB96	1147	253	22.05754141	TAAGGTAGTTGGTAGTTG	0.00442152
267	MYB98	5558	2180	39.22274199	AAAATGTAACGGATA	0.00248145
268	MYB99	4060	1169	28.79310345	TCTCACCTACCTC	0.00043355
269	ANAC004	14895	10701	71.8429003	CTTCTTCTACAAGT	9.56E-05
270	ANAC005	7671	1478	19.26737062	TTACTTCTTTTACAAGTTT	0.00210544
271	ANAC013	5744	2180	37.95264624	CTTGGGGAACAAGTAA	0.00189018
272	ANAC016	15693	5952	37.92773848	CTTGCAGAACAAGCA	5.23E-05
273	ANAC017	15802	1753	11.09353246	AGGTTTCTTGTTGAACAAG	0.00317645
274	ANAC020	7906	1009	12.76245889	TTGCTTGTTCTACACGTTACC	0.000142971
275	ANAC028	8161	2654	32.52052445	CTTGTTCTACAAGTAA	0.00179026
276	ANAC034	6013	307	5.105604524	CCTGTTTTACACGGCATCT	9.14E-06
277	ANAC038	6176	1259	20.38536269	TTACGTGTGGAACAAGTA	0.00461066
278	ANAC042	6110	121	1.980360065	TGCCGTGATATCTACGCTAC	0.000747267
279	ANAC045	17921	5077	28.32989231	CTTGTAGAACAAGCAA	0.000231482
280	ANAC046	18233	1908	10.46454231	TAACGTGTAGAACAAGTAACC	0.00102117
281	ANAC047	7691	2339	30.41217007	AAGTTACGTGTAAAA	0.00380635
282	ANAC050	21201	7398	34.89458044	CTTGTGTCACAAGTAA	0.00303881
283	ANAC053	13096	6820	52.07697007	TTTCTTGTGGAACAAGT	0.000264805
284	ANAC055	7513	492	6.548649008	TTTCAAATTTTACACGTAACT	0.000107404
285	ANAC057	10212	3295	32.26596161	TACGTGTGGAACAAGCA	0.00124343
286	ANAC058	19850	4172	21.01763224	CTTGTGCAACACGTAA	0.000132182
287	ANAC062	10281	4257	41.40647797	CTTAGTGATTAAGTA	0.000451607
288	ANAC070	24684	2133	8.641225085	GGTAACGTAAAATACAAGCAA	0.00163935
289	ANAC071	23644	8811	37.26526814	TACTTGAAGATGAAG	0.00327323
290	ANAC075	4382	1606	36.64993154	AGCGTGAAGAAGAAG	0.00152265
291	ANAC079	2817	553	19.63081292	GTTACGTGTAGAACAAGTAAC	0.00215858
292	ANAC083	21927	2899	13.22114288	TTACGTGTTTTACACGTAA	0.000385113
293	ANAC087	6399	1044	16.31504923	TAACGTGTAGAACAAGTAA	0.00169638
294	ANAC092	10364	3440	33.19181783	CGTGTAAAACAAGCA	0.000373493
295	ANAC094	738	152	20.59620596	TGCCGTGATCTTCACGTT	0.00337208
296	ANAC096	13107	3712	28.32074464	CTTGAAGATGAAGCAA	0.0017807
297	ANAC103	8702	2287	26.28131464	GGTAACTTGCTGAACAAGTTA	0.00368258
298	AT1G19040	994	474	47.6861167	TAACTTGGGGAGCAAG	0.00031986
299	ATAF1	9197	219	2.381211265	TACGTGTATAATTTGTCTTCTT	0.00178942
300	CUC1	3109	959	30.84593117	CGTGTTGAACAAGTAA	0.000465288
301	CUC2	5942	943	15.87007742	CGTGTGGAACAAGTAACCT	0.000166017
302	CUC3	6336	1239	19.55492424	ACGTGTAAAACAAGCAAC	6.69E-06
303	NAC2	23673	10399	43.92768132	CTTGTTCCACAAGAAAC	0.00156117
304	NAM	7706	886	11.49753439	TTACGTGTTTTACACGTAA	6.83E-06
305	NAP	6299	5393	85.61676457	ACACGTAACTT	0.000763153
306	NST1	24770	7115	28.72426322	TAACGTAAAATTCAAGC	0.00343412
307	NTL8	5913	980	16.57365128	GTTTCTTCATCTTCAAGTA	0.00338041
308	NTM1	15614	6375	40.82874344	ACTTGTTCAATAAGT	0.0011804
309	NTM2	5202	2519	48.4236832	TACTTCTTCAATAAG	0.00386757
310	SMB	40054	2549	6.363908723	GGTAGCGTGAAATTCAAGCAA	0.00339869
311	SND2	23978	7328	30.5613479	CTTCTTCTTCACGCT	0.00270754
312	SND3	45691	10603	23.205883	AGCGTGTGGAACAAG	0.000827552
313	VND1	7156	2346	32.78367803	CTTGTATTTCACG	2.94E-05
314	VND2	16577	6009	36.24901973	CTTGAAAAACAAGCA	2.74E-05
315	VND3	6534	2466	37.74104683	CTTGAAAAACAAGCAA	8.62E-05
316	VND4	18184	5539	30.4608447	CGTAAAAAACAAGCA	0.000218421
317	VND6	15899	1659	10.43461853	TTGCTTGTATTTTACGCAACC	0.00204448
318	FRS9	7750	285	3.677419355	CTCTCTCTCTCTCTCTCTCTC	0.0033518
319	AT1G24250	2233	469	21.0031348	TCCCAACTACCAACTACC	0.00182227
320	BBX31	16775	6945	41.40089419	AAAAAGTAAAAAAAA	0.00017321
321	RAV1	14740	4321	29.31478969	CAGATAATTTCTGTTGT	0.000376287
322	REM19	40336	6679	16.55840936	AAAAAAAAAAAAAAA	0.00110976
323	NLP7	867	294	33.9100346	ATTTGGCTTTTCGGA	0.00157036
324	RKD2	10284	1156	11.24076235	GTGACGTTTCATCTTCCTC	0.00183413
325	AT3G09735	7818	5005	64.01893067	AGAAGCTTCTAGAAG	5.36E-05
326	SPL13	1179	1008	85.49618321	ATTGTACGGAT	0.00170742
327	SPL14	2529	2239	88.533017	TCCGTACAATT	0.000148172
328	SPL15	19981	10130	50.69816326	AAATTGTACGGACA	0.0038105
329	SPL1	12940	11289	87.24111283	AATTGTACGGA	0.00178846
330	SPL5	27217	15503	56.96072308	AATTGTACGGAC	0.00092055
331	SPL9	41646	34817	83.60226672	ATTGTACGGAT	0.000546121
332	SRS7	11330	131	1.156222418	AAACCCTAAACCCTAAACCCTAA	0.000891728
333	At1g69690	995	719	72.26130653	TGGTGGGCCCCAC	0.000475405
334	At1g72010	4626	2834	61.26242974	ATGTGGGCCCCAC	0.000304531
335	At2g45680	450	45	10	CCATTTGCCGTGGGTCCCACC	0.00109515
336	At5g08330	2915	1959	67.20411664	TGTGGGCCCCACTT	0.000256767
337	TCP20	1167	140	11.99657241	AAAAAAGCATGTGGGACCCAC	0.00205348
338	TCP24	3352	1999	59.63603819	GTTGGGACCACA	0.000432274
339	TCP3	1416	648	45.76271186	GTTGGGACCACAT	0.0011376
340	TCP7	1002	877	87.5249501	GTGGGACCCAC	0.00013153
341	AT1G76880	491	122	24.84725051	ACGGTAAAAAAATAAA	0.00358316
342	AT2G33550	8647	1329	15.36949231	TAAAAAATATACCCTAAA	0.000668669
343	AT3G10030	3648	2774	76.04166667	AGTTAACGGCGTTA	0.00270821
344	At3g14180	6618	6340	95.79933515	TCGCCGGAAAA	0.00315928
345	AT3G25990	2682	396	14.76510067	AACCATGGTTAAATTTTAACC	8.87E-05
346	AT5G05550	18951	9640	50.86802807	TTTCTCCGGCGATGA	0.00150621
347	AT5G47660	12711	3815	30.01337424	TTTTTTTTTTACCGT	0.00159954
348	GT1	519	192	36.99421965	AATTAACCATGGTTAAAAT	0.00195131
349	GT2	17094	9608	56.20685621	TTTTTTACCGTTTT	0.000511803
350	GT3a	1318	483	36.64643399	AACACGTGTTAAATTTG	0.000100008
351	GTL1	31474	20415	64.86306157	ACGGTAAAAA	0.000126333
352	WRKY14	13405	6825	50.91383812	AAAAGTCAACGAT	0.00102443
353	WRKY15	29394	25096	85.37796829	AAAAGTCAACG	0.00242641
354	WRKY18	30301	25929	85.57143329	AAAAGTCAACG	0.00315634
355	WRKY20	2213	1063	48.03434252	AACGTTGACTATT	0.00275611
356	WRKY21	1537	1357	88.28887443	AAAAGTCAACG	0.00120499
357	WRKY22	37563	17162	45.68857652	AAAAGTCAACGAT	0.0023584
358	WRKY24	18866	11792	62.50397541	TCGTTGACTTTTTT	0.00153983
359	WRKY25	20979	17828	84.98021831	AAAAGTCAACG	0.00471342
360	WRKY27	23333	11001	47.1478164	ATCGTTGACTTTT	0.000406913
361	WRKY28	13501	5830	43.18198652	ATCGTTGACTTTT	0.00181823
362	WRKY29	18818	16438	87.35253481	AAAAGTCAACG	0.00029068
363	WRKY30	4374	3669	83.88203018	AAAGTCAACGC	0.00091723
364	WRKY31	3489	356	10.2034967	GGATAAAAAAAAGTCAACG	0.00225383
365	WRKY33	5593	4840	86.53674236	AAAAGTCAACG	8.99E-07
366	WRKY3	1287	1112	86.4024864	AAAAGTCAACG	0.000981399
367	WRKY40	7114	2707	38.05172899	AACGTTGACTTTTTT	1.45E-05
368	WRKY45	13329	9060	67.97209093	CGTTGACTTTTT	0.00191689
369	WRKY50	13630	6424	47.13132795	CTTTGACTTTTTT	9.35E-05
370	WRKY55	9034	5724	63.36063759	AGCGTTGACTTT	0.00349012
371	WRKY65	20576	17810	86.55715397	AAAAGTCAACG	0.00306756
372	WRKY6	5323	534	10.03193688	CGTTGACTTTTTTTAACAT	0.00268968
373	WRKY70	8244	3749	45.47549733	AGCGTTGACTTTT	0.000529632
374	WRKY71	9533	8152	85.51347949	AAAAGTCAACG	0.00035136
375	WRKY75	29735	12510	42.07163276	AAAAGTCAACGAC	0.00333686
376	WRKY7	1926	1220	63.34371755	AGCGTTGACTTTTT	0.0020648
377	WRKY8	23621	9944	42.09813302	AAAAAAGTCAACGAT	0.00178456
378	AT3G42860	2415	2164	89.60662526	AAAAGTCAACG	0.00105846
379	ATHB23	49895	4178	8.373584528	AATCTTAATTAATTAATAAATT	0.000125525
380	ATHB24	21428	11512	53.72409931	AAATGTAATTAATTA	0.00258547
381	ATHB25	49795	29224	58.68862336	TAATTAATTAAGTTT	0.00124373
382	AtHB32	21104	18318	86.79871114	AATCGCATTAT	6.63E-08
383	ATHB33	34347	32395	94.31682534	ACGTAATTAAT	9.16E-06
384	ATHB34	30751	18818	61.19475789	TTTAATCATTAATTA	0.00153627

S.No.	TF	Total peaks	Covered peaks	Coverage (%)	Consensus	p-value
1	AT5G60130	19106	1537	8.044593321	TTTTTGCTTATATTTTGCTTA	0.00428143
2	VRN1	7028	134	1.906659078	CTGTTTTTTTTTTTTTTTT	0.000286916
3	ABR1	11691	1482	12.67641776	CACCGCCGCCGCCATTTCCGC	0.000169511
4	AIL7	3535	1780	50.35360679	ACGAATCCCGAG	0.00113905
5	AT1G01250	725	286	39.44827586	TGTCGGTGGAGATGA	0.00105236
6	AT1G12630	18211	2974	16.33078908	GATTTTGTCGGCAAAA	0.00353854
7	At1g19210	22451	6293	28.02993185	CATCTCCACCGTCCA	8.69E-05
8	At1g22810	8437	2978	35.29690648	CGCCACCGACACAGC	0.00190908
9	AT1G28160	10300	6627	64.33980583	CGCCGCCGCCGCCA	0.000148745
10	At1g36060	4035	2096	51.94547708	CCTCCACCGACCAT	0.000214239
11	AT1G71450	14277	5023	35.1824613	CCTCCACCGTCAC	0.00287054
12	AT1G77200	27117	15708	57.92676181	ATTGTCGGTGAA	0.000298336
13	At2g33710	18654	3879	20.79446767	TCCGCCGCCGCCACCTCC	0.000135495
14	At2g44940	5163	1963	38.0205307	ATTGTCGGTGGAG	0.000858676
15	AT3G16280	13312	6349	47.6938101	CCACCGACAATTTT	0.0042755
16	AT3G60490	9000	1301	14.45555556	AAAATTGTCGGTGGAG	0.00159631
17	At4g16750	15677	3082	19.6593736	AGTGTCGGTGGAAATAA	0.000967132
18	At4g31060	7514	2649	35.25419217	ATTTTGTCGGTGGAG	0.00166144
19	At4g32800	3779	733	19.39666578	AATTTTGTCGGTGGAT	0.00225151
20	At5g65130	1992	369	18.52409639	CCACCACCTCCACCGACAA	0.00119354
21	CBF1	18542	5367	28.94509762	TGATGTCGGCGAAGA	0.00489402
22	CBF2	14034	4723	33.65398318	TTATGTCGGCAAA	4.08E-05
23	CBF3	12163	9923	81.58349092	TATGTCGGTAA	0.00209348
24	CBF4	29710	15862	53.38943117	TGATGTCGGCAA	0.0033877
25	CEJ1	30321	10286	33.92368326	AATCACCGACAAT	0.00407569
26	CRF10	6410	622	9.703588144	ATAGAATCTTAGATTCT	0.000606103
27	CRF4	2482	1461	58.8638195	TGGCGGCGGCGGCGG	0.00279775
28	DDF1	2395	977	40.79331942	TCTTCGCCGACAT	0.00435402
29	DEAR2	23238	7026	30.23495998	ATGTCGGTGGCGGTG	0.00215012
30	DEAR3	12720	4755	37.38207547	ATTGTCGGTGATT	3.00E-05
31	DEAR5	2274	1897	83.42128408	ATTGTCGGTGA	0.00136611
32	DREB19	15090	7447	49.35056329	TTAAACCGACATTA	6.56E-05
33	ERF105	14787	1447	9.785622506	CCGCCGCCGCCGCCGCCGCCGCCG	0.0014362
34	ERF10	4811	588	12.22199127	CGGCGGAAATGGCGGCGGAG	0.00179971
35	ERF115	12101	4982	41.17015123	GCGATGGCGGCGGCG	8.21E-05
36	ERF11	7672	929	12.10896767	GGAAATGGCGGCGGCGGAGG	0.00358116
37	ERF13	9556	2919	30.54625366	AAATGGCGGCGGAGG	0.00165746
38	ERF15	25902	4205	16.23426762	CGCCGCCTCAGCCGCCAT	0.00121631
39	ERF2	726	207	28.51239669	CCGCCGCCGCCTCCGCCGCCA	0.00214145
40	ERF3	3321	616	18.54862993	TGGCGGCGGCGGCGGCGGCG	0.000529809
41	ERF4	15193	1328	8.740867505	GGAAATGGCGGCGGAGGTGG	0.000671546
42	ERF5	846	320	37.8250591	CCGCCGCCGCCGCCGCCGCCG	3.45E-05
43	ERF7	17694	1954	11.04329151	ATGGCGGCGGAGGTGGCGGAG	0.000564552
44	ERF8	12829	2742	21.37345078	AAAATGGCGGCGGAGGTG	0.00301632
45	ESE1	1512	378	25	GGCGGCGGCGGCGGCGGCGG	0.00263672
46	ESE3	9328	4313	46.23713551	GTGGCGGCGGCGGAG	1.84E-05
47	PUCHI	2691	315	11.70568562	GCGGCGGTGGCGGCGGCGGCGGAGG	0.00459381
48	Rap210	12600	7106	56.3968254	TTTGTCGGCAAAAA	0.00248056
49	RAP211	16230	3769	23.2224276	TTTTGGCCGGCTATT	4.78E-07
50	RAP21	2103	169	8.036138849	CCTCCACCGACATTTCCACC	0.000367036
51	RRTF1	8037	1153	14.34614906	GGAAATTGCGGCGGCGGTG	0.00130955
52	BPC1	17699	4634	26.18227018	CTCTCTCTCTCTCTC	0.00169638
53	BAM8	4589	3027	65.96208324	AGTTCACACGTGTGA	0.000169749
54	bHLH10	9144	3205	35.05030621	ATTGTCGGTGGAG	0.00351469
55	bHLH122	10050	9277	92.30845771	TGCAACTTGCA	3.08E-05
56	bHLH80	5667	5139	90.68290101	TGCAACTTGCA	0.00270851
57	BIM1	647	97	14.99227202	TGTCACGTGACTTTCACGTGCT	0.00231702
58	BIM2	40836	2174	5.32373396	GCCACGTGAATGGCACGTG	0.00133217
59	ABI5	9233	3430	37.14935557	AATGGTGACGTGGCA	5.63E-05
60	AREB3	4617	2231	48.32142084	AATGGACACGTGGCA	0.00133521
61	bZIP16	8404	2967	35.30461685	AATGCTGACGTGGCA	4.59E-05
62	bZIP18	14191	12259	86.38573744	ATGACAGCTGG	0.00411374
63	bZIP44	2679	1150	42.9264651	ATGCTGACGTGGC	0.0041615
64	bZIP48	5105	2091	40.95984329	TGCCACGTCAGCATT	0.00315198
65	bZIP50	22131	13206	59.67195337	CTGACGTCATCATC	0.00135546
66	bZIP52	16537	7940	48.01354538	TGACCAGCTGTCAT	0.001062
67	bZIP53	17446	5174	29.65722802	TATGCTGACGTGGCA	6.93E-05
68	GBF3	16034	5575	34.76986404	AATGGTCACGTGGCA	0.000984175
69	GBF5	6575	2498	37.99239544	AATGCTGACGTGGCA	0.00151341
70	GBF6	9894	2950	29.81605013	AATGCTGACGTGGCA	3.59E-06
71	HY5	10140	3013	29.71400394	AATGATGACGTGGCC	0.00414024
72	TGA10	5500	4175	75.90909091	AATGACGTCATCAT	8.56E-09
73	TGA1	12377	6427	51.9269613	AAGATGACGTCATCA	0.00171806
74	TGA2	16587	14392	86.76674504	TGACGTCACCA	0.000775193
75	TGA3	3451	2346	67.98029557	TGATGACGTCATC	0.000252857
76	TGA4	10140	5499	54.23076923	AATGATGACGTCATC	0.00274479
77	TGA6	28254	12506	44.26275926	AATGACGTCATCATC	0.00136022
78	TGA9	18677	17463	93.50002677	TGATGACGTCA	0.00400359
79	VIP1	1523	955	62.70518713	TGTACAGCTGTCAA	4.07E-05
80	At1g78700	5147	1658	32.21293958	CCGCACGTGTGTATT	0.00195143
81	At4g18890	865	844	97.57225434	CGCACGTGTGA	0.00249362
82	At4g36780	6039	3990	66.07054148	TCACACGTGTGCAT	0.00473557
83	Adof1	11744	1584	13.48773842	AAAAAAGAAAAAGTAAAAAAA	0.00476697
84	AT1G47655	7940	3229	40.6675063	TTTTTTTCTTTTTTT	0.00388283
85	At1g64620	34001	29304	86.18570042	CAAAAAGTAAA	0.00092055
86	AT1G69570	13762	1227	8.915855254	AAAAAAAAAAAAGAAAAAGTG	0.000449722
87	AT2G28810	49623	19180	38.6514318	TTTACTTTTTGTTTT	0.00065049
88	At3g45610	34597	14782	42.72624794	TTTTTTTACTTTTTG	0.00150134
89	AT3G52440	30433	3289	10.80734729	AATTTTACTTTTTCTTTTTTT	0.000250228
90	At4g38000	11840	9815	82.89695946	GAAAAAGTTAA	4.33E-05
91	AT5G02460	45371	5234	11.53600317	TTTTTACTTTTTTTTTTTT	0.000505597
92	AT5G66940	40237	4926	12.2424634	TTTTTTTACTTTTTCTTTTTT	0.000879391
93	CDF3	22820	4763	20.87204207	TTCACTTTTTCTTTTTTT	0.00303881
94	COG1	11354	5076	44.70671129	TTTTTTCACTTTTTT	0.00110335
95	DAG2	24338	11441	47.00879283	CAAAAAGTTAAAT	0.000191573
96	dof24	27058	10303	38.07746323	AAAAACAAAAAGTAA	5.20E-05
97	dof43	19070	12832	67.2889355	AAAAGCTACTTTTT	0.00288857
98	dof45	24304	9378	38.58624095	AAAAAAGTAGCTTTT	0.00096414
99	OBP3	21664	2738	12.63847858	TTTTTTTTTTTACTTTTTT	0.000193396
100	OBP4	27993	3500	12.50312578	AAAAAACAAAAAGTAAAAA	0.00189751
101	GATA19	202	191	94.55445545	CGGATCGGATT	0.00152434
102	GATA1	970	410	42.26804124	GATTCAGATCTGAA	0.00328534
103	GATA20	17519	6056	34.56818312	TCGATCGGATTAG	0.00202496
104	CRC	9178	2	0.02179124	CAAGTCATATTCGACTCCAAAACACTAACC	0.00087988
105	At5g66730	7624	2602	34.12906611	TTTTTTGTCGTTTTCTG	6.19E-05
106	AtIDD11	3281	784	23.89515392	TTTTTTTGTCGTTTTGTG	0.000304104
107	IDD5	9121	2887	31.65223112	TTTTTTGTCGTTTTGTG	0.000489474
108	MGP	3771	883	23.41553964	TTTTTTTGTCGTTTTCTG	0.000252257
109	SGR5	18969	8391	44.23533133	TTTTGTCTTTTTTTT	0.00252555
110	STOP1	1356	492	36.28318584	ACCTTCCCCAGATAA	0.0011376
111	STZ	36348	36070	99.23517112	ACTTCACT	0.000451607
112	WIP5	8396	2451	29.19247261	TACCTGGAGAACATA	0.00398554
113	AT3G12130	12290	8058	65.56550041	AAACAAAAAGTTAA	0.00248914
114	AT5G63260	18676	16680	89.31248661	CAAAAAGTAAA	0.000192676
115	CDM1	4777	2228	46.64015072	CCGAAAAAATCGGAA	0.0001645
116	AT2G20110	30396	13188	43.3872878	AATTTGAATTTTAAA	0.000279898
117	SOL1	21836	10313	47.22934603	AATTTAAATTTTAAA	0.000231482
118	TCX2	24443	16938	69.29591294	TTTAAAATTTAAAT	0.000708624
119	DEL2	1401	417	29.76445396	TTTTTGGCGGGAAAA	3.87E-05
120	E2FA	7135	3722	52.16538192	TTTTGGCGCCATTT	0.000712653
121	FAR1	957	317	33.12434692	AGGCGCGTGAAATTCACGCGC	0.000122798
122	At1g25550	15049	9982	66.3299887	GAATAGAAGATTCC	0.00275618
123	AT1G49560	20976	12459	59.39645309	AGAATCAAAGATTCT	0.00124369
124	At2g01060	21429	11055	51.58896822	AAAAAAGAATATTCT	0.00357505
125	At2g03500	12731	6448	50.64802451	GAATCTTGGATTCC	0.00133395
126	AT2G20400	6113	3471	56.78063144	AAAGAATATTCCAAT	0.0015998
127	AT2G40260	21916	1102	5.028289834	AAAAATTAAAAACATTCTTT	6.64E-05
128	At3g04030	22876	10529	46.02640322	AGAATATTCCTTTTT	0.000311417
129	At3g12730	10750	7812	72.66976744	AAAGGAATATTCTT	0.00325747
130	At3g24120	52038	36119	69.4088935	AAGAATATTCCTTT	0.000104312
131	AT4G37180	19680	18245	92.70833333	AAAAAGATTCC	4.17E-06
132	AT5G45580	42093	27809	66.06561661	AAAAGGAATCTTCT	0.00260346
133	GRF9	2374	2352	99.07329402	TGTCAGAA	2.40E-06
134	ANL2	8312	6573	79.07844081	GCATTAATTGC	0.00145405
135	ATHB21	22139	1284	5.799719951	ACACCAATAATTGAATATTA	3.44E-06
136	ATHB40	51300	28569	55.69005848	ACACCAATAATTGG	0.000387276
137	ATHB53	17471	5366	30.71375422	TCCAATTATTGGTGC	7.73E-05
138	ATHB5	46401	37538	80.89911855	CAATGATTGA	0.00187978
139	LMI1	41115	19943	48.50541165	TCAATTATTGGTT	0.00317717
140	ATHB13	23232	21189	91.20609504	TCAATAATTGA	0.000755042
141	ATHB18	5366	4938	92.02385389	CCAATGATTGG	0.00178851
142	ATHB20	5911	5591	94.58636441	TCAATTATTGA	0.000149727
143	ATHB6	9807	9457	96.43112063	TCAATAATTGA	0.000264226
144	HAT2	14941	13515	90.45579278	TTAATCATTTA	0.000560616
145	HDG1	11647	10291	88.35751696	GTAATTAATGC	0.00236618
146	HSF7	4474	4032	90.12069736	AGAAGCTTCTAGAA	0.000154365
147	HSFA6B	34926	21141	60.53083663	AGAAGCTTCTAGA	0.00359075
148	HSFB3	1171	825	70.45260461	AAGCTTCTAGAAG	0.000300171
149	HSFC1	8354	3681	44.06272444	AGCTTCTAGAAGCTTCT	0.00352171
150	ASL18	6328	1683	26.59608091	CCGGATTTTCCGGCGA	2.91E-06
151	LBD13	3715	1627	43.79542396	CGGCGGAAATTGCGG	0.000273712
152	LBD18	20264	7263	35.84188709	CGGATTTTCCGGAGA	0.0008018
153	LBD23	1451	559	38.52515507	AGCGTAAAATACGCT	0.00494099
154	LBD2	24314	9308	38.282471	CCGAAAAAATCGGAG	1.62E-05
155	AGL15	2257	445	19.71643775	AACTTTCCTTTTTTGGAAAGT	0.000184236
156	SVP	20687	8027	38.80214628	TTCCCAAAAAGGAAA	0.00376559
157	At1g19000	29932	19237	64.26900976	AACCTTATCCATTT	0.00209048
158	At1g49010	28552	10183	35.66475203	AATGTGGATAAGGTT	0.00299813
159	AT1G72740	21483	1458	6.786761625	AGTTTTAGATTTAGGGTTTTG	0.0038348
160	At1g74840	10169	6344	62.38568197	AACCTTATCCATTT	0.000198454
161	At3g09600	29529	26989	91.39828643	AGATATTTTTT	0.00224349
162	AT3G10580	5180	1343	25.92664093	CCGAAAAAATCGGAA	0.000872697
163	At3g11280	2031	614	30.2314131	TATAATCTTATCTTTATA	0.0027039
164	At4g01280	24503	22171	90.48279802	AGATATTTTTT	0.000124998
165	At5g08520	12645	10411	82.33293792	CCTTATCCTTA	0.0013331
166	At5g47390	17465	10674	61.11651875	ATATGGATAAGGTT	0.00125135
167	At5g52660	19533	15163	77.62760457	AGATATTTTTTT	0.000906914
168	AT5G56840	31403	6761	21.52979015	TATAACCTTATCCATA	0.000199857
169	At5g58900	18957	8443	44.53763781	AATCTTATCTTCATA	0.000294584
170	AT5G61620	19901	17908	89.98542787	TCTTATCCAAA	0.000238501
171	EPR1	52997	47464	89.5597864	AAAAAATATCT	0.00293842
172	LCL1	8370	7437	88.85304659	AGATATTTTTT	0.00171211
173	LHY1	33488	31591	94.33528428	AGATATTTTTA	1.06E-05
174	RVE1	39879	33634	84.34012889	AGATATTTTT	0.00209364
175	TBP3	6449	495	7.675608621	GAATTAGGGTTTAGGTTTT	0.000855767
176	TRP2	3036	284	9.354413702	AAACCCTAAACCCTAAACCCT	0.00170457
177	ATY13	19568	5577	28.50061325	CAACTACCAACCACC	2.17E-05
178	MS188	17081	6837	40.02693051	AAAAAATTAGGTGAA	0.000550485
179	MYB101	10887	3525	32.37806558	AACTGTAACCGAATT	0.00141629
180	MYB107	13462	6977	51.82736592	TAGTTCACCTACCT	0.00130174
181	MYB116	8961	3441	38.39973217	AAAGTTAGGCAGA	0.00302884
182	MYB118	4304	1914	44.47026022	AAATTGTAACGGTTA	0.00333198
183	MYB119	15557	6493	41.73683872	AAATTGTAACGGTTA	0.0022382
184	MYB13	2733	483	17.67288694	TCCACCAACCACAATCAT	0.00122118
185	MYB27	8363	2951	35.28638049	TTTTACCTAATTTTTT	0.00117477
186	MYB3R1	22319	9882	44.27617725	AATATAACCGTTA	0.00226943
187	MYB44	15418	13343	86.5417045	AATAACCGTAA	0.00471142
188	MYB49	9961	5862	58.8495131	AAAGTTAGGTGAAA	0.00266458
189	MYB55	10051	3168	31.51925182	TGGTTGGTGGAGTTA	0.00436168
190	MYB56	6039	2649	43.86487829	TAAATAACGGTATTT	0.000510282
191	MYB58	21702	1633	7.524652106	ATTGTTGTGGTTGGTGAAACA	0.000453621
192	MYB61	17756	5004	28.18202298	CTCCACCTACCAT	0.0020302
193	MYB62	12953	5161	39.84405157	TCTACCTAACTTT	0.00144001
194	MYB65	12876	3967	30.80925753	ATAACCGTAACTATA	4.67E-05
195	MYB74	3061	1760	57.49754982	AAAGGTAGGTGAAA	0.00174302
196	MYB77	27263	480	1.760627957	CGTTTGATACGGTTACGGTT	0.000779834
197	MYB81	3231	1852	57.31971526	ACTGTAACCGTTTT	0.000195622
198	MYB83	14502	4359	30.05792305	TGTAGTGGTTGGTGG	0.000380084
199	MYB88	15118	4505	29.7989152	GGAGGAGCGTGTG	0.00425518
200	MYB93	7813	2283	29.22052989	ATTAGTTCACCTACC	0.00152265
201	MYB96	1147	121	10.54925894	TACACCTACCAACCACCTTCT	0.0042998
202	MYB99	4060	3246	79.95073892	TTCACCTACCT	0.0032594
203	ANAC004	14895	2297	15.42128231	AACTTGTTCAACAAGTTTCCT	0.00187347
204	ANAC013	5744	2817	49.04247911	ATTACTTGGAGAACAAG	0.000160108
205	ANAC016	15693	6317	40.25361626	CTTGGAGAACAAGTA	0.00139926
206	ANAC017	15802	4527	28.64827237	TTACTTGGAGAACAAGG	0.000144431
207	ANAC038	6176	864	13.98963731	GGTAACTTGTAATACAAGAAA	0.000152761
208	ANAC045	17921	5077	28.32989231	CTTGTAGAACAAGCAA	0.00108712
209	ANAC046	18233	4719	25.88164317	CTTGTTCCACACGTTAC	8.31E-06
210	ANAC050	21201	9495	44.78562332	TACTTGTGTAACAAG	0.00103755
211	ANAC053	13096	5522	42.16554673	CTTGTTCCACAAGAAA	0.00133038
212	ANAC057	10212	2041	19.98629064	AGGTTGCTTGTAGCACAAGTA	0.000146822
213	ANAC058	19850	5466	27.53652393	TTCTTGTTTTACAAGTAA	0.00169813
214	ANAC062	10281	2472	24.04435366	CTTAATCACTAAGTAATC	0.00267016
215	ANAC070	24684	4718	19.11359585	CTTGAATTTCACGCAA	0.000949294
216	ANAC071	23644	8886	37.58247335	CTTCATCTTCAAGTA	0.00390013
217	ANAC079	2817	822	29.1799787	CTTGTTTAACACGCAA	0.0012293
218	ANAC083	21927	5516	25.15620012	CGTGTAAAACACGCA	4.32E-05
219	ANAC087	6399	813	12.70511017	GGTAACGTGTGGAACAAGGAA	0.000511803
220	ANAC092	10364	1262	12.17676573	TTACTTGTTCTACACGTAAC	0.000735053
221	ANAC096	13107	3402	25.95559625	CTTGAACTTCAAGTAACC	0.000112609
222	ANAC103	8702	2935	33.72787865	TTGTTCAACAAGTTAC	0.00387569
223	CUC1	3109	470	15.11740109	AGGTAACGTGTTGAACAAG	0.000115424
224	CUC2	5942	1637	27.54964658	TAACGTGTAAAACAAG	0.00213229
225	CUC3	6336	1304	20.58080808	CTTGTTCTACACGTTA	7.39E-05
226	NAC2	23673	8111	34.2626621	CTTGTTCCACAAGAAA	0.00260717
227	NAM	7706	6618	85.88113159	ACACGTAACTT	0.000818702
228	NAP	6299	1481	23.51166852	TTACGTGTATAACACGG	1.58E-05
229	NST1	24770	7234	29.20468308	CGTGAAATTCAAGCA	0.000336462
230	NTM1	15614	1271	8.140130652	AAAAAAAAAGAAAAAGTAAAA	0.000748242
231	SMB	40054	6938	17.32161582	CGTGAAATTCAAGCAA	0.000335573
232	SND2	23978	7138	29.76895488	AGCGTGATGAAGAAG	0.00035428
233	SND3	45691	1133	2.479700597	GTAACTTCTTCCTCACGCTACC	0.00300716
234	VND2	16577	479	2.889545756	TTGCTTGTATTTCACGTTACCTT	0.000233957
235	VND3	6534	3119	47.73492501	CTTGAAAAACAAGCAAC	0.000853804
236	VND4	18184	3780	20.7875055	CGTAAAAAACAAGCAA	0.00411258
237	VND6	15899	6340	39.87672181	TGCTTGTTTTTCAAG	0.000221807
238	FRS9	7750	4	0.051612903	TTGAATATTATTGGTTTAGAATTATAAAAA	0.00202097
239	RAV1	14740	1185	8.039348711	TTTTCAGGTGATTTCTGTTGT	0.000737465
240	REM19	40336	1569	3.889825466	ATGAAAAAAAAAAAAAAAAAA	0.00469905
241	RKD2	10284	4094	39.80941268	GGAAGATGAAACGTC	0.00137509
242	SPL15	19981	5618	28.11671088	ATTTGTCCGTACAAT	1.27E-05
243	SPL1	12940	8711	67.31839258	ATCCGTACAA	0.000119238
244	SPL5	27217	17844	65.56196495	TTGTACGGAT	0.000139915
245	SPL9	41646	35112	84.31061807	AATTGTACGGA	3.34E-05
246	SRS7	11330	27	0.238305384	CCCTAAACCCTAAACCCTAAACCCTAAACC	0.000282226
247	At1g69690	995	719	72.26130653	TGGTGGGCCCCAC	9.74E-07
248	At1g72010	4626	2834	61.26242974	ATGTGGGCCCCAC	0.000618003
249	At2g45680	450	310	68.88888889	GTGGGACCCAC	0.000184388
250	At5g08330	2915	2252	77.25557461	TGTGGGCCCCAC	0.00231141
251	TCP20	1167	893	76.520994	GTGGGGCCCACC	0.00136592
252	TCP24	3352	2650	79.05727924	GTGGGGACCAC	0.00284685
253	TCP3	1416	913	64.47740113	GTTGGGACCACA	7.94E-05
254	AT2G33550	8647	5140	59.44258124	AAAAATGCCCTTAA	5.12E-05
255	AT3G10030	3648	2195	60.16995614	AGTTAACGGCGTTAA	4.48E-05
256	AT3G25990	2682	369	13.75838926	TTTTAACTATGGTTAAGTTT	1.56E-06
257	AT5G05550	18951	9580	50.55142209	TATCTCCGGCGACGA	0.000647324
258	AT5G47660	12711	3971	31.2406577	TAACAACGGTAAAAA	0.00183183
259	GT2	17094	14239	83.2982333	ACGGTAAAAAA	6.47E-05
260	GTL1	31474	20415	64.86306157	ACGGTAAAAA	0.000847168
261	WRKY14	13405	6285	46.88549049	AAAAGTCAACGCT	0.00200824
262	WRKY15	29394	17838	60.68585426	GCGTTGACTTTT	0.000681864
263	WRKY18	30301	11972	39.51024719	CGTTGACTTTTTT	0.00050133
264	WRKY21	1537	857	55.75797007	AGCGTTGACTTTT	5.49E-05
265	WRKY22	37563	17129	45.60072412	ATCGTTGACTTTT	0.00434059
266	WRKY24	18866	8736	46.30552316	ATCGTTGACTTTT	7.35E-05
267	WRKY25	20979	7067	33.68606702	AGCGTTGACTTTTTT	0.000427131
268	WRKY27	23333	11020	47.22924613	AAAAGTCAACGAT	0.00247562
269	WRKY28	13501	11511	85.26035109	AAAAGTCAACG	0.00148584
270	WRKY29	18818	8886	47.22074609	AAAAGTCAACGAT	0.0045551
271	WRKY30	4374	2185	49.95427526	AAAAGTCAACGCT	0.000201805
272	WRKY31	3489	1587	45.48581255	AGCGTTGACTTTT	0.00131481
273	WRKY40	7114	3046	42.8169806	AAAAAAGTCAACG	0.00308634
274	WRKY45	13329	11261	84.48495761	AAAAGTCAACG	1.67E-06
275	WRKY50	13630	11731	86.06749817	AAAAGTCAAAG	6.77E-05
276	WRKY65	20576	12955	62.96170295	GCGTTGACTTTT	0.000432639
277	WRKY6	5323	2046	38.43697163	AGCGTTGACTTTTTT	6.42E-06
278	WRKY75	29735	13422	45.13872541	ATCGTTGACTTTT	2.82E-05
279	WRKY7	1926	226	11.73416407	TAAAAGAAAAAAAGTCAACGA	0.000722211
280	WRKY8	23621	9906	41.93725922	AATCGTTGACTTTTT	0.000409345
281	ATHB23	49895	44749	89.68634132	CTTAATTAATT	0.00189089
282	ATHB24	21428	12049	56.23016614	AAAAATAATTAATTA	0.0021801
283	ATHB25	49795	43207	86.769756	CGTAATTAATG	0.000209387
284	ATHB33	34347	17576	51.17186363	AAAAACGTAATTAAT	0.000952468
285	ATHB34	30751	15756	51.23735813	TAAAACATGATTAAT	6.67E-05

S.No.	TF Name	Binding Affinity with motifs (Kcal/mole): A	Binding Affinity with motifs (Kcal/mole): B	Binding Affinity with motifs (Kcal/mole): C	Binding Affinity with motifs (Kcal/mole): D	Binding Affinity with motifs (Kcal/mole): E	List of interactants between TF and motif: A	List of interactants between TF and motif: B	List of interactants between TF and motif: C	List of interactants between TF and motif: D	List of interactants between TF and motif: E
1	AT5G66940	-112.277	-110.571	-99.236	-109.959	101.946	ARG63-A5, ARG82-T8, ARG82-G9, ARG36-T10, ARG73-T12, ASN48-T12, GLN179-C16	ARG63-A5, ARG82-G8, ARG82-G9, ARG36-T10, ARG73-T12, ASN48-T12, GLN179-T16	ARG63-A4, ARG82-T8, ARG82A7, ARG36-A9	TYR46-T4, ARG63-G6, CYS62-T7, ARG64-T7, CYS37-G10	CYS62-T11, ARG64-T11, ARG63-T10, TYR46-T8, TYR50-A5
2	VRN1	-84.034	-79.186	-72.757	-78.458	-70.798	TYR260-G3, LYS298-G4, SER300-G5, ARG185-C14, ARG183-C14, GLY184-A15	ARG185-T4, ARG296-G15, LYS298-G15, TYR260-C16, ARG183, C14	LYS182-T4, ARG201-C2, LYS298-A12, ARG296-A13	LYS182-T4, ARG185-T4, HIS99T16, ARG185-A14.	ARG185-T2, LYS298-A12, HIS99-A15
3	WRKY75	-89.625	-84.218	-75.814	-85.752	-74.324	ARG54-T5, TYR75-T7, ARG91-A10, ARG73-C11, ARG73-C12	ARG91-A11, LYS100-C8, GLU118-A7, LYS49-A7, LYS52-A7	SER46-T15, LYS52-T12, LYS21-A8	TYR94-A2, THR93-C4, LYS100-C8, LYS78-G12	LYS78-C12, THR93-A4, TYR94-A2, GLN58-T5
4	CEJ1	-84.555	-81.412	-71.924	-80.581	69.114	LYS28-A8, ARG27-C7, ARG19-T5, ARG44-T6, ARG19-T5, LYS16-A2, ARG19-A2, LYS14-C1	"ARG37-C6, LYS28-A10, ARG27-A11, TRP29-A11, CYS31-T14, LYS116-A16"	ARG37-A4, ARG44-A4, LEU137-C11, ASN138-A12	LYS28-C5, ARG25-A7, ARG44-T8, ARG44-T9, LYS16-T14	LYS28-T9, ARG-T6

S.No.	Train	Test
1	0.036950189	0.036536006
2	0.037310807	0.042077019
3	0.030275058	0.039225908
4	0.037620571	0.037241475
5	0.03764429	0.037027009
6	0.037045455	0.042416925
7	0.037645579	0.037014152
8	0.031277389	0.030204649
9	0.031238295	0.030556659
10	0.031316198	0.029855642

Iterations	activation	activation2	activation3	batch_size	dropout_rate	dropout_rate2	epochs	embed_dim	ff_dim	learning_rate	neurons	neurons2	num_heads	optimizer	dropout_rate inside transformer	Accuracy
1	selu	relu	sigmoid	16	0.25	0.25	25	28	14	0.001	40	16	14	Adam	0.15	0.9541
2	LeakyReLU	relu	tanh	111	0.2149	0.2139	5	30	11	0.8135	60	50	11	Adadelta	0.4204	0.9392
3	elu	elu	relu	118	0.1414	0.3318	10	37	4	0.8688	12	30	1	Adadelta	0.4806	0.9383
4	softsign	elu	softplus	38	0.01892	0.2404	11	91	11	0.3937	63	52	13	Adagrad	0.4785	0.9358
5	selu	softplus	sigmoid	43	0.2451	0.09475	16	58	10	0.3679	46	22	9	Adam	0.4599	0.9356
6	elu	selu	selu	131	0.3735	0.3012	12	53	9	0.3428	53	12	2	Adadelta	0.1357	0.9356
7	elu	elu	sigmoid	74	0.4919	0.2451	7	33	10	0.13	11	31	7	Adadelta	0.0741	0.9351
8	elu	relu	elu	130	0.3687	0.2657	10	96	16	0.5201	44	37	4	Adam	0.2467	0.935
9	LeakyReLU	elu	tanh	104	0.1337	0.4988	14	70	14	0.3353	44	59	13	Adadelta	0.1414	0.934
10	elu	tanh	tanh	39	0.2121	0.3741	6	34	13	0.2947	43	16	6	Adadelta	0.2129	0.9326
11	relu	tanh	LeakyReLU	110	0.4547	0.2324	7	44	6	0.688	19	19	13	Adam	0.2838	0.9325
12	LeakyReLU	sigmoid	sigmoid	103	0.3189	0.1586	3	75	7	0.7765	56	45	11	Adadelta	0.2164	0.9311
13	relu	elu	softplus	87	0.1418	0.02927	6	68	11	0.1294	31	43	12	Adagrad	0.2941	0.9292
14	sigmoid	selu	sigmoid	139	0.01366	0.4026	11	88	9	0.3873	30	22	11	Adadelta	0.1961	0.9284
15	relu	sigmoid	softplus	62	0.3687	0.04102	13	63	7	0.4923	8	52	10	Adadelta	0.4698	0.9276
16	softplus	selu	softplus	103	0.3099	0.08028	14	61	11	0.339	40	31	4	Adadelta	0.06772	0.9272
17	sigmoid	selu	sigmoid	42	0.2129	0.06985	6	72	8	0.01137	27	38	11	Adagrad	0.1053	0.9266
18	selu	sigmoid	sigmoid	23	0.319	0.3555	8	99	16	0.4727	58	29	11	Adadelta	0.3154	0.9266
19	sigmoid	sigmoid	sigmoid	24	0.0919	0.2073	10	54	6	0.4891	39	15	8	Adagrad	0.4081	0.9262
20	sigmoid	selu	softplus	82	0.4251	0.4951	8	86	12	0.3726	43	11	12	Adadelta	0.4456	0.9239
21	selu	softplus	tanh	55	0.2399	0.09335	9	65	15	0.02293	31	51	12	Adamax	0.01892	0.9233
22	elu	LeakyReLU	sigmoid	60	0.1633	0.000167	5	82	10	0.9297	56	17	9	Adadelta	0.09844	0.923
23	LeakyReLU	elu	LeakyReLU	112	0.1494	0.3173	3	27	11	0.3778	62	33	13	Adadelta	0.3702	0.9221
24	sigmoid	softplus	elu	56	0.368	0.2866	4	63	2	0.7815	23	18	12	Adadelta	0.2496	0.9217
25	softplus	LeakyReLU	LeakyReLU	87	0.313	0.4605	4	63	10	0.01558	43	43	3	Adamax	0.2445	0.9207
26	tanh	selu	sigmoid	92	0.1398	0.3254	15	90	12	0.07743	29	22	4	Adagrad	0.1402	0.9196
27	sigmoid	tanh	sigmoid	107	0.1657	0.1384	11	66	11	0.4398	24	25	6	Adagrad	0.006059	0.9185
28	tanh	sigmoid	tanh	59	0.3716	0.4354	5	51	8	0.2968	57	14	1	Adadelta	0.3849	0.9178
29	softsign	softsign	sigmoid	106	0.3985	0.02031	8	85	7	0.8161	20	31	14	Adagrad	0.04309	0.9156
30	softsign	relu	sigmoid	107	0.04795	0.2061	13	27	9	0.3129	13	46	3	Adagrad	0.4687	0.9143
31	selu	elu	elu	76	0.2324	0.3675	14	28	11	0.06012	46	36	7	Adadelta	0.2048	0.9141
32	relu	relu	tanh	94	0.418	0.1634	12	6	8	0.4165	45	34	10	Adadelta	0.3421	0.9135
33	softsign	softplus	selu	120	0.4966	0.1917	5	83	7	0.7162	25	60	12	Adadelta	0.352	0.9134
34	tanh	sigmoid	tanh	117	0.3375	0.3828	8	25	11	0.902	18	9	5	Adadelta	0.3143	0.9118
35	selu	sigmoid	softplus	94	0.4637	0.395	5	35	12	0.3756	58	34	5	Adadelta	0.4256	0.9106
36	softplus	LeakyReLU	selu	122	0.3336	0.07604	9	82	12	0.2448	62	32	13	Adadelta	0.05269	0.9105
37	softplus	sigmoid	sigmoid	111	0.03797	0.01689	9	88	13	0.1392	41	31	6	Adamax	0.1692	0.9092
38	elu	softsign	tanh	111	0.4408	0.4206	6	69	4	0.3264	53	24	3	Adadelta	0.1595	0.9083
39	sigmoid	sigmoid	softsign	124	0.07678	0.4183	14	58	7	0.2177	41	48	2	Adadelta	0.2863	0.9081
40	softplus	selu	elu	110	0.0977	0.3694	13	32	13	0.2604	56	40	5	Adadelta	0.1418	0.9075
41	tanh	softsign	sigmoid	133	0.2877	0.1626	7	79	11	0.7739	36	36	16	Adagrad	0.3687	0.9068
42	elu	elu	sigmoid	62	0.205	0.01681	12	67	13	0.1995	52	38	15	Adam	0.2381	0.906
43	relu	softplus	softsign	55	0.1947	0.4937	8	63	13	0.1754	34	50	11	Adamax	0.3364	0.9058
44	sigmoid	softplus	LeakyReLU	75	0.4956	0.0603	5	49	14	0.4854	22	32	7	Adadelta	0.4806	0.9054
45	softplus	relu	softsign	90	0.3991	0.4234	15	36	5	0.3049	17	59	15	Adadelta	0.2924	0.9053
46	tanh	softsign	sigmoid	133	0.1295	0.1214	15	66	14	0.1563	20	9	9	Adamax	0.0711	0.9051
47	softplus	softplus	softplus	105	0.1837	0.2149	9	51	6	0.135	18	42	14	Adadelta	0.2296	0.9023
48	softplus	LeakyReLU	softplus	93	0.3338	0.3027	11	62	11	0.8008	20	49	13	Adadelta	0.4308	0.9016
49	elu	tanh	LeakyReLU	29	0.1237	0.4208	9	23	6	0.02632	33	26	6	Adadelta	0.3612	0.9002
50	elu	selu	sigmoid	23	0.1284	0.07444	11	30	13	0.2176	62	38	2	Adamax	0.064	0.899
51	relu	selu	tanh	110	0.3181	0.3434	11	84	2	0.4663	64	43	2	Adadelta	0.4096	0.8965
52	softsign	softsign	sigmoid	26	0.39	0.1001	3	21	5	0.01788	32	19	11	Adadelta	0.418	0.8907
53	selu	selu	LeakyReLU	76	0.0177	0.1945	3	9	9	0.6874	44	45	13	Adadelta	0.1727	0.8906
54	sigmoid	relu	elu	134	0.4747	0.2007	2	72	5	0.3238	29	24	7	Adadelta	0.2064	0.8902
55	elu	softsign	relu	52	0.2547	0.1913	11	49	13	0.6973	26	46	5	Ftrl	0.1482	0.8886
56	selu	elu	sigmoid	61	0.007987	0.02023	11	86	8	0.3065	18	15	8	Adamax	0.04266	0.8789
57	LeakyReLU	softsign	selu	36	0.2149	0.003288	7	47	4	0.7053	27	18	16	Ftrl	0.4305	0.8742
58	elu	LeakyReLU	softsign	90	0.1098	0.194	13	36	2	0.02138	52	29	4	Adadelta	0.0974	0.8714
59	sigmoid	softsign	LeakyReLU	79	0.1917	0.3749	9	99	15	0.119	20	48	3	Adamax	0.4066	0.8289
60	selu	softplus	sigmoid	53	0.1055	0.4211	13	43	6	0.2092	35	12	13	Adamax	0.246	0.8247
61	sigmoid	softplus	softsign	57	0.2496	0.01173	13	92	11	0.02486	30	28	14	Adadelta	0.4573	0.8153
62	softplus	sigmoid	LeakyReLU	95	0.3783	0.08313	15	87	9	0.01262	20	35	16	Adagrad	0.01366	0.8088
63	LeakyReLU	LeakyReLU	LeakyReLU	105	0.2064	0.1528	12	42	5	0.5889	45	42	3	Ftrl	0.2073	0.7934
64	sigmoid	sigmoid	sigmoid	106	0.2705	0.3486	7	37	8	0.01822	46	8	16	Adagrad	0.186	0.7908
65	softsign	tanh	tanh	125	0.2617	0.4043	13	46	3	0.8458	48	61	3	Ftrl	0.399	0.7711
66	tanh	tanh	softsign	28	0.2537	0.2679	6	21	6	0.01	33	23	8	Adadelta	0.1932	0.7695
67	relu	softplus	sigmoid	89	0.2118	0.1496	10	33	4	0.4032	46	9	15	Adam	0.009722	0.7675
68	LeakyReLU	sigmoid	selu	75	0.3489	0.07585	11	91	16	0.01964	46	22	4	Adagrad	0.03249	0.7674
69	selu	softsign	softsign	46	0.006059	0.01772	7	61	14	0.08508	20	38	6	Adadelta	0.4145	0.751
70	sigmoid	tanh	softsign	117	0.352	0.2095	5	30	3	0.2429	29	51	6	Adamax	0.4251	0.7408
71	softsign	softsign	tanh	114	0.325	0.1155	10	59	7	0.8352	54	37	8	Ftrl	0.3048	0.7381
72	tanh	softplus	LeakyReLU	56	0.392	0.007872	10	78	13	0.03935	49	12	12	Adagrad	0.2358	0.7348
73	sigmoid	softplus	sigmoid	46	0.04452	0.04207	13	98	9	0.4093	10	36	9	Adamax	0.07834	0.7328
74	elu	selu	softsign	71	0.1497	0.3439	4	62	11	0.4853	58	29	15	Ftrl	0.1055	0.7214
75	softsign	sigmoid	sigmoid	61	0.3704	0.4621	4	51	3	0.02806	40	16	13	Nadam	0.2118	0.7152
76	sigmoid	selu	tanh	59	0.4308	0.07067	13	53	6	0.8311	46	54	4	Adadelta	0.01205	0.6704
77	relu	sigmoid	sigmoid	33	0.402	0.157	11	86	14	0.6356	22	9	11	Adagrad	0.319	0.6704
78	sigmoid	elu	sigmoid	123	0.4244	0.244	13	78	16	0.7103	45	18	7	Adagrad	0.3133	0.6584
79	sigmoid	tanh	softplus	129	0.2924	0.2615	12	74	9	0.29	37	31	5	Adamax	0.2402	0.6467
80	tanh	softsign	softplus	94	0.3517	0.03177	10	50	9	0.344	35	21	12	Adamax	0.2561	0.6438
81	tanh	softplus	softsign	44	0.06839	0.1863	13	13	11	0.3004	26	11	10	Adagrad	0.1845	0.6424
82	relu	softsign	softsign	74	0.1038	0.1851	8	28	6	0.2274	22	21	10	Adagrad	0.02065	0.6338
83	relu	selu	elu	127	0.4305	0.1761	11	15	3	0.04056	51	15	15	Adamax	0.2222	0.6255
84	tanh	selu	sigmoid	100	0.448	0.08714	6	8	11	0.5194	17	44	8	Adam	0.0596	0.6147
85	softsign	relu	sigmoid	69	0.4962	0.02624	11	75	16	0.7116	8	21	16	Adagrad	0.4584	0.5841
86	softplus	sigmoid	softplus	88	0.03063	0.1134	11	70	7	0.06583	60	27	7	Adagrad	0.3071	0.5832
87	LeakyReLU	LeakyReLU	sigmoid	107	0.05785	0.2679	7	14	10	0.764	55	10	13	Adamax	0.05785	0.5815
88	softsign	sigmoid	tanh	106	0.4806	0.4375	3	42	3	0.3595	40	50	12	Adamax	0.4904	0.5802
89	sigmoid	relu	softsign	125	0.4049	0.3307	11	94	13	0.1461	36	28	8	Adam	0.225	0.5702
90	selu	LeakyReLU	sigmoid	40	0.04818	0.2455	3	34	15	0.8042	9	31	16	Nadam	0.3716	0.5524
91	elu	tanh	softsign	47	0.4526	0.4392	15	16	10	0.02637	62	44	15	Ftrl	0.4966	0.5473
92	softsign	elu	elu	62	0.3584	0.2945	2	65	11	0.1297	14	21	2	Ftrl	0.2285	0.5472
93	softplus	sigmoid	relu	95	0.0596	0.2751	3	53	8	0.0141	16	30	2	SGD	0.1191	0.5274
94	LeakyReLU	softsign	sigmoid	92	0.3059	0.2436	3	10	10	0.7463	38	39	1	Adamax	0.285	0.5267
95	tanh	tanh	elu	92	0.4066	0.1238	6	6	14	0.2815	29	34	3	Ftrl	0.003066	0.5265
96	sigmoid	tanh	softplus	99	0.02393	0.02245	5	96	12	0.03158	46	36	7	Adam	0.448	0.5009
97	LeakyReLU	selu	selu	122	0.4698	0.000829	4	93	7	0.8852	38	13	1	Nadam	0.4702	0.5009
98	elu	LeakyReLU	softplus	87	0.4599	0.3602	10	44	13	0.563	34	18	2	Ftrl	0.01635	0.5007
99	softplus	softplus	relu	66	0.003241	0.2312	15	73	5	0.1078	51	24	10	SGD	0.3019	0.5001
100	tanh	elu	relu	42	0.1482	0.193	10	40	15	0.3548	18	12	7	Adamax	0.4633	0.5001
101	LeakyReLU	sigmoid	selu	130	0.4584	0.0463	8	91	16	0.3947	16	39	11	RMSprop	0.0116	0.5001
102	relu	LeakyReLU	elu	79	0.002124	0.4942	14	78	16	0.6762	64	34	6	Adam	0.1497	0.5001
103	relu	sigmoid	sigmoid	27	0.2048	0.2185	15	55	15	0.4083	17	55	16	Adamax	0.2617	0.5001
104	tanh	relu	LeakyReLU	108	0.07831	0.008304	12	35	14	0.6245	18	57	11	SGD	0.1337	0.5001
105	softplus	softsign	sigmoid	132	0.03249	0.3181	6	38	12	0.1263	57	52	11	RMSprop	0.02454	0.5001
106	softplus	sigmoid	relu	40	0.2421	0.2786	3	28	2	0.7352	27	43	4	Nadam	0.4288	0.5001
107	softplus	elu	relu	20	0.4785	0.3873	7	96	7	0.786	49	61	11	Nadam	0.2075	0.5001
108	softplus	sigmoid	sigmoid	108	0.3767	0.4396	9	82	14	0.8111	31	59	12	Nadam	0.2815	0.5001
109	sigmoid	softsign	softsign	106	0.399	0.1984	7	80	4	0.6715	28	34	5	Adam	0.07896	0.5001
110	LeakyReLU	LeakyReLU	LeakyReLU	83	0.09375	0.2922	6	62	15	0.9075	39	31	15	Adamax	0.01655	0.5001
111	relu	tanh	elu	27	0.4604	0.2097	16	65	5	0.3287	54	31	11	SGD	0.2866	0.5001
112	sigmoid	LeakyReLU	relu	23	0.01635	0.05767	10	30	5	0.2794	15	17	13	RMSprop	0.2298	0.5001
113	tanh	selu	sigmoid	32	0.2544	0.21	14	64	5	0.4299	10	14	4	SGD	0.3517	0.5001
114	elu	softplus	elu	113	0.3612	0.1378	16	97	5	0.8679	35	22	8	Adagrad	0.4604	0.5001
115	softplus	relu	elu	63	0.2684	0.18	3	75	6	0.884	13	57	7	Adamax	0.4506	0.5001
116	selu	softsign	LeakyReLU	115	0.02155	0.3345	15	59	9	0.2079	14	40	12	Adagrad	0.1504	0.5001
117	sigmoid	selu	relu	65	0.4735	0.1846	2	39	9	0.5956	42	51	12	Nadam	0.3242	0.5001
118	softsign	LeakyReLU	relu	68	0.064	0.2827	15	97	7	0.6654	42	43	13	Nadam	0.0919	0.5001
119	softsign	LeakyReLU	relu	108	0.1727	0.07877	16	11	5	0.8693	34	35	14	Adamax	0.4319	0.5001
120	elu	softsign	softplus	74	0.4299	0.09439	10	38	10	0.2112	29	22	14	Adagrad	0.4238	0.5001
121	sigmoid	relu	LeakyReLU	23	0.2793	0.2825	14	23	14	0.996	60	50	10	Adamax	0.435	0.5001
122	softsign	LeakyReLU	selu	77	0.3933	0.3014	13	11	15	0.5458	21	44	11	Nadam	0.1917	0.5001
123	softplus	sigmoid	selu	115	0.4633	0.1839	2	54	13	0.5886	49	18	6	Adagrad	0.0839	0.5001
124	softsign	relu	relu	117	0.2537	0.4487	13	24	13	0.4284	29	38	7	Adamax	0.3707	0.5001
125	LeakyReLU	tanh	relu	30	0.296	0.05701	13	10	13	0.3856	37	14	4	Nadam	0.4683	0.5001
126	sigmoid	relu	sigmoid	134	0.186	0.444	13	52	11	0.1223	20	53	10	Nadam	0.394	0.5001
127	selu	elu	LeakyReLU	92	0.01205	0.3945	12	36	9	0.6353	63	29	1	Adam	0.2278	0.5001
128	softplus	sigmoid	selu	64	0.2222	0.3026	6	46	7	0.9235	46	15	7	Adagrad	0.2408	0.5001
129	tanh	selu	sigmoid	21	0.4386	0.3638	13	24	4	0.3859	40	51	5	Adamax	0.2877	0.5001
130	sigmoid	softplus	relu	99	0.4081	0.3511	14	60	7	0.5283	23	25	5	SGD	0.3721	0.5001
131	softplus	sigmoid	softplus	125	0.4072	0.3249	3	47	13	0.6756	34	34	16	RMSprop	0.1295	0.5001
132	relu	sigmoid	LeakyReLU	116	0.1174	0.2039	11	75	5	0.3516	31	49	12	SGD	0.3735	0.5001
133	relu	LeakyReLU	selu	46	0.3154	0.316	4	11	5	0.6724	56	21	4	Adamax	0.2968	0.5001
134	tanh	sigmoid	softsign	130	0.266	0.1197	10	79	16	0.1073	23	42	15	Ftrl	0.3302	0.5
135	sigmoid	softsign	relu	56	0.3421	0.07301	11	43	12	0.3962	48	43	9	Adam	0.3667	0.5
136	softsign	relu	selu	101	0.02454	0.1969	15	89	15	0.831	22	55	12	Adamax	0.3197	0.5
137	relu	sigmoid	sigmoid	65	0.4319	0.06493	15	42	11	0.9416	30	55	11	Adagrad	0.1393	0.5
138	softsign	tanh	softsign	69	0.3682	0.1219	7	97	7	0.1986	35	51	4	SGD	0.2556	0.5
139	softplus	LeakyReLU	softsign	107	0.009045	0.1358	9	25	13	0.9759	21	29	15	SGD	0.3196	0.5
140	LeakyReLU	LeakyReLU	softplus	109	0.246	0.4638	15	18	14	0.5974	30	38	15	Ftrl	0.249	0.5
141	elu	selu	tanh	134	0.2358	0.385	12	76	13	0.5863	18	48	10	RMSprop	0.3338	0.5
142	LeakyReLU	LeakyReLU	LeakyReLU	35	0.2367	0.3989	8	58	14	0.02545	20	38	2	RMSprop	0.02393	0.5
143	elu	softplus	tanh	83	0.2296	0.4658	9	22	11	0.4022	49	53	6	Adagrad	0.01781	0.5
144	relu	relu	tanh	67	0.2143	0.2768	13	92	12	0.04397	25	11	3	Nadam	0.3675	0.5
145	sigmoid	tanh	softsign	67	0.04273	0.488	9	100	12	0.5786	57	54	14	Adamax	0.2143	0.5
146	selu	relu	relu	58	0.2445	0.448	14	75	13	0.1843	17	11	13	RMSprop	0.2451	0.5
147	softplus	relu	sigmoid	68	0.08005	0.493	10	79	8	0.6739	52	8	2	RMSprop	0.4611	0.5
148	sigmoid	LeakyReLU	relu	27	0.2556	0.3757	9	49	2	0.5929	55	56	2	Nadam	0.4962	0.5
149	tanh	relu	selu	133	0.1393	0.4083	3	91	7	0.1574	18	16	6	Nadam	0.4545	0.5
150	sigmoid	sigmoid	relu	61	0.4872	0.464	16	58	7	0.6239	24	27	15	Adagrad	0.1092	0.5

Table S3: Details for nine different studies done in the MS which cover i) Impact of words representation on the transformers performance. ii) sheets 2-3 cover performance of PTFSpot on the datasets "A" and "B". iii) sheets 4-5 cover details on 10 fold independent random trials for datasets "A" and"B". iv) sheets 6-7 cover performance benchmarking studies on datasets "B" and "C". v) Sheet 8-9: Details of the study showing the variations in sequence and domains of the transcription factors when compared between A. thaliana and Z. mays.

S.No.	Word representation	Sensitivity	Specificity	Accuracy
1	Dimer (Single)	82.1501183	79.4100786	80.7780008
2	Pentamer (Single)	86.5270132	83.5823127	85.0534887
3	Heptamer (Single)	87.077462	85.3997082	86.2382013
4	Dimer	85.3442593	86.0933061	85.7187827
5	Pentamer	87.482382	87.6233818	87.5528819
6	Heptamer	88.6441998	88.2085785	88.4263891
7	Dimer + Pentamer	88.9173543	87.6997151	88.3141625
8	Dimer + Heptamer	90.4255611	91.3351223	90.8803417
9	Pentamer + Heptamer	94.3450133	95.4610128	94.903013
10	Dimer + Pentamer + Heptamer	95.331545	95.8015201	95.5659375

S.No.	Name	Sensitivity	Specificity	Accuracy	F1 Score	MCC	AUC
1	ABF1	0.934884787	0.945259658	0.940072223	0.93975973	0.88732106	0.940072223
2	ABF3	0.902927071	0.924259964	0.913593517	0.912661931	0.842083284	0.913593517
3	ABF4	0.932674459	0.945667988	0.939171224	0.938773449	0.885733084	0.939171224
4	ABI5	0.953809524	0.974285714	0.964047619	0.963675728	0.930665871	0.964047619
5	ANAC032	0.962465822	0.9550087	0.958737261	0.95889054	0.920877549	0.958737261
6	ANAC102	0.962743091	0.94370522	0.953224156	0.953665213	0.910808122	0.953224156
7	AP1	0.922714227	0.954694547	0.938704387	0.937708333	0.884864317	0.938704387
8	AZF1	0.925174382	0.96956246	0.947368421	0.9461738	0.900179107	0.947368421
9	BZIP28	0.982154238	0.978330147	0.980242192	0.980279898	0.961264844	0.980242192
10	CCA1	0.982428115	0.993610224	0.988019169	0.987951807	0.976323941	0.988019169
11	CRY2	0.907798363	0.931925894	0.919862128	0.918883559	0.852525525	0.919862128
12	DELLA	0.932374101	0.953956835	0.943165468	0.942545455	0.892766312	0.943165468
13	DREB2A	0.948019283	0.916998533	0.932508908	0.933539732	0.874067421	0.932508908
14	FBH3	0.92680012	0.93576337	0.931281745	0.930972389	0.872002746	0.931281745
15	FHY1	0.972307692	0.972307692	0.972307692	0.972307692	0.946149112	0.972307692
16	FHY3	0.989417989	0.986772487	0.988095238	0.988110964	0.976473841	0.988095238
17	FIE	0.943030303	0.96	0.951515152	0.951100244	0.907718586	0.951515152
18	FLM	0.908176944	0.960455764	0.934316354	0.932553338	0.877094255	0.934316354
19	GBF2	0.936043224	0.944273418	0.940158321	0.939911049	0.887474885	0.940158321
20	HAT22	0.932623873	0.938114282	0.935369077	0.935191164	0.879090645	0.935369077
21	HB5	0.960553163	0.961573339	0.961063251	0.96104338	0.925158604	0.961063251
22	HB7	0.955434479	0.952780106	0.954107293	0.95416812	0.912426558	0.954107293
23	HSFA1A	0.930831333	0.952214707	0.94152302	0.940891045	0.889859997	0.94152302
24	HSFA6A	0.934551295	0.951616141	0.943083718	0.942593905	0.892630739	0.943083718
25	IBH1	0.945985401	0.951824818	0.948905109	0.94875549	0.903029942	0.948905109
26	JAG	0.961841308	0.955784373	0.958812841	0.958937198	0.921016997	0.958812841
27	KAN1	0.971608054	0.959167828	0.965387941	0.965601901	0.933166702	0.965387941
28	LEC1	0.975927033	0.962320574	0.969123804	0.969332442	0.94014875	0.969123804
29	LFY	0.942889454	0.936952219	0.939920837	0.940098661	0.887058695	0.939920837
30	MYB3	0.933911159	0.934607646	0.934259403	0.934236501	0.877162428	0.934259403
31	NFYB2	0.92376409	0.95388429	0.93882419	0.937888789	0.885081301	0.93882419
32	NFYC2	0.941939287	0.951724138	0.946831712	0.946570312	0.899312339	0.946831712
33	PIF1	0.950166113	0.961517165	0.955841639	0.955589587	0.915577763	0.955841639
34	PIF4	0.8746044	0.918911617	0.896758008	0.894419009	0.814652297	0.896758008
35	PIF5	0.939457203	0.958594294	0.949025748	0.948533286	0.90323054	0.949025748
36	REV	0.970911441	0.959599224	0.965255333	0.965450747	0.93292076	0.965255333
37	RGA	0.961838499	0.953826692	0.957832595	0.95800084	0.919218779	0.957832595
38	SOC1	0.94368071	0.963192905	0.953436807	0.952978056	0.911192987	0.953436807
39	WRKY33	0.977304783	0.964696329	0.971000556	0.971182229	0.943678573	0.971000556
40	ZAT6	0.938588885	0.942294048	0.940441466	0.940330924	0.887976602	0.940441466
41	AT5G04760	0.997196548	0.998272884	0.99773859	0.997720998	0.995487137	0.997734716
42	BBM	0.985947794	0.986519505	0.986232188	0.98629737	0.972842863	0.986233649
43	ERF115	0.994860132	0.992738495	0.993798133	0.993797851	0.987673177	0.993799313
44	GBF3	0.999742931	0.999903599	0.999823265	0.999823251	0.999646592	0.999823265
45	HB6	1	1	1	1	1	1
46	MYB3R3	0.948737764	0.959531687	0.9541672	0.953650958	0.912522551	0.954134726
47	MYB44	0.999712282	0.999964427	0.999839044	0.999838138	0.99967813	0.999838354
48	PhyA	0.95287187	0.955817378	0.954344624	0.954277286	0.912857698	0.954344624
49	RD26	0.999967834	0.999967852	0.999967843	0.999967834	0.999935688	0.999967843
50	SEP3	0.985596107	0.979240261	0.982409317	0.982416996	0.965437132	0.982418184
51	SVP	0.963632356	0.958	0.960827708	0.96109035	0.924720393	0.960816178

S.No.	Name	Sensitivity	Specificity	Accuracy	F1 Score	MCC	AUC
1	ABF2	0.984658298	0.995475113	0.989855072	0.990182328	0.979893041	0.989855072
2	ABI5	0.980733605	0.979061372	0.979886634	0.979644708	0.960576747	0.979886634
3	ABR1	0.982300885	0.992596811	0.987455453	0.987374462	0.975223967	0.987455453
4	Adof1	0.984414848	0.985503127	0.984958138	0.984973065	0.970368753	0.984958138
5	AGL15	0.811614731	0.861325116	0.835424354	0.837107378	0.72471253	0.835424354
6	AGL63	0.9094728	0.952411438	0.930771674	0.929783122	0.87104056	0.930771674
7	AIL7	0.8633235	0.875482625	0.869459328	0.867588933	0.772949706	0.869459328
8	ANAC004	0.911206897	0.935368043	0.924773185	0.913964548	0.858632532	0.924773185
9	ANAC005	0.905198777	0.945548833	0.92548338	0.923556942	0.861930993	0.92548338
10	ANAC013	0.888188073	0.895478567	0.891789962	0.892538173	0.806984699	0.891789962
11	ANAC016	0.938988717	0.932613391	0.935853866	0.937030859	0.879894684	0.935853866
12	ANAC017	0.951419558	0.940813285	0.946148963	0.946740609	0.898082703	0.946148963
13	ANAC020	0.917334458	0.930046355	0.923693086	0.923174873	0.859019613	0.923693086
14	ANAC028	0.881777415	0.884615385	0.883193792	0.88321764	0.793674405	0.883193792
15	ANAC034	0.896626768	0.861581921	0.87943459	0.883409274	0.787645499	0.87943459
16	ANAC038	0.894792774	0.951754386	0.922827847	0.921729611	0.857413383	0.922827847
17	ANAC042	0.909924488	0.953090508	0.931260229	0.930501931	0.871891528	0.931260229
18	ANAC045	0.848627303	0.940412103	0.894815507	0.889085894	0.810876168	0.894815507
19	ANAC046	0.941651376	0.955267482	0.948476251	0.948000369	0.902249353	0.948476251
20	ANAC047	0.839185089	0.9805026	0.909859155	0.902985075	0.83435308	0.909859155
21	ANAC050	0.916123908	0.935122336	0.925653207	0.92471739	0.86232824	0.925653207
22	ANAC053	0.922325103	0.942400406	0.932430706	0.931307622	0.873947412	0.932430706
23	ANAC055	0.886975717	0.981275078	0.933895297	0.930954588	0.876033214	0.933895297
24	ANAC057	0.910088645	0.932639115	0.922822492	0.911242604	0.855091	0.922822492
25	ANAC058	0.886344502	0.921344538	0.903860712	0.902064947	0.826095929	0.903860712
26	ANAC062	0.914168937	0.971493359	0.947627151	0.935626307	0.897151793	0.947627151
27	ANAC070	0.887152064	0.899731183	0.893504378	0.891860225	0.809642198	0.893504378
28	ANAC071	0.870556578	0.939496271	0.90513834	0.901451826	0.827835018	0.90513834
29	ANAC075	0.836349925	0.858895706	0.847528517	0.846888125	0.741506925	0.847528517
30	ANAC079	0.921232877	0.969325153	0.944411591	0.944964871	0.894921684	0.944411591
31	ANAC083	0.930204206	0.955112599	0.942667885	0.941902631	0.891874347	0.942667885
32	ANAC087	0.925564682	0.946060286	0.935660328	0.935894108	0.879583137	0.935660328
33	ANAC092	0.911311054	0.958319871	0.934751087	0.933355274	0.877895401	0.934751087
34	ANAC094	0.867521368	0.928229665	0.896162528	0.898230088	0.813570237	0.896162528
35	ANAC096	0.85612608	0.938791125	0.897390197	0.893131795	0.815230782	0.897390197
36	ANAC103	0.926233512	0.955384615	0.942543577	0.934220251	0.889922621	0.942543577
37	ANL2	0.994094488	0.98120915	0.98777065	0.988064958	0.975824825	0.98777065
38	AREB3	0.958718861	0.989751098	0.974016601	0.973969631	0.949370546	0.974016601
39	ARF2	0.744833525	0.884012539	0.814671815	0.800185014	0.695019765	0.814671815
40	ASL18	0.908949819	0.962962963	0.935458377	0.934823091	0.87914062	0.935458377
41	AT1G01250	0.964285714	0.933649289	0.949425287	0.95154185	0.903764931	0.949425287
42	AT1G12630	0.994328577	0.986989188	0.990661906	0.990703609	0.981497592	0.990661906
43	At1g19000	0.960147767	0.977831966	0.969033695	0.968605308	0.939969532	0.969033695
44	AT1G19040	0.917218543	0.891525424	0.904522613	0.906710311	0.827158401	0.904522613
45	At1g19210	0.988520971	0.99071161	0.989606533	0.989686165	0.979427859	0.989606533
46	AT1G20910	0.985088537	0.98182388	0.983463339	0.983560794	0.967472377	0.983463339
47	At1g22810	0.994947532	0.99276818	0.993875938	0.993981751	0.98782311	0.993875938
48	AT1G24250	0.864022663	0.892744479	0.87761194	0.88150289	0.784856392	0.87761194
49	At1g25550	0.973793405	0.986067416	0.979842729	0.98	0.960494021	0.979842729
50	AT1G28160	0.99132948	0.994129159	0.992718447	0.99276411	0.985542329	0.992718447
51	At1g36060	0.993447993	0.989166667	0.991325898	0.991418063	0.982800221	0.991325898
52	AT1G44830	0.984126984	0.985324948	0.98470948	0.98510427	0.969865363	0.98470948
53	AT1G47655	0.965286491	0.977243995	0.971242653	0.971176099	0.944136909	0.971242653
54	At1g49010	0.970512821	0.990174289	0.980325763	0.98016597	0.96141943	0.980325763
55	AT1G49560	0.946503791	0.976714309	0.963644647	0.957494407	0.928431217	0.963644647
56	At1g64620	0.984963145	0.983471883	0.984215686	0.984189335	0.968929556	0.984215686
57	At1g68670	0.970376762	0.991499008	0.981016272	0.980671414	0.962737467	0.981016272
58	AT1G69570	0.980004818	0.965408039	0.972747093	0.973089343	0.946968357	0.972747093
59	At1g69690	0.923076923	0.969798658	0.94639866	0.945205479	0.898439988	0.94639866
60	AT1G71450	0.994187398	0.992030005	0.993113108	0.993148299	0.9863207	0.993113108
61	At1g72010	0.960569551	0.989010989	0.97761194	0.971745152	0.954257631	0.97761194
62	AT1G72740	0.982107049	0.985165522	0.983626911	0.98370027	0.96778924	0.983626911
63	At1g74840	0.95077125	0.977086743	0.963946247	0.96341869	0.930465894	0.963946247
64	AT1G76880	0.666666667	0.986486486	0.827118644	0.793522267	0.699417637	0.827118644
65	AT1G77200	0.988507485	0.990903503	0.989829129	0.988656987	0.979647825	0.989829129
66	At1g78700	0.978900256	0.98557377	0.982194885	0.982354828	0.965020499	0.982194885
67	At2g01060	0.964502569	0.955690299	0.960093349	0.960241804	0.923369205	0.960093349
68	At2g03500	0.977125032	0.984440928	0.980756644	0.980821918	0.96225292	0.980756644
69	AT2G15740	0.989949749	0.983333333	0.986700767	0.986973948	0.973743486	0.986700767
70	AT2G20110	0.979148279	0.982991714	0.981081377	0.98093396	0.962876243	0.981081377
71	AT2G20400	0.966346154	0.975501114	0.97082879	0.971275168	0.943344309	0.97082879
72	AT2G28810	0.973135525	0.967711429	0.970438054	0.970670577	0.942619946	0.970438054
73	AT2G33550	0.941586074	0.951996928	0.946810561	0.946345257	0.899269253	0.946810561
74	At2g33710	0.986650053	0.989762931	0.988199535	0.988233197	0.976677321	0.988199535
75	AT2G40260	0.968664436	0.965307365	0.966986155	0.967046317	0.936151747	0.966986155
76	At2g44940	0.995544239	0.996725606	0.996126533	0.996178344	0.992281652	0.996126533
77	At2g45680	0.773049645	0.968992248	0.866666667	0.858267717	0.765603629	0.866666667
78	At3g04030	0.962452885	0.977878699	0.970125328	0.970046756	0.94203166	0.970125328
79	At3g09600	0.969378531	0.979239535	0.974312652	0.974166809	0.949942182	0.974312652
80	AT3G09735	0.929481733	0.983739837	0.956512471	0.955458515	0.916699376	0.956512471
81	AT3G10030	0.983710407	0.98336414	0.983539095	0.983710407	0.96761653	0.983539095
82	AT3G10113	0.962786143	0.972008312	0.967400612	0.967226219	0.936923551	0.967400612
83	AT3G10580	0.852531646	0.928664921	0.88996139	0.887351779	0.803723385	0.88996139
84	At3g11280	0.972886762	0.964527027	0.968826907	0.969793323	0.939534817	0.968826907
85	AT3G12130	0.992368493	0.987044534	0.989693518	0.989671106	0.979599237	0.989693518
86	At3g12730	0.975354282	0.981273408	0.978294574	0.978368356	0.957530496	0.978294574
87	At3g14180	0.994540943	0.993353783	0.993956182	0.994047619	0.987982581	0.993956182
88	AT3G16280	0.992922144	0.98859127	0.990736104	0.990668348	0.981642787	0.990736104
89	At3g24120	0.978031803	0.979948586	0.978987155	0.979032155	0.958857157	0.978987155
90	AT3G25990	0.957524272	0.951653944	0.954658385	0.955784373	0.913372019	0.954658385
91	AT3G42860	0.970666667	0.99713877	0.983436853	0.983783784	0.96740142	0.983436853
92	At3g45610	0.976516634	0.988332058	0.983147274	0.9807149	0.966326868	0.983147274
93	AT3G52440	0.970127866	0.981598432	0.975898335	0.97561246	0.952950525	0.975898335
94	AT3G60490	0.962319911	0.985889343	0.974074074	0.973831776	0.949481051	0.974074074
95	At3g60580	0.980351295	0.989329268	0.984786865	0.984896067	0.970034392	0.984786865
96	AT4G00250	0.95924225	0.970361926	0.964821965	0.964502165	0.932111408	0.964821965
97	At4g01280	0.960730843	0.97798913	0.969375255	0.969055151	0.940615554	0.969375255
98	At4g16750	0.993677555	0.995066495	0.994365898	0.994411051	0.988794544	0.994365898
99	AT4G18450	0.972222222	0.98089172	0.976261128	0.977653631	0.953467255	0.976261128
100	At4g18890	0.946153846	0.969111969	0.95761079	0.957198444	0.918796904	0.95761079
101	AT4G26030	0.954267405	0.959177592	0.956694653	0.957055215	0.917133453	0.956694653
102	At4g31060	0.988328912	0.995527728	0.992234894	0.991484832	0.984469883	0.992234894
103	At4g32800	0.989455185	0.994690265	0.992063492	0.992070485	0.984252838	0.992063492
104	At4g36780	0.980021598	0.988713318	0.984271523	0.984540277	0.969027788	0.984271523
105	AT4G37180	0.971224247	0.964050633	0.967621631	0.967599661	0.937339079	0.967621631
106	At4g38000	0.989550974	0.969407802	0.979448198	0.979591837	0.959735029	0.979448198
107	AT5G02460	0.966261808	0.969078996	0.967723453	0.966453611	0.937440815	0.967723453
108	At5g04390	0.990951864	0.991007194	0.990979614	0.990951864	0.982121794	0.990979614
109	AT5G05550	0.99225761	0.989625462	0.990941073	0.990949829	0.982046226	0.990941073
110	At5g05790	0.963833635	0.97256386	0.968099861	0.968650613	0.938214308	0.968099861
111	At5g08330	0.969162996	0.985731272	0.977129788	0.977777778	0.955264024	0.977129788
112	At5g08520	0.978455071	0.982804233	0.980622199	0.980645161	0.961995152	0.980622199
113	At5g08750	0.951557093	0.965753425	0.95869191	0.958188153	0.920781296	0.95869191
114	At5g18450	0.97421981	0.990084986	0.981981982	0.982216142	0.964604701	0.981981982
115	AT5G22990	0.964047936	0.983298539	0.973460361	0.973772697	0.948316739	0.973460361
116	AT5G23930	0.996458087	0.992058644	0.994296007	0.994403535	0.98865285	0.994296007
117	At5g29000	0.956645345	0.983050847	0.969890188	0.96939143	0.941568111	0.969890188
118	AT5G45580	0.950959488	0.979464497	0.966992448	0.961848524	0.934978901	0.966992448
119	At5g47390	0.979965655	0.987017946	0.983490791	0.983437051	0.967525944	0.983490791
120	AT5G47660	0.955763726	0.94397463	0.949914776	0.950569358	0.904827046	0.949914776
121	At5g52660	0.97308879	0.977743799	0.975426621	0.975261982	0.952058585	0.975426621
122	AT5G56840	0.956394964	0.983205782	0.971273521	0.967357061	0.943379459	0.971273521
123	At5g58900	0.96844703	0.97913013	0.973802198	0.973595605	0.948972505	0.973802198
124	AT5G60130	0.923439135	0.94904014	0.936235171	0.935429732	0.880564072	0.936235171
125	AT5G61620	0.964367102	0.981640559	0.973894463	0.9707017	0.948539832	0.973894463
126	At5g62940	0.979285634	0.982329407	0.980813208	0.980713164	0.96236159	0.980813208
127	AT5G63260	0.968995011	0.957446809	0.963230701	0.963501063	0.929159169	0.963230701
128	At5g65130	0.957654723	0.986254296	0.971571906	0.971900826	0.944740096	0.971571906
129	At5g66730	0.926023778	0.982197134	0.954306952	0.952661382	0.912618363	0.954306952
130	AT5G66940	0.989149342	0.988232369	0.988690969	0.988698928	0.977637711	0.988690969
131	ATAF1	0.866690883	0.955892986	0.911396992	0.907051891	0.837828232	0.911396992
132	AtGRF6	0.976429288	0.984407484	0.980347116	0.980609418	0.961458932	0.980347116
133	ATHB13	0.986626832	0.989726523	0.988163558	0.988243677	0.976606169	0.988163558
134	ATHB15	0.976358149	0.990180879	0.983176141	0.983282675	0.966915341	0.983176141
135	ATHB18	0.972256473	0.98310388	0.977639752	0.977681339	0.956277947	0.977639752
136	ATHB20	0.98013245	0.991354467	0.985621652	0.985845129	0.971648734	0.985621652
137	ATHB21	0.957252728	0.985868912	0.972800784	0.969828758	0.946557703	0.972800784
138	ATHB23	0.970531886	0.980181503	0.976105137	0.971684326	0.95218674	0.976105137
139	ATHB24	0.976160991	0.970137586	0.973164281	0.973373466	0.947765218	0.973164281
140	ATHB25	0.96238076	0.967263702	0.964823952	0.964713805	0.932121555	0.964823952
141	AtHB32	0.982688071	0.969408781	0.976072021	0.976311469	0.953282366	0.976072021
142	ATHB33	0.945403235	0.957415991	0.951760437	0.948595077	0.907824626	0.951760437
143	ATHB34	0.954764513	0.972537572	0.96370858	0.963151207	0.930030082	0.96370858
144	ATHB40	0.988201982	0.985971037	0.98687795	0.983930082	0.973198922	0.98687795
145	ATHB53	0.977099237	0.977684532	0.977391968	0.977379021	0.955806164	0.977391968
146	ATHB5	0.988796323	0.982538086	0.985668103	0.985716843	0.971746409	0.985668103
147	ATHB6	0.98481269	0.980835044	0.982837723	0.982988041	0.966261782	0.982837723
148	ATHB7	0.96669779	0.988596769	0.97755102	0.977498033	0.956104259	0.97755102
149	AtIDD11	0.933663366	0.984358707	0.958354495	0.958333333	0.920121954	0.958354495
150	ATY13	0.939362795	0.965441301	0.952474236	0.951587715	0.90942081	0.952474236
151	BAM8	0.98054755	0.976556777	0.978568834	0.97878461	0.958051781	0.978568834
152	BBX31	0.973496835	0.985625873	0.979533035	0.979502488	0.959902253	0.979533035
153	bHLH10	0.988204939	0.994592646	0.991434299	0.991310778	0.983011749	0.991434299
154	bHLH122	0.971835653	0.993027888	0.982421227	0.982250502	0.965453413	0.982421227
155	bHLH28	0.980898876	0.97493453	0.977915029	0.977968633	0.956804907	0.977915029
156	bHLH31	0.992982456	0.990530303	0.991803279	0.992112182	0.983715944	0.991803279
157	bHLH80	0.989631336	0.995195195	0.99235519	0.99248989	0.984822257	0.99235519
158	BIM1	0.917525773	0.979487179	0.948586118	0.946808511	0.90225876	0.948586118
159	BIM2	0.980564508	0.980154534	0.980340818	0.978414462	0.961145058	0.980340818
160	BOS1	0.952023988	0.984326019	0.967816092	0.967987805	0.937684304	0.967816092
161	BPC1	0.975632792	0.988544601	0.982107543	0.981939163	0.964850877	0.982107543
162	bZIP16	0.957165733	0.981154771	0.969150641	0.968800648	0.940188515	0.969150641
163	bZIP18	0.962614071	0.986068477	0.975628931	0.97234612	0.951764343	0.975628931
164	bZIP28	0.944954128	0.977596741	0.96042471	0.961718021	0.923870042	0.96042471
165	bZIP3	0.967588933	0.952595014	0.960216998	0.961130742	0.923553604	0.960216998
166	bZIP44	0.952264382	0.98988622	0.970771144	0.970679975	0.943229299	0.970771144
167	bZIP48	0.972435897	0.974051896	0.973228861	0.973684211	0.947875415	0.973228861
168	bZIP50	0.976336678	0.976518709	0.976427173	0.976556063	0.953964308	0.976427173
169	bZIP52	0.982189314	0.972154472	0.97721085	0.977494523	0.955452277	0.97721085
170	bZIP53	0.973487032	0.973147972	0.973316756	0.973206569	0.94805662	0.973316756
171	bZIP68	0.95879323	0.968253968	0.963515755	0.963401109	0.929691406	0.963515755
172	BZR1	0.980645161	0.993355482	0.98690671	0.987012987	0.974153456	0.98690671
173	CAMTA1	0.973593571	0.989937107	0.981392557	0.982049797	0.9634258	0.981392557
174	CAMTA5	0.933920705	0.94092827	0.9375	0.93598234	0.882746061	0.9375
175	CBF1	0.989409442	0.989558956	0.989484091	0.98949825	0.979189313	0.989484091
176	CBF2	0.983293556	0.990543735	0.986935867	0.986826347	0.974210969	0.986935867
177	CBF3	0.976315065	0.98254228	0.979443607	0.979281768	0.959729522	0.979443607
178	CBF4	0.99358758	0.992272371	0.992928499	0.992917369	0.98595697	0.992928499
179	CDF3	0.98361844	0.983213076	0.983417342	0.983547148	0.967382623	0.983417342
180	CDM1	0.896742897	0.923455056	0.910010464	0.909346451	0.8361765	0.910010464
181	CEJ1	0.99405558	0.994369618	0.994235764	0.993243745	0.988285442	0.994235764
182	COG1	0.965992378	0.990005879	0.977983267	0.977744807	0.956924854	0.977983267
183	CRC	0.974716013	0.989920806	0.982386054	0.98209341	0.965381474	0.982386054
184	CRF10	0.995863495	0.998430962	0.997139886	0.997152472	0.994296011	0.997139886
185	CRF4	0.990920882	0.993045897	0.991946309	0.992207792	0.984004304	0.991946309
186	CUC1	0.841286307	0.958980044	0.898177921	0.895143488	0.816232555	0.898177921
187	CUC2	0.893324607	0.94548552	0.92125266	0.913348946	0.853635084	0.92125266
188	CUC3	0.905906952	0.948650079	0.927143609	0.925995191	0.864806537	0.927143609
189	DAG2	0.995696333	0.991195488	0.993194678	0.992365103	0.986320569	0.993194678
190	DDF1	0.963838665	0.991643454	0.977731385	0.977433004	0.956438563	0.977731385
191	DEAR2	0.994016242	0.993500867	0.99376031	0.99380386	0.987597874	0.99376031
192	DEAR3	0.98496732	0.99606609	0.991124691	0.989981935	0.982175154	0.991124691
193	DEAR5	0.967375887	0.986363636	0.976556777	0.977077364	0.954184376	0.976556777
194	DEL2	0.961722488	0.995271868	0.978596908	0.97810219	0.958077258	0.978596908
195	dof24	0.979194879	0.981262327	0.980227903	0.980220593	0.961237629	0.980227903
196	dof42	0.93902439	0.970212766	0.954261954	0.954545455	0.912680314	0.954261954
197	dof43	0.983526113	0.986924686	0.985229855	0.98516633	0.97089541	0.985229855
198	dof45	0.981300701	0.971409029	0.976342316	0.976400575	0.953802566	0.976342316
199	DREB19	0.975582374	0.99030837	0.983833148	0.981505012	0.967676818	0.983833148
200	E2FA	0.980561555	0.991469194	0.98637052	0.985349973	0.972981087	0.98637052
201	EIN3	0.820580475	0.821325648	0.820936639	0.82712766	0.705603091	0.820936639
202	EPR1	0.960885135	0.987995726	0.97697933	0.971364923	0.953222588	0.97697933
203	ERF105	0.978756708	0.989545455	0.984107304	0.984148398	0.968718599	0.984107304
204	ERF10	0.98079561	0.984604619	0.982680984	0.982817869	0.965959557	0.982680984
205	ERF115	0.981313703	0.988296135	0.984873716	0.984519244	0.970189118	0.984873716
206	ERF11	0.990401396	0.993079585	0.991746308	0.991699432	0.983628312	0.991746308
207	ERF13	0.96882662	0.982285516	0.975584234	0.975317348	0.952353075	0.975584234
208	ERF15	0.97598411	0.990201135	0.984278622	0.981032762	0.968118389	0.984278622
209	ERF2	0.964125561	0.981220657	0.972477064	0.972850679	0.946454535	0.972477064
210	ERF38	0.992788462	0.988463874	0.99063727	0.990704648	0.981448804	0.99063727
211	ERF3	0.987390883	0.991683992	0.989463121	0.989790958	0.97912665	0.989463121
212	ERF4	0.980032823	0.992327926	0.986858116	0.985152598	0.973714811	0.986858116
213	ERF5	0.969111969	0.987951807	0.978346457	0.978557505	0.957622473	0.978346457
214	ERF7	0.972065992	0.980689133	0.976356443	0.976367574	0.953830007	0.976356443
215	ERF8	0.984238672	0.995072614	0.989877176	0.989390296	0.979916605	0.989877176
216	ESE1	0.971922246	0.995505618	0.983480176	0.983606557	0.967499477	0.983480176
217	ESE3	0.995322058	0.993612491	0.994461319	0.994427467	0.988983576	0.994461319
218	FAR1	0.982517483	0.975778547	0.979130435	0.979094077	0.959131329	0.979130435
219	FRS9	0.974634566	0.985370052	0.98	0.979900584	0.960797909	0.98
220	FUS3	0.980276134	0.976744186	0.978571429	0.979310345	0.958007622	0.978571429
221	GATA11	0.979035639	0.989316239	0.984126984	0.984193888	0.96875644	0.984126984
222	GATA1	0.965517241	0.914383562	0.939862543	0.941176471	0.88682706	0.939862543
223	GATA20	0.987590683	0.991467577	0.989535769	0.989479725	0.979289875	0.989535769
224	GATA4	0.972166998	0.982758621	0.977249224	0.978	0.955480169	0.977249224
225	GBF3	0.952309237	0.966548192	0.960077564	0.955908289	0.922650402	0.960077564
226	GBF5	0.973643411	0.987798678	0.980779088	0.980483997	0.962286655	0.980779088
227	GBF6	0.963198394	0.968792402	0.965976082	0.966107383	0.934265828	0.965976082
228	GRF9	0.980474198	0.987288136	0.983859649	0.983904829	0.968239679	0.983859649
229	GT1	0.950617284	0.926666667	0.939102564	0.941896024	0.885346894	0.939102564
230	GT2	0.940370281	0.968322253	0.955785614	0.950194363	0.914396873	0.955785614
231	GT3a	0.726342711	0.865	0.796460177	0.77914952	0.672330582	0.796460177
232	GTL1	0.958731169	0.93211903	0.945413111	0.94608459	0.896751299	0.945413111
233	HAT2	0.966556038	0.987714988	0.977841315	0.976024749	0.956411744	0.977841315
234	HDG1	0.981423264	0.988538682	0.984976391	0.984941919	0.970403667	0.984976391
235	HSF21	0.949541284	0.957627119	0.953744493	0.951724138	0.911612913	0.953744493
236	HSF3	0.971777269	0.958122411	0.96496864	0.965297772	0.932382534	0.96496864
237	HSF6	0.945945946	0.972752044	0.959294437	0.95890411	0.921881361	0.959294437
238	HSF7	0.969402985	0.980654762	0.975037258	0.974859287	0.951316835	0.975037258
239	HSFA6B	0.92770683	0.973299126	0.952276102	0.947165533	0.908221858	0.952276102
240	HSFB3	0.877777778	0.970845481	0.923186344	0.921282799	0.857759826	0.923186344
241	HSFC1	0.921000397	0.956820016	0.938763258	0.938131824	0.884975485	0.938763258
242	HY5	0.975057434	0.989463286	0.982248521	0.98214876	0.965124361	0.982248521
243	IDD4	0.900472689	0.977150538	0.938363443	0.936629336	0.884063395	0.938363443
244	IDD5	0.880899705	0.962694676	0.922163347	0.918139892	0.855869418	0.922163347
245	IDD7	0.941885188	0.985925405	0.963983051	0.963043478	0.930482868	0.963983051
246	JKD	0.897590361	0.982594937	0.93904321	0.937844217	0.885254499	0.93904321
247	LBD13	0.942133816	0.948352627	0.945266936	0.944696283	0.896513521	0.945266936
248	LBD18	0.920072661	0.946539849	0.933982591	0.929698972	0.876210858	0.933982591
249	LBD19	0.920801794	0.917361111	0.919073531	0.918869772	0.85124366	0.919073531
250	LBD23	0.924276169	0.954976303	0.939150402	0.93997735	0.885650632	0.939150402
251	LBD2	0.95281457	0.948990726	0.950891632	0.950715859	0.906604891	0.950891632
252	LCL1	0.956658786	0.989935588	0.97311828	0.972951312	0.947664847	0.97311828
253	LEP	0.929411765	0.943037975	0.93597561	0.93768546	0.88004923	0.93597561
254	LHY1	0.945389188	0.973128409	0.961542903	0.953562962	0.923792227	0.961542903
255	LMI1	0.994022895	0.991600032	0.992674816	0.991762268	0.985276307	0.992674816
256	LOB	0.986725664	0.981176471	0.984036488	0.984547461	0.9685481	0.984036488
257	MGP	0.965669014	0.986690328	0.97613787	0.975978648	0.953407265	0.97613787
258	MP	0.946584939	0.957885529	0.95223806	0.951943641	0.909032233	0.95223806
259	MS188	0.960551885	0.97253825	0.966516986	0.966467885	0.935273609	0.966516986
260	MYB101	0.948459896	0.965262834	0.956827924	0.95662873	0.917375692	0.956827924
261	MYB107	0.932484454	0.953488372	0.943927753	0.938039917	0.893176452	0.943927753
262	MYB116	0.967403522	0.987813885	0.977682723	0.977289932	0.956344162	0.977682723
263	MYB118	0.964368706	0.992260062	0.978319783	0.978004713	0.957562755	0.978319783
264	MYB119	0.965363366	0.981629566	0.973427622	0.973430469	0.948263813	0.973427622
265	MYB121	0.979365079	0.988543372	0.983883965	0.984051037	0.968283165	0.983883965
266	MYB13	0.950177936	0.981179423	0.965243902	0.965641953	0.932876643	0.965243902
267	MYB27	0.962962963	0.993189103	0.980710421	0.976314269	0.960819035	0.980710421
268	MYB33	0.964858109	0.968242135	0.966538348	0.966705952	0.935314181	0.966538348
269	MYB3R1	0.926843834	0.95620219	0.941488964	0.940748598	0.889783673	0.941488964
270	MYB3R4	0.973770492	0.949033392	0.961832061	0.96350365	0.926414867	0.961832061
271	MYB3R5	0.954707986	0.98343949	0.968596059	0.969147005	0.939130841	0.968596059
272	MYB44	0.947032546	0.949010989	0.948005621	0.948748002	0.901397053	0.948005621
273	MYB49	0.935602269	0.956696878	0.946117805	0.945699831	0.898024465	0.946117805
274	MYB55	0.971770176	0.981125828	0.976454983	0.976309643	0.954015981	0.976454983
275	MYB56	0.96002161	0.974040632	0.966878278	0.967338051	0.935934153	0.966878278
276	MYB57	0.962576851	0.988111321	0.975275464	0.975088004	0.951762792	0.975275464
277	MYB58	0.959269663	0.976947902	0.968696222	0.96622458	0.939023464	0.968696222
278	MYB61	0.980090158	0.985926065	0.983009481	0.98295187	0.966595653	0.983009481
279	MYB62	0.965349076	0.984778122	0.9750386	0.974857439	0.95131617	0.9750386
280	MYB63	0.966625464	0.986093552	0.97625	0.97627965	0.953623415	0.97625
281	MYB65	0.956772334	0.973478939	0.965554948	0.963435868	0.933256037	0.965554948
282	MYB67	0.969196732	0.986666667	0.977967969	0.977682403	0.956896505	0.977967969
283	MYB70	0.959976798	0.900028645	0.929816977	0.93147601	0.869288731	0.929816977
284	MYB73	0.939992814	0.930755712	0.935323383	0.934953538	0.879005548	0.935323383
285	MYB74	0.96763754	0.989010989	0.978225367	0.978189749	0.957393841	0.978225367
286	MYB77	0.92997919	0.959091464	0.944553124	0.943668095	0.895207189	0.944553124
287	MYB81	0.940816327	0.933263816	0.93708097	0.937945066	0.882055553	0.93708097
288	MYB83	0.975051499	0.982690976	0.978855436	0.978860294	0.958604422	0.978855436
289	MYB88	0.993907746	0.991955307	0.992944549	0.993043478	0.985985811	0.992944549
290	MYB93	0.933020478	0.937713311	0.935366894	0.935214881	0.879087334	0.935366894
291	MYB96	0.876436782	0.917888563	0.896952104	0.895741557	0.815029445	0.896952104
292	MYB98	0.977218225	0.978404319	0.977811094	0.977804439	0.956606864	0.977811094
293	MYB99	0.949760766	0.981387479	0.965106732	0.965545197	0.932618631	0.965106732
294	NAC2	0.920799093	0.932749364	0.926782683	0.926245279	0.864275034	0.926782683
295	NAM	0.916666667	0.974025974	0.949286066	0.939730837	0.901209319	0.949286066
296	NAP	0.913793103	0.961373391	0.937268396	0.936546185	0.882320886	0.937268396
297	NGA4	0.941944848	0.969325153	0.955257271	0.955817378	0.914485666	0.955257271
298	NLP7	0.827586207	0.869230769	0.848368522	0.845401174	0.742511858	0.848368522
299	NST1	0.845301894	0.933126182	0.895307692	0.874272517	0.807015048	0.895307692
300	NTL8	0.916666667	0.927419355	0.921927847	0.923034176	0.856009333	0.921927847
301	NTM1	0.874681393	0.935850676	0.905112605	0.902575342	0.82795086	0.905112605
302	NTM2	0.872070931	0.914452366	0.893017297	0.891839378	0.808806494	0.893017297
303	OBP1	0.988986162	0.993135993	0.991047957	0.991085326	0.982255801	0.991047957
304	OBP3	0.979616858	0.969565889	0.974611479	0.974836053	0.950506973	0.974611479
305	OBP4	0.967199427	0.98489893	0.97606288	0.975812274	0.9532631	0.97606288
306	PDF2	0.942771084	0.981012658	0.961419753	0.961597542	0.925784933	0.961419753
307	PHV	0.962987013	0.984794565	0.973910225	0.973576235	0.949167726	0.973910225
308	PLT3	0.920731707	0.745341615	0.833846154	0.848314607	0.718352146	0.833846154
309	PUCHI	0.968215159	0.992471769	0.980185759	0.98019802	0.961150753	0.980185759
310	Rap210	0.988210637	0.987977558	0.988095238	0.988210637	0.976471669	0.988095238
311	RAP211	0.991127462	0.991104675	0.991115812	0.990913025	0.982380706	0.991115812
312	RAP212	0.964161274	0.995346432	0.979457266	0.979519595	0.959747896	0.979457266
313	RAP21	0.983154671	0.990147783	0.986529319	0.986933128	0.97339576	0.986529319
314	RAP26	0.984013462	0.989075302	0.986639676	0.98608769	0.973594686	0.986639676
315	RAV1	0.927572202	0.96435059	0.945903124	0.945057471	0.897599803	0.945903124
316	REM19	0.982360699	0.989642887	0.985992314	0.985977249	0.972376654	0.985992314
317	RKD2	0.826619401	0.911735861	0.868873742	0.863927248	0.771405059	0.868873742
318	RRTF1	0.97871179	0.992080033	0.986291657	0.984083425	0.97242869	0.986291657
319	RVE1	0.967182853	0.986777547	0.978003306	0.975233959	0.956428455	0.978003306
320	SGR5	0.948911517	0.985397607	0.967135325	0.966559371	0.936390891	0.967135325
321	SMB	0.832298801	0.951091921	0.899191097	0.87826087	0.812888783	0.899191097
322	SND2	0.877117467	0.863566755	0.87035106	0.871370439	0.774295801	0.87035106
323	SND3	0.891140537	0.89798461	0.894559567	0.89428089	0.811350862	0.894559567
324	SOL1	0.983272506	0.980232914	0.98175851	0.981854073	0.964181456	0.98175851
325	SPL13	0.901639344	0.970760234	0.935028249	0.934844193	0.878334125	0.935028249
326	SPL14	0.97265625	0.973333333	0.972990777	0.973289902	0.947433936	0.972990777
327	SPL15	0.983493347	0.970588235	0.976978897	0.976911494	0.955015351	0.976978897
328	SPL1	0.988946015	0.966163457	0.977625453	0.978009406	0.956233337	0.977625453
329	SPL5	0.986096731	0.975678664	0.980405315	0.97857038	0.96129355	0.980405315
330	SPL9	0.97541972	0.97824	0.97693398	0.975103157	0.954687006	0.97693398
331	SRS7	0.973637961	0.977245863	0.975433951	0.975495231	0.952074409	0.975433951
332	STOP1	0.879807692	0.912060302	0.895577396	0.895960832	0.812896883	0.895577396
333	STZ	0.98541552	0.967205585	0.976317239	0.976547587	0.953747958	0.976317239
334	SVP	0.868229588	0.896902227	0.882580958	0.88076103	0.792646261	0.882580958
335	TBP3	0.981103166	0.9958159	0.988372093	0.988422948	0.97701287	0.988372093
336	TCP20	0.938028169	0.942196532	0.940085592	0.940677966	0.887338507	0.940085592
337	TCP24	0.966052376	0.990825688	0.978131213	0.978388998	0.957205723	0.978131213
338	TCP3	0.969267139	0.978922717	0.974117647	0.973871734	0.949569506	0.974117647
339	TCP7	0.934210526	0.989932886	0.96179402	0.96108291	0.926424689	0.96179402
340	TCX2	0.974719545	0.980150582	0.977629456	0.975875979	0.956027435	0.977629456
341	TGA10	0.962184874	0.981028152	0.971515152	0.971515152	0.944647871	0.971515152
342	TGA1	0.977334053	0.981710597	0.979525862	0.97944835	0.959889348	0.979525862
343	TGA2	0.980211873	0.971099434	0.975680836	0.975920398	0.952538894	0.975680836
344	TGA3	0.943449576	0.984158416	0.963302752	0.963426372	0.929266154	0.963302752
345	TGA4	0.947178478	0.977895084	0.962493831	0.962012662	0.927772301	0.962493831
346	TGA5	0.942675159	0.975578406	0.959053103	0.958549223	0.921426225	0.959053103
347	TGA6	0.959875021	0.973758531	0.967967625	0.961535294	0.936203312	0.967967625
348	TGA9	0.978966132	0.972098015	0.975537898	0.975661752	0.952270801	0.975537898
349	TINY	0.969964664	0.997995992	0.983098592	0.983870968	0.966685586	0.983098592
350	TRP1	0.968553459	0.983766234	0.976038339	0.976228209	0.953219039	0.976038339
351	TRP2	0.978586724	0.967342342	0.973106476	0.973894513	0.947610501	0.973106476
352	VIP1	0.958592133	0.988399072	0.972647702	0.973711882	0.94669082	0.972647702
353	VND1	0.880785414	0.867285383	0.874010247	0.874448828	0.779753164	0.874010247
354	VND2	0.8334	0.940698619	0.886638452	0.881065652	0.797944972	0.886638452
355	VND3	0.860509554	0.934816348	0.901512989	0.886773876	0.81925511	0.901512989
356	VND4	0.870481928	0.889341229	0.880620772	0.870856651	0.788535497	0.880620772
357	VND6	0.856994819	0.88787234	0.872230971	0.871719195	0.777042957	0.872230971
358	VRN1	0.996680891	0.993358634	0.995020157	0.995029586	0.990089848	0.995020157
359	WIP5	0.736723672	0.9268	0.837357052	0.809995052	0.720006464	0.837357052
360	WRKY14	0.983606557	0.990039841	0.986819199	0.986792923	0.973985491	0.986819199
361	WRKY15	0.989553764	0.993204983	0.991381754	0.991354795	0.982911834	0.991381754
362	WRKY18	0.98233922	0.976564203	0.979424548	0.979293544	0.959693798	0.979424548
363	WRKY20	0.976154993	0.97412481	0.975150602	0.975428146	0.951529979	0.975150602
364	WRKY21	0.974895397	0.997752809	0.985915493	0.986243386	0.972208153	0.985915493
365	WRKY22	0.98962766	0.991560807	0.990593247	0.990593664	0.98136345	0.990593247
366	WRKY24	0.980843841	0.996987418	0.990170984	0.988272661	0.980012794	0.990170984
367	WRKY25	0.988955506	0.99408	0.991499841	0.991536819	0.98314375	0.991499841
368	WRKY27	0.985552408	0.991354467	0.988428571	0.988492684	0.977124023	0.988428571
369	WRKY28	0.970355731	0.98198865	0.976175781	0.976021866	0.953483269	0.976175781
370	WRKY29	0.988310308	0.988485385	0.988397839	0.988397839	0.977064898	0.988397839
371	WRKY30	0.988653555	0.996930161	0.992761905	0.992783897	0.985628204	0.992761905
372	WRKY31	0.982309125	0.989215686	0.985673352	0.985981308	0.971743176	0.985673352
373	WRKY33	0.984642646	0.988574865	0.98659118	0.98668245	0.973540595	0.98659118
374	WRKY3	0.965968586	0.976982097	0.971539457	0.971052632	0.944681806	0.971539457
375	WRKY40	0.991584853	0.991079812	0.991332865	0.99135312	0.982815873	0.991332865
376	WRKY45	0.985458952	0.994232698	0.990259295	0.989204805	0.980522498	0.990259295
377	WRKY50	0.976115038	0.975460123	0.975788701	0.975877193	0.952749138	0.975788701
378	WRKY55	0.988644689	0.989966555	0.989300867	0.989369501	0.978829783	0.989300867
379	WRKY65	0.980130902	0.994178525	0.988434334	0.985776419	0.976309991	0.988434334
380	WRKY6	0.982619491	0.998104864	0.990294302	0.990303409	0.98077581	0.990294302
381	WRKY70	0.982293763	0.986596263	0.984435011	0.984472676	0.969354228	0.984435011
382	WRKY71	0.975746924	0.977043478	0.976398601	0.976261649	0.953909708	0.976398601
383	WRKY75	0.996055894	0.992193599	0.99411468	0.994095484	0.988298465	0.99411468
384	WRKY7	0.978405316	1	0.988754325	0.989084803	0.977738586	0.988754325
385	WRKY8	0.96835443	0.985700127	0.976998518	0.976872872	0.95505041	0.976998518

Fold	Sensitivity	Specificity	Accuracy	AUC
1	95.3315	95.8015	95.5659	95.6131
2	92.1596	92.6429	92.3996	92.4491
3	92.0298	93.0196	92.5237	92.6681
4	92.5889	93.0903	92.8397	92.7636
5	92.271	93.062	92.6652	92.7084
6	92.1012	93.0565	92.5769	92.6003
7	94.2799	94.7739	94.5261	94.4525
8	94.2165	94.771	94.4932	94.3799
9	94.1726	94.9692	94.5697	94.5423
10	94.2107	94.9194	94.5643	94.6109

Fold	Sensitivity	Specificity	Accuracy	AUC
1	95.5294	96.8277	96.1785	98.6875
2	94.9736	96.3576	95.6651	95.6595
3	95.0142	96.2554	95.635	95.6446
4	95.0423	96.4525	95.7477	95.7448
5	95.0633	96.3278	95.6951	95.6978
6	95.0493	96.1965	95.6229	95.6209
7	95.0097	96.331	95.6702	95.6681
8	95.0623	96.34	95.7012	95.7058
9	94.9817	96.2908	95.6362	95.6361
10	95.0474	96.3175	95.6827	95.6834

S.No.	Tool	Sensitivity	Specificity	Accuracy	F1-Score	AUC
1	SeqConv	83.74	88.86	86.3	85.72	76.78
2	TSPTFBS	97.9	63.02	80.46	83.92	67.15
3	k-mer grammar	86	85.17	85.59	85.73	76.8
4	Wimtrap	80.18	78.9	79.54	79.67	68.01
5	PTFSpot	95.52	96.44	95.98	95.96	92.31
6	DNABERT	78.17	80.92	79.55	79.27	68.02
7	PlantBind	61.49	65.05	63.27	60.35	51.44
8	TSPTFBS 2.0	95.11	96.92	96.02	95.79	91.85

S.No.	Tool	Sensitivity	Specificity	Accuracy	F1-Score	AUC
1	SeqConv	92.1433627	89.6492686	90.9072841	91.0038715	83.8610506
2	TSPTFBS	88.8752293	92.8119698	90.8388352	90.5133395	84.1822036
3	k-mer grammar	88.5026152	89.2773157	88.9285481	88.7489799	80.6523136
4	Wimtrap	82.2310219	81.3028963	81.6702776	80.7014562	70.5099586
5	PTFSpot	95.16611	96.8914336	96.039959	95.9406773	92.6172198
6	DNABERT	88.90220987	92.95298663	90.92864047	89.64411058	82.09069351
7	PlantBind	65.63	69.59	67.61	68.33	59.42
8	TSPTFBS 2.0	95.50730376	96.30390081	95.91223488	95.79941971	92.21699399

S.No.	TF Name	Number of amino acids in Arabidopsis thaliana	Number of amino acids in Zea mays	Structural comparision RMSD (Å)	Sequence identity between A. thaliana and Z. mays TFs in %	Number of overlaped residues
1	LHY1	645	663	1.03	39	387
2	MYB56	323	242	0.82	40.7	108
3	MYB62	286	306	0.72	77.2	145
4	MYB81	427	304	1.29	35.7	28
5	MYB88	484	228	0.91	36.2	105
6	WRKY25	393	333	0.62	43.9	57

S.No.	TF Name	Domain Name	Domain Number (Arabidopsis thaliana)	Domain Number (Zea mays)	Domain Sequence (Arabidopsis thaliana)	Domain Sequence (Zea mays)	Number of amino acids in Arabidopsis thaliana	Number of amino acids in Zea mays	Domain sequence identity between At and Zm (Domain 1)	Domain sequence identity between At and Zm (Domain 2)
1	LHY1	HTH DNA-binding domain	1	0	TITKQRERWTEDEHERFLEALRLYGRAWQRIEEHIGTKTAVQIRSHAQKFFTKLE	NA	55	NA	NA	NA
2	MYB56	HTH DNA-binding domain	2	2	TKVCSRGHWRPTEDAKLKELVAQFGPQNWNLISNHLLGRSGKSCRLRWFNQL & DPRINKRAFTEEEEFRLLAAHRAYGNKWALISRLFPGRTDNAVKNHWHVIMARRT	REETRKGPWTEQEDLQLVCTVRLFGERRWDFIAKVSGLNRTGKSCRLRWVNYL & HPGLKRGRMSPHEERLILELHARWGNRWSRIARRLPGRTDNEIKNYWRTHMRKKA	52 & 55	53 & 55	45.80%	37.70%
3	MYB62	HTH DNA-binding domain	2	2	DEELRRGPWTLEEDTLLTNYILHNGEGRWNHVAKCAGLKRTGKSCRLRWLNYL & KPDIRRGNLTPQEQLLILELHSKWGNRWSKIAQYLPGRTDNEIKNYWRTRVQKQA	MVELRRGPWTLEEDNLLMNYIACHGEGRWNLLARCSGLKRTGKSCRLRWLNYL & KPDIKRGNLTPEEQLLILELHSKWGNRWSRIAQHLPGRTDNEIKNYWRTRVQKQA	53 & 55	53 & 55	82.40%	92.70%
4	MYB81	HTH DNA-binding domain and SANT domain	2	2	KKSFTKGPWTQAEDNLLIAYVDKHGDGNWNAVQNNSGLSRCGKSCRLRWVNHL & RPDLKKGAFTEKEEKRVIELHALLGNKWARMAEELPGRTDNEIKNFWNTRLKRLQ	GAARLWTAAENKQFERALAGLDLCRPDWEKVARAIPGRTVREVVSHFKSLQVDVQ & QDRKKGVPWTEEEHRLFLLGLKKYGKGDWRNISRNYVQTRTPTQVASHAQKYFIRLN	53 & 55	55 & 57	66.70%	44.40%
5	MYB88	HTH DNA-binding domain	2	2	KKERHIVTWSPEEDDILRKQISLQGTENWAIIASKFNDKSTRQCRRRWYTYL & NSDFKRGGWSPEEDTLLCEAQRLFGNRWTEIAKVVSGRTDNAVKNRFTTLCKKRA	REEMRKGPWTEQEDIQLVCTVRLFGDHRWDFIAQVSGLNRTGKSCRLRWVNYL & HPGLKHGRMSPQEERIIIELHARWGNRWSRIARRLPGRTDNEIKNYWRTHMRKKA	52 & 55	53 & 55	33.30%	43.10%
6	WRKY25	WRKY domain	2	1	NDGYGWRKYGQKQVKKSENPRSYFKCTYPDCVSKKIVETASDGQITEIIYKGGHNHPKP & SDIDVLIDGFRWRKYGQKVVKGNTNPRSYYKCTFQGCGVKKQVERSAADERAVLTTYEGRHNHDIP	GAEGPVDDGYSWRKYGQKDILGAKHPRAYYRCTHRNSQNCPATKQVQRTDDHPALFDVVYHGEH	59 & 66	64	37.90%	NA

S.No.	TF	Sensitivity	Specificity	Accuracy	F1-Score	MCC
S.No.	TF	Sensitivity	Specificity	Accuracy	F1-Score	MCC
1	FUS3	96.52471855	98.43367597	97.47919726	97.45490487	95.08458941
2	ABR1	99.09491194	98.8258317	98.96037182	98.96176866	97.94235273
3	ARF2	98.42786219	98.90176019	98.66481119	98.66163996	97.36524739
4	AT1G20910	95.89004537	98.61222311	97.25113424	97.21320346	94.65141852
5	BPC1	95.79386681	99.16530575	97.47958628	97.43637068	95.08344341
6	BAM8	99.09394373	98.37863615	98.73628994	98.74079354	97.50445533
7	bHLH10	97.19309742	98.98427261	98.08868502	98.07141283	96.24983218
8	ABF2	95.94553707	99.00151286	97.47352496	97.43432171	95.07242089
9	At1g78700	98.99787047	99.37366905	99.18576976	99.18423695	98.38478754
10	Adof1	98.69981752	98.43521898	98.56751825	98.56941091	97.17606669
11	GATA11	96.99453552	99.10746812	98.05100182	98.03019146	96.17712456
12	CRC	96.82557743	98.21367619	97.51962681	97.50229148	95.16183296
13	AT2G15740	98.73652291	98.14690027	98.44171159	98.4462921	96.93193512
14	AT3G12130	95.92663173	99.4203589	97.67349532	97.63213189	95.45248552
15	AT2G20110	97.79728387	98.59224909	98.19476648	98.18756235	96.45459834
16	DEL2	97.99676898	99.03069467	98.51373183	98.50600844	97.07148712
17	EIN3	98.33448994	99.16724497	98.75086745	98.7456446	97.53285606
18	At1g25550	95.95626294	98.4989648	97.22761387	97.19191323	94.60721188
19	AtGRF6	98.07292869	98.92684053	98.49988461	98.49345231	97.04466846
20	ANL2	96.18552232	98.87299523	97.52925878	97.49560633	95.17887398
21	ATHB13	95.9777815	98.72159884	97.34969017	97.31282458	94.83792676
22	HSF3	96.82854816	98.895337	97.86194258	97.8396173	95.81441917
23	LBD13	96.97580645	98.91129032	97.94354839	97.92345277	95.97092366
24	AGL15	97.66392355	98.56649854	98.11521104	98.10666667	96.3013201
25	AT5G23930	98.83320074	99.00556881	98.91938478	98.91845266	97.86212097
26	MYB101	96.97477509	98.53589698	97.75533604	97.73767723	95.61090828
27	At1g19000	98.47704295	98.40298796	98.44001545	98.44059286	96.9287011
28	ANAC004	97.0071912	98.61463621	97.81091371	97.79317697	95.71711686
29	FRS9	96.10510046	99.38176198	97.74343122	97.70584538	95.58634892
30	AT1G24250	96.52087475	98.87342611	97.69715043	97.66974015	95.49912134
31	RAV1	98.2081292	98.53928507	98.37370713	98.37100988	96.80029329
32	REM19	98.85783718	98.68772783	98.7727825	98.77382542	97.57568275
33	NLP7	98.55222337	98.65563599	98.60392968	98.60320745	97.24683813
34	AT3G09735	97.52219296	98.50746269	98.01482782	98.00499975	96.10828503
35	SPL15	97.90999237	98.30663616	98.10831426	98.10455518	96.28816883
36	SRS7	96.4737243	98.4843869	97.4790556	97.45345438	95.08422269
37	At1g69690	96.14825581	99.41860465	97.78343023	97.74658293	95.66281843
38	AT1G76880	97.76536313	98.69646182	98.23091248	98.22263798	96.52426779
39	WRKY14	95.61929355	99.16997141	97.39463248	97.34754237	94.92184154
40	AT3G42860	95.82450832	98.36611195	97.09531014	97.05792216	94.35754722
41	ATHB23	96.79906314	99.19000683	97.99453499	97.97027014	96.06838792
42	ABI5	94.9656121	92.14580468	93.55570839	93.64530349	87.93720587
43	AGL63	95.92009988	95.43570537	95.67790262	95.68834533	91.72931873
44	AIL7	93.52777778	92.55555556	93.04166667	93.07532827	87.05108951
45	ANAC005	95.68902661	94.89609916	95.29256289	95.31115247	91.02804305
46	ANAC016	94.3174985	93.3674083	93.8424534	93.87156622	88.44269287
47	ANAC017	95.84057777	93.01859034	94.42958406	94.50708869	89.47557526
48	ANAC020	92.66840342	92.84207915	92.75524129	92.74894462	86.56019288
49	ANAC028	93.62199645	97.41170779	95.51685212	95.43026218	91.42954572
50	ANAC034	95.07131537	97.6703645	96.37083994	96.32305716	93.00273789
51	ANAC038	97.32547597	94.96826836	96.14687217	96.19175627	92.58862075
52	ANAC042	94.64849173	95.77180361	95.21014767	95.18309323	90.87857375
53	ANAC045	96.96621961	94.26952593	95.61787277	95.67617295	91.61676417
54	ANAC046	93.11735623	97.85757655	95.48746639	95.37791795	91.3725569
55	ANAC047	92.21126525	93.9160956	93.06368043	93.00404585	87.08773592
56	ANAC050	94.56301225	95.39884768	94.98092997	94.95986636	90.46534822
57	ANAC053	95.01938924	92.97140087	93.99539506	94.05625862	88.70952992
58	ANAC057	95.37553819	93.78089619	94.57821719	94.62110426	89.74304557
59	ANAC058	94.25497534	97.65266202	95.95381868	95.88389246	92.23059979
60	ANAC062	94.08857256	96.07552392	95.08204824	95.03269932	90.64597676
61	ANAC070	92.01984869	93.67526234	92.84755552	92.78786015	86.71644098
62	ANAC071	92.09131192	95.83794904	93.96463048	93.84941034	88.64983023
63	ANAC075	97.25251678	93.37248322	95.3125	95.40170764	91.05774781
64	ANAC083	97.1369886	96.16448692	96.65073776	96.66694477	93.52552061
65	ANAC087	95.92671108	96.38098122	96.15384615	96.1450903	92.60347398
66	ANAC094	93.14553991	95.58685446	94.36619718	94.29657795	89.36402349
67	ANAC096	91.99801193	97.9787939	94.98840292	94.83391683	90.46221467
68	ANAC103	97.15025907	93.23186528	95.19106218	95.28346832	90.83763494
69	AREB3	95.58656036	93.67881549	94.63268793	94.68340149	89.8396892
70	AT1G01250	93.14641745	98.33852544	95.74247144	95.62899787	91.83655391
71	AT1G12630	96.45400705	93.09543444	94.77472074	94.86101895	90.08993741
72	AT1G19040	92.25	92.41666667	92.33333333	92.32693912	85.84220256
73	At1g19210	94.77520114	95.90156176	95.33838145	95.31197944	91.11081295
74	At1g22810	92.88823039	96.32373368	94.60598204	94.51170679	89.78786178
75	AT1G28160	95.6841521	94.76824868	95.22620039	95.24796243	90.90780275
76	At1g36060	95.20710059	93.58974359	94.39842209	94.44335746	89.42301506
77	AT1G44830	92.62428688	93.92828036	93.27628362	93.23215751	87.45566827
78	AT1G47655	93.62820909	98.26012991	95.9441695	95.84801108	92.20902969
79	At1g49010	95.81486478	94.19926768	95.00706623	95.04707588	90.51148266
80	AT1G49560	97.43349156	92.76962137	95.10155646	95.21318195	90.6729176
81	At1g64620	96.1661163	95.4720994	95.81910785	95.83356573	91.98761995
82	At1g68670	91.76733781	94.7395334	93.2534356	93.15166261	87.41164211
83	AT1G69570	91.70844582	94.28130682	92.99487632	92.90358588	86.96687884
84	AT1G71450	93.30757868	92.59175094	92.94966481	92.97480894	86.89313837
85	At1g72010	91.66666667	93.66554054	92.6661036	92.59206597	86.40521376
86	AT1G72740	91.78500986	96.78500986	94.28500986	94.13847165	89.20982403
87	At1g74840	96.48270501	92.72250291	94.60260396	94.70220781	89.78064342
88	AT1G77200	97.28423204	95.433108	96.35867002	96.39206371	92.98132456
89	At2g03500	96.15895212	92.14532259	94.15213736	94.26718435	88.97937687
90	AT2G20400	94.64690138	93.49392629	94.07041384	94.10440123	88.84328615
91	AT2G28810	91.80627283	95.57406474	93.69016879	93.56901573	88.16824087
92	AT2G33550	95.72941578	96.44687393	96.08814486	96.07406137	92.48214847
93	At2g33710	96.11955364	93.60174957	94.8606516	94.92454659	90.24647423
94	AT2G40260	94.82358403	93.8718663	94.34772516	94.37449463	89.33393158
95	At2g44940	95.06462985	92.12690952	93.59576968	93.68847713	88.00665563
96	At2g45680	95.13761468	93.48623853	94.31192661	94.35850773	89.26947449
97	At3g04030	94.54407504	98.46530556	96.5046903	96.43479026	93.24856146
98	At3g09600	93.27287917	96.29442685	94.78365301	94.70363694	90.1070049
99	AT3G10030	92.35023041	96.6359447	94.49308756	94.37249823	89.58316814
100	AT3G10113	97.41915818	94.48268855	95.95092336	96.00951308	92.2264042
101	At3g11280	94.03520209	91.98174707	93.00847458	93.07952896	86.99183708
102	At3g12730	95.14859171	93.60168552	94.37513861	94.41831036	89.38178875
103	At3g14180	94.90975301	92.72482584	93.81728942	93.88410337	88.39632983
104	AT3G16280	92.85027015	95.69980016	94.27503516	94.19228892	89.2011979
105	At3g24120	91.96359983	94.17656444	93.07008214	92.9925459	87.0974828
106	AT3G25990	95.81739962	96.74952199	96.2834608	96.26605835	92.84286404
107	At3g45610	94.93479357	93.24158801	94.08819079	94.13782017	88.87377735
108	AT3G52440	92.09581244	93.24434205	92.67007725	92.62774096	86.41381394
109	AT3G60490	93.2823412	94.06939364	93.67586742	93.65088198	88.15126095
110	At3g60580	95.52134968	96.66057918	96.09096443	96.06857043	92.48705271
111	At4g01280	93.04796534	95.18387076	94.11591805	94.0524005	88.92175982
112	At4g16750	95.72586948	95.16412661	95.44499805	95.45775591	91.30481977
113	AT4G18450	94.71788715	95.55822329	95.13805522	95.11754069	90.74855399
114	At4g18890	93.62416107	95.97315436	94.79865772	94.73684211	90.13567665
115	AT4G26030	93.20780094	95.06837032	94.13808563	94.08304107	88.96150279
116	At4g31060	97.0546805	97.16993213	97.11230631	97.1106413	94.3913844
117	At4g32800	93.75637105	96.76350663	95.25993884	95.18758085	90.96516554
118	At4g36780	95.56456567	96.05602654	95.81029611	95.79997537	91.97156763
119	AT4G37180	93.12607945	96.42733777	94.77670861	94.68904443	90.09368796
120	AT5G02460	94.51292921	92.77320899	93.6430691	93.69788865	88.09254864
121	At5g04390	93.0198915	94.17721519	93.59855335	93.56129502	88.0158747
122	AT5G05550	92.26918306	93.7533227	93.01125288	92.95900377	86.99792605
123	At5g05790	93.96195203	94.10669975	94.03432589	94.03000517	88.78042538
124	At5g08330	93.50858369	96.19098712	94.84978541	94.77977162	90.22655473
125	At5g08520	92.62523872	95.16674012	93.89598942	93.8174243	88.53345912
126	At5g08750	97.19557196	92.17712177	94.68634686	94.81641469	89.92477616
127	At5g18450	96.73479561	93.51944167	95.12711864	95.20421931	90.72435406
128	AT5G22990	94.54180154	96.95278491	95.74729322	95.69540165	91.85393304
129	At5g29000	95.90364725	96.74741426	96.32553076	96.3099631	92.92084406
130	AT5G45580	94.4860096	93.0480474	93.7670285	93.81152248	88.30984754
131	At5g47390	94.99477413	92.33538497	93.66507955	93.74820927	88.12859101
132	AT5G47660	94.06178307	93.66163368	93.86170837	93.87396502	88.47689697
133	At5g52660	94.18816138	93.02662037	93.60739087	93.64430289	88.03128358
134	AT5G56840	96.62425998	96.95175715	96.78800857	96.78274035	93.78232157
135	At5g58900	93.88907677	93.22624281	93.55765979	93.57894027	87.94512973
136	AT5G61620	94.08004447	95.23809524	94.65906985	94.6279644	89.88797255
137	At5g62940	96.76543619	96.01059427	96.38801523	96.40159636	93.0367608
138	AT5G63260	95.25659093	97.21582511	96.23620802	96.19897251	92.7543497
139	At5g65130	93.17893401	92.98857868	93.08375635	93.09033281	87.12417789
140	At5g66730	92.00605857	92.59508583	92.3005722	92.27782935	85.78652161
141	AT5G66940	93.1277533	95.63656388	94.38215859	94.31079288	89.3921861
142	ATAF1	92.17141726	93.18091845	92.67616785	92.63901323	86.42441443
143	ATHB18	92.95401403	97.52143414	95.23772408	95.12642578	90.91961167
144	ATHB20	96.88619733	92.29371688	94.5899571	94.71139615	89.75453115
145	ATHB21	92.7662181	94.60576941	93.68599376	93.62737995	88.16732022
146	ATHB24	95.87681604	93.19623491	94.53652548	94.60878344	89.66633518
147	ATHB25	97.45175319	92.80375102	95.12775211	95.23841148	90.7203093
148	AtHB32	93.85074627	93.43283582	93.64179104	93.65504915	88.09201453
149	ATHB33	97.41375242	97.81490396	97.61432819	97.60953349	95.34244751
150	ATHB34	96.79525722	95.77911927	96.28718824	96.30595653	92.84970689
151	ATHB5	92.2714874	93.80649302	93.03899021	92.98515105	87.04556799
152	ATHB6	94.93069691	94.41698168	94.67383929	94.68748489	89.91490528
153	AtIDD11	93.38619223	96.77045059	95.07832141	94.99360677	90.63575356
154	BBX31	95.64034648	92.80907724	94.22471186	94.30532762	89.11214605
155	bHLH122	94.58963012	94.02187526	94.30575269	94.32187162	89.25982134
156	bHLH28	95.45501075	92.67069301	94.06285188	94.14437153	88.82637385
157	bHLH80	92.31724627	93.91412349	93.11568488	93.06027544	87.1776115
158	BIM1	96.83830172	95.75429088	96.2962963	96.31626235	92.86652206
159	BIM2	95.13069426	94.62109322	94.87589374	94.88891681	90.27679053
160	bZIP16	95.65352055	93.2892835	94.47140202	94.53599306	89.55119522
161	bZIP18	94.66292135	98.28785447	96.47538791	96.41032627	93.19478268
162	bZIP28	95.42772861	95.9439528	95.68584071	95.67467652	91.74381082
163	bZIP3	93.37592138	96.9041769	95.14004914	95.05277375	90.74673882
164	bZIP44	93.37947638	98.19440265	95.78693951	95.68300956	91.91957179
165	bZIP48	97.2365161	98.09414904	97.66533257	97.65527802	95.43951093
166	bZIP52	95.90991457	94.8615066	95.38571059	95.40977274	91.19677084
167	bZIP53	93.9556609	93.19576129	93.5757111	93.60002778	87.97650485
168	bZIP68	93.53272784	94.95772001	94.24522393	94.20392714	89.15169584
169	BZR1	91.90093708	92.03480589	91.96787149	91.96249163	85.2260315
170	CBF1	96.73429683	97.69316287	97.21372985	97.2003072	94.58247678
171	CBF2	93.50619014	96.97889901	95.24254458	95.15847861	90.93230565
172	CBF3	91.82464455	93.40442338	92.61453397	92.55573248	86.3182635
173	CBF4	93.20614607	96.91116641	95.05865624	94.96538957	90.59921909
174	CDF3	96.52986848	96.88480431	96.7073364	96.70148259	93.63146535
175	CEJ1	92.9439195	95.28776537	94.11584243	94.04606693	88.92111127
176	CRF10	97.45606866	96.98610544	97.22108705	97.22760167	94.59656157
177	CRF4	93.45613185	93.23800291	93.34706738	93.35431546	87.57933546
178	CUC1	92.9725667	95.96016535	94.46636603	94.38245112	89.54049513
179	CUC2	94.00798935	96.25261556	95.13030245	95.07502886	90.73255224
180	CUC3	95.65044687	96.90168818	96.27606753	96.25262316	92.82892745
181	DAG2	91.73589025	93.55389946	92.64489486	92.5774233	86.36948978
182	DDF1	92.54892122	92.24786754	92.39839438	92.40981964	85.95241326
183	DDF2	95.95744681	98.29787234	97.12765957	97.09364909	94.41880091
184	DEAR2	91.75035576	97.01158772	94.38097174	94.22916319	89.37879874
185	DEAR3	95.54858403	93.24232661	94.39545532	94.45934619	89.41631758
186	DREB19	95.06825939	92.05631399	93.56228669	93.65779851	87.94799881
187	E2FA	94.93606999	94.65006729	94.79306864	94.80050399	90.12833959
188	ERF105	95.72592345	94.30867091	95.01729718	95.05235747	90.5301903
189	ERF10	92.96402056	94.33466591	93.64934323	93.60552041	88.10418627
190	ERF115	95.57318856	95.48966381	95.53142619	95.53329159	91.46221243
191	ERF11	94.38190853	96.19714025	95.28952439	95.24637978	91.02134236
192	ERF13	92.56480787	96.41577061	94.49028924	94.38211797	89.580015
193	ERF15	94.92107421	95.59758098	95.25932759	95.24323768	90.96792803
194	ERF2	92.62883235	96.0208741	94.32485323	94.22694094	89.2877043
195	ERF38	92.74098167	93.79065642	93.26581904	93.23028907	87.43793003
196	ERF3	96.06732481	98.18740897	97.12736689	97.09658952	94.41852221
197	ERF4	97.48345284	92.15388858	94.81867071	94.95315805	90.16038159
198	ERF5	93.45535219	96.06211869	94.75873544	94.68951953	90.06351713
199	ERF7	97.29411162	94.08086916	95.68749039	95.75568053	91.74268499
200	ERF8	96.75069628	92.41591088	94.58330358	94.6982141	89.74382294
201	ESE1	95.61068702	92.36641221	93.98854962	94.08450704	88.69391223
202	ESE3	96.93746923	96.29739045	96.61742984	96.62822086	93.46356141
203	GATA19	97.05882353	96.60633484	96.83257919	96.83972912	93.86574667
204	GATA1	91.64179104	96.11940299	93.88059701	93.74045802	88.49865087
205	GATA20	97.36821884	98.15583218	97.76202551	97.75317737	95.62408594
206	GATA4	92.24868793	92.69277352	92.47073072	92.45397532	86.07512206
207	GBF3	95.97636112	97.38463473	96.68049793	96.65695834	93.58074165
208	GBF6	91.68302028	97.75721895	94.72011961	94.55474171	89.97944951
209	GT2	95.30524506	95.03869304	95.17196905	95.17839509	90.8101031
210	GTL1	91.75902442	95.8169753	93.78799986	93.65934962	88.33820689
211	HAT2	93.8238342	93.78238342	93.80310881	93.80439287	88.37424583
212	HDG1	94.38940157	93.31370662	93.8515541	93.88444645	88.45850834
213	HSFA6B	94.9622814	92.42484855	93.69356498	93.77257336	88.17875139
214	HSFB3	94.83418367	94.19642857	94.51530612	94.53273999	89.63203875
215	HSFC1	92.89871944	92.61415082	92.75643513	92.76672694	86.56220049
216	HY5	97.10610932	92.6759557	94.89103251	95.00174764	90.2946155
217	IDD4	96.70745619	92.39863113	94.55304366	94.66791869	89.68994185
218	IDD5	95.45981625	95.81660869	95.63821247	95.6304173	91.65687565
219	JKD	97.12817412	97.52116082	97.32466747	97.31940027	94.79244282
220	LBD18	92.91761	97.95255439	95.43508219	95.31719385	91.27594927
221	LBD19	96.06299213	92.71077957	94.38688585	94.47941669	89.3979699
222	LBD23	97.45715865	93.14538419	95.30127142	95.4004329	91.03581037
223	LBD2	95.97851282	92.88421208	94.43136245	94.516205	89.47789234
224	LCL1	93.42228464	92.74344569	93.08286517	93.10626385	87.12236873
225	LEP	96.07609988	92.15219976	94.11414982	94.22740525	88.91265507
226	LOB	93.56417012	94.0158073	93.78998871	93.77593361	88.35114342
227	MGP	94.5491388	93.41438703	93.98176292	94.0157163	88.68718122
228	MP	91.77169929	93.95056762	92.86113346	92.78250359	86.73838972
229	MYB107	92.18768467	93.71823662	92.95296064	92.89861545	86.89760248
230	MYB116	96.24478442	93.08066759	94.66272601	94.74584973	89.89013234
231	MYB118	93.72215472	95.3017416	94.51194816	94.46825883	89.62497694
232	MYB119	93.87604752	92.21843632	93.04724192	93.1043931	87.05952375
233	MYB121	97.28711379	93.82064808	95.55388093	95.62962963	91.49802974
234	MYB13	95.30201342	93.43773304	94.36987323	94.42186923	89.37186743
235	MYB27	92.49278152	93.33012512	92.91145332	92.8816508	86.82739478
236	MYB33	93.13548524	97.04024209	95.08786367	94.99005049	90.65120825
237	MYB44	94.77056277	97.6969697	96.23376623	96.17784026	92.74812611
238	MYB49	91.69839431	95.10842576	93.40341003	93.28898619	87.669966
239	MYB55	92.92920583	97.6804346	95.30482021	95.19056662	91.04048006
240	MYB56	93.70092791	98.14418273	95.92255532	95.82991149	92.16993743
241	MYB57	94.74476987	96.20641562	95.47559275	95.44228392	91.35966827
242	MYB58	96.46127682	96.94531659	96.7032967	96.69529867	93.62388377
243	MYB61	96.47038267	95.90541092	96.18789679	96.19863511	92.66631917
244	MYB62	93.69564295	96.18174876	94.93869586	94.87498926	90.38676118
245	MYB63	95.19355677	96.54455703	95.8690569	95.84096259	92.0786851
246	MYB65	93.27968874	97.70978866	95.4947387	95.39268436	91.38701721
247	MYB67	92.53045404	96.56146179	94.54595792	94.43377034	89.67849124
248	MYB70	93.009167	93.63889996	93.32403348	93.3029467	87.53919048
249	MYB73	96.65375832	98.2126899	97.43322411	97.41305979	94.99760783
250	MYB74	93.16770186	93.76663709	93.46716948	93.447547	87.78767742
251	MYB77	96.43697	98.47146013	97.45421506	97.42805205	95.03702546
252	MYB81	92.02014846	95.44008484	93.73011665	93.62103844	88.23959968
253	MYB83	92.25821273	92.18355157	92.22088215	92.22378506	85.65205379
254	MYB88	92.54744175	92.81167427	92.67955801	92.66987372	86.43084607
255	MYB93	94.6969697	96.10125647	95.39911308	95.36657983	91.22072417
256	MYB96	93.30035971	92.8057554	93.05305755	93.07019511	87.07115716
257	MYB98	93.59952146	94.88559892	94.24256019	94.20529801	89.14718543
258	MYB99	92.25873298	94.22735346	93.24304322	93.17587264	87.39677521
259	NAM	96.14285714	94.21428571	95.17857143	95.22461974	90.82036077
260	NAP	96.83421943	97.86128565	97.34775254	97.33406206	94.83592117
261	NGA4	93.82239382	95.84942085	94.83590734	94.78303267	90.20316096
262	NST1	97.17630854	95.41580579	96.29605716	96.32837668	92.86539365
263	NTL8	93.75259731	97.54813686	95.65036709	95.56622423	91.67314622
264	NTM1	92.84432762	96.49100847	94.66766804	94.56863578	89.89731384
265	OBP1	94.09170889	95.56507176	94.82839032	94.79000929	90.1906274
266	OBP3	94.18797131	95.83869781	95.01333456	94.97183392	90.52271537
267	OBP4	92.44778819	94.91448775	93.68113797	93.6022311	88.15723744
268	PHV	93.12990171	95.49642111	94.31316141	94.24506559	89.2701244
269	PLT3	96.47435897	92.1474359	94.31089744	94.43137255	89.25909708
270	PUCHI	94.86700887	93.72375175	94.29538031	94.3278042	89.2409114
271	RKD2	92.48400853	97.47044001	94.97722427	94.84879358	90.44720777
272	RRTF1	95.07676019	98.18687136	96.63181578	96.57861128	93.48738603
273	RVE1	93.44709465	97.00900787	95.22805126	95.1415239	90.90578169
274	SGR5	91.81333841	92.3461136	92.079726	92.05857102	85.4138598
275	SMB	96.87477854	97.86927456	97.37202655	97.3588937	94.88192501
276	SPL1	95.54177166	95.9972863	95.76952898	95.75987178	91.8969116
277	SPL5	95.57893825	95.84307612	95.71100719	95.70533527	91.78989492
278	SPL9	95.82841701	93.69695124	94.76268412	94.81791135	90.07170484
279	STOP1	97.2541507	96.80715198	97.03065134	97.03727302	94.23758575
280	STZ	96.5891909	92.38018214	94.48468652	94.59836418	89.56854181
281	SVP	96.10403549	95.03434459	95.56919004	95.59276195	91.53053721
282	TCP20	96.02649007	95.28145695	95.65397351	95.67010309	91.68547522
283	TCP24	93.31671953	96.7829633	95.04984141	94.96253602	90.58412407
284	TCP3	96.86126805	95.10357815	95.9824231	96.01742377	92.28647425
285	TCP7	93.57249626	92.52615845	93.04932735	93.08550186	87.06418372
286	TCX2	96.44706857	94.99689248	95.72198053	95.75277664	91.8091293
287	TGA1	92.92670425	97.28344439	95.10507432	94.99607021	90.68055076
288	TGA3	96.42072903	97.10144928	96.76108915	96.75002754	93.73184397
289	TGA4	96.6493672	98.27005372	97.45971046	97.43895722	95.04783279
290	TGA5	95.54582904	94.67044284	95.10813594	95.12945399	90.69452209
291	TGA6	95.35280578	94.65830621	95.005556	95.02283918	90.50977257
292	TGA9	94.75606193	97.44376278	96.09991236	96.04678709	92.501336
293	TINY	97.34513274	93.06784661	95.20648968	95.30685921	90.86421519
294	TRP2	94.36579023	97.44293557	95.9043629	95.84036388	92.14049999
295	VIP1	94.00544959	96.89373297	95.44959128	95.38291402	91.30969009
296	VND1	93.54263289	98.34998216	95.94630753	95.84647019	92.21232625
297	VND4	95.4409979	95.97637708	95.70868749	95.69716926	91.78556453
298	VND6	91.7216429	94.70525644	93.21344967	93.11067424	87.34241945
299	VRN1	94.39977025	94.83055715	94.6151637	94.60354008	89.81016209
300	WIP5	96.18939823	96.53838898	96.3638936	96.35753768	92.99216993
301	WRKY15	96.29250307	92.39297419	94.34273863	94.45093238	89.31747312
302	WRKY18	97.32966277	92.50516173	94.91741225	95.03712913	90.34029785
303	WRKY20	92.761004	98.36304111	95.56202255	95.43413174	91.50474055
304	WRKY21	95.62251279	96.98692439	96.30471859	96.279336	92.88187711
305	WRKY22	93.37804748	95.8107101	94.59437879	94.52781894	89.77014939
306	WRKY24	92.39130435	93.87871854	93.13501144	93.08357349	87.21117007
307	WRKY25	92.79642224	97.19101124	94.99371674	94.88124256	90.47953998
308	WRKY27	97.34984411	93.32901935	95.33943173	95.43128181	91.1061218
309	WRKY28	95.18282355	95.32230746	95.25256551	95.24925224	90.9558849
310	WRKY29	96.48465091	93.98533007	95.23499049	95.29380199	90.92125617
311	WRKY30	93.26783115	96.77947598	95.02365357	94.93471618	90.53676997
312	WRKY31	92.53398707	95.76554491	94.14976599	94.05368671	88.97829391
313	WRKY33	95.2890305	92.01183432	93.65043241	93.75279893	88.10082783
314	WRKY3	95.92457421	92.57907543	94.25182482	94.34639545	89.15842682
315	WRKY40	91.99417758	95.97282872	93.98350315	93.86138614	88.68204082
316	WRKY45	96.19016393	95.37704918	95.78360656	95.80067921	91.92250561
317	WRKY50	92.27323214	92.62865605	92.45094409	92.43750464	86.04156493
318	WRKY55	95.22073714	96.43580397	95.82827055	95.80277099	92.00401763
319	WRKY65	91.92149414	96.47356758	94.19753086	94.06238865	89.05714499
320	WRKY6	94.16510112	96.28688253	95.22599182	95.17480174	90.90576194
321	WRKY70	93.80482456	93.95833333	93.88157895	93.87687918	88.51184588
322	WRKY71	95.22905937	92.55218216	93.89062076	93.97131106	88.52362571
323	WRKY75	93.1020562	92.80062439	92.95134029	92.96194776	86.89629313
324	WRKY7	91.91358025	98.27160494	95.09259259	94.93146318	90.64812143
325	WRKY8	92.70531699	96.23251802	94.4689175	94.36962009	89.54320509

S.No.	TF	Sensitivity	Specificity	Accuracy	F1-Score	MCC
S.No.	TF	Sensitivity	Specificity	Accuracy	F1-Score	MCC
1	ABF1	94.88134816	92.78917804	93.8352631	93.89908387	88.42807532
2	ABF3	91.40069456	95.75822722	93.57946089	93.43645662	87.97200848
3	ABF4	95.22901721	96.03672302	95.63287011	95.61516182	91.64690427
4	ABI5	90.9047619	93.0952381	92	91.91141069	85.27647014
5	ANAC032	93.56201839	95.37658464	94.46930152	94.41866299	89.54865613
6	ANAC102	96.11054248	96.51995906	96.31525077	96.30769231	92.90198959
7	AP1	96.20746207	92.59942599	94.40344403	94.5026178	89.42645352
8	AT5G04760	94.39878234	96.12959339	95.26418787	95.22284611	90.97558336
9	AZF1	92.51743817	94.54660748	93.53202283	93.4657271	87.89825063
10	BBM	93.49566238	95.11336491	94.30451364	94.25806997	89.25639356
11	BZIP28	91.07711918	93.37157425	92.22434672	92.13410703	85.65413588
12	CCA1	95.68690096	96.80511182	96.24600639	96.2248996	92.77341052
13	CRY2	95.6484274	96.72554933	96.18698837	96.16634178	92.66433251
14	DELLA	93.66906475	91.79856115	92.73381295	92.80114041	86.52121874
15	DREB2A	92.47537204	95.26304758	93.86920981	93.78254862	88.4856841
16	ERF115	90.46385898	93.4714461	91.96765254	91.84501845	85.21900077
17	FBH3	94.08425456	92.68001195	93.38213325	93.42827474	87.6389714
18	FHY1	96.15384615	93.69230769	94.92307692	94.98480243	90.35874005
19	FHY3	91.7989418	91.26984127	91.53439153	91.55672823	84.50189668
20	FIE	92.77575758	91.56363636	92.16969697	92.21686747	85.56460663
21	FLM	93.49865952	93.43163539	93.46514745	93.46733668	87.78437812
22	GBF2	95.13099202	95.60218634	95.36658918	95.35564722	91.16245018
23	GBF3	94.20308483	92.85025707	93.52667095	93.57016326	87.89031393
24	HAT22	94.55703925	91.81183488	93.18443706	93.27672094	87.29313025
25	HB5	91.03377919	92.00861483	91.52119701	91.47966739	84.47945865
26	HB6	92.39119053	94.25499983	93.32309518	93.26028749	87.53564792
27	HB7	94.21626153	96.89857502	95.55741827	95.49702634	91.50651767
28	HSFA1A	95.89788348	92.49399956	94.19594152	94.29307016	89.05930172
29	HSFA6A	93.29451917	96.24573379	94.77012648	94.69179827	90.08297435
30	IBH1	92.55474453	94.74452555	93.64963504	93.57933579	88.10296291
31	JAG	91.27801333	94.48818898	92.88310115	92.76700523	86.77240314
32	KAN1	90.8718745	93.67577773	92.27382612	92.16396875	85.73592701
33	LEC1	92.20992823	92.71830144	92.46411483	92.44491081	86.06384089
34	LFY	94.8968052	93.22872491	94.06276506	94.11187439	88.82899198
35	MYB3	92.08326884	96.76520662	94.42423773	94.29058204	89.45875827
36	MYB3R3	90.7578085	93.11315924	91.93548387	91.83937824	85.16758515
37	MYB44	91.49080764	90.66099149	91.07589956	91.11277338	83.74403086
38	NFYB2	90.83298255	94.20045835	92.51672045	92.38856382	86.14558884
39	NFYC2	94.21161214	94.57707044	94.39434129	94.38407937	89.4170801
40	PhyA	94.55081001	92.63622975	93.59351988	93.65426696	88.00570267
41	PIF1	92.80177187	93.35548173	93.0786268	93.05941144	87.11516423
42	PIF4	90.52489386	90.78348128	90.65418757	90.64208838	83.05520269
43	PIF5	91.68406402	93.94572025	92.81489214	92.7327116	86.65889056
44	RD26	94.82924947	93.44973953	94.1394945	94.17964072	88.96484988
45	REV	90.46541694	95.6043956	93.03490627	92.85121911	87.02300358
46	RGA	92.36769977	96.45793801	94.41281889	94.29616875	89.44116847
47	SEP3	93.99291572	92.48871852	93.24081712	93.29127336	87.39393973
48	SOC1	91.92904656	94.63414634	93.28159645	93.18948078	87.46135007
49	SVP	92.89665855	92.45408276	92.67537066	92.69154339	86.42361226
50	WRKY33	92.14001795	91.63567979	91.88784887	91.90825375	85.09164806
51	ZAT6	93.1651557	93.44107213	93.30311391	93.29386225	87.50314592

Tool	Sensitivity	Specificity	Accuracy	F1-Score	MCC	TF
Tool	Sensitivity	Specificity	Accuracy	F1-Score	MCC	TF
k-mer grammar	3.916410931	93.05442475	48.48541784	7.065381139	22.76404593	LHY1
k-mer grammar	32.02328652	67.97671348	50	39.0417013	46.65659409	MYB56
k-mer grammar	72.91608195	44.06399102	58.49003649	63.72332597	49.37932376	MYB62
k-mer grammar	43.58542093	60.77784897	52.18163495	47.68448097	49.35213778	MYB81
k-mer grammar	69.85388254	41.12954735	55.49171495	61.08128589	48.52259835	MYB88
k-mer grammar	25.32538679	81.15376676	53.23957677	35.13227746	41.73549711	WRKY25
SeqConv	0.676395065	98.55117847	49.61378677	1.324638688	10.26792219	LHY1
SeqConv	80.85622372	19.14377628	50	61.79012463	39.34327716	MYB56
SeqConv	13.93488633	91.4959304	52.71540836	22.76217765	31.7942224	MYB62
SeqConv	19.5426467	82.46604998	51.00434834	28.51346936	38.88675141	MYB81
SeqConv	2.57991722	98.08384379	50.33188051	4.93782615	14.83139733	MYB88
SeqConv	0.005822293	99.99576561	50.00079395	0.011643415	0.709091231	WRKY25
TSPTFBS	1.025030793	98.31736289	49.67119684	1.996016098	11.5657615	LHY1
TSPTFBS	30.02320759	69.97679241	50	37.51812567	45.83587858	MYB56
TSPTFBS	49.04574797	64.44007859	56.74291328	53.13568985	50.32429206	MYB62
TSPTFBS	86.94316054	17.10720307	52.0251818	64.44149353	35.90195841	MYB81
TSPTFBS	58.27112626	56.91743646	57.59428136	57.87937267	51.14898649	MYB88
TSPTFBS	24.34406576	81.99005976	53.16706276	34.2021506	41.10177232	WRKY25
DNABERT	16.82698709	99.99833577	58.41266143	28.80626781	30.30968552	LHY1
DNABERT	70.19893854	67.97671348	69.08782601	69.42752066	57.27635471	MYB56
DNABERT	95.91676565	21.47675208	58.69675887	69.89998609	35.6520726	MYB62
DNABERT	94.11608799	14.90856083	54.51232441	67.41658361	31.18828455	MYB81
DNABERT	98.08743169	16.29135891	57.1893953	69.61589686	30.56066945	MYB88
DNABERT	96.36323317	26.18361237	61.27342277	71.33271776	39.18694076	WRKY25
PTFSpot	92.77259347	92.94377988	92.85818668	92.85206853	86.73646387	LHY1
PTFSpot	95.65981218	94.12503071	94.89242144	94.93131804	90.30544889	MYB56
PTFSpot	93.08167275	92.59051361	92.83609318	92.85364317	86.69845714	MYB62
PTFSpot	91.60876138	91.51482728	91.56179433	91.56575564	84.54764814	MYB81
PTFSpot	91.97915582	91.7821941	91.88067496	91.88866307	85.07978976	MYB88
PTFSpot	92.37385473	92.95767193	92.66576333	92.64429138	86.40711557	WRKY25
TSPTFBS 2.0	98.21959096	2.043057051	50.131324	66.32503235	13.69500182	LHY1
TSPTFBS 2.0	99.20969448	0.643141668	49.92641808	66.45733994	8.436201491	MYB56
TSPTFBS 2.0	98.93234165	1.115642994	50.02399232	66.43841134	10.39107873	MYB62
TSPTFBS 2.0	99.45399815	0.369564569	49.91178136	66.50563318	6.751616235	MYB81
TSPTFBS 2.0	98.99856503	1.21008838	50.10432671	66.48918464	10.45826122	MYB88
TSPTFBS 2.0	98.71352587	1.400308197	50.05691704	66.4037251	11.51264068	WRKY25
AgentBind	1.5094064	91.6654514	46.5874289	2.748274	22.1709941	LHY1
AgentBind	6.7458189	95.4775952	51.1117071	12.1253287	23.1115258	MYB56
AgentBind	48.1694561	83.9696653	66.0695607	58.671763	52.2172598	MYB62
AgentBind	2.7431623	97.5602848	50.1517236	5.2159865	15.8894418	MYB81
AgentBind	46.0739702	77.956653	62.0153116	54.8116886	50.4369825	MYB88
AgentBind	30.6677572	84.3270981	57.4974276	41.9128318	43.5243217	WRKY25

S.No.	TF	Sensitivity	Specificity	Accuracy	F1-Score	MCC	Species
S.No.	TF	Sensitivity	Specificity	Accuracy	F1-Score	MCC	Species
1	ALF2	95.40834993	93.85950648	94.63392821	94.67516489	89.84253325	Maize
2	ALF7	95.42196182	89.8576393	92.63980056	92.83903029	86.34201174	Maize
3	bHLH108	93.90953415	91.63559635	92.77256525	92.85381515	86.5863817	Maize
4	bHLH118	95.40606517	90.92517653	93.16562085	93.31538591	87.2526632	Maize
5	bHLH129	95.73159524	93.17182485	94.45171005	94.52182441	89.51566044	Maize
6	bHLH136	94.23033649	93.03169865	93.63101757	93.66896068	88.07245727	Maize
7	bHLH145	95.0214367	94.3039636	94.66270015	94.68177855	89.89487563	Maize
8	bHLH162	95.18216254	90.90650453	93.04433353	93.18992137	87.04448723	Maize
9	bHLH163	95.63920699	88.94220659	92.29070679	92.54048854	85.73831197	Maize
10	bHLH172	96.49431979	93.82257608	95.15844793	95.22227225	90.78242433	Maize
11	bHLH43	95.45487522	89.6156776	92.53527641	92.74703392	86.16152822	Maize
12	bHLH47	95.30885914	88.73532234	92.02209074	92.27596198	85.28553006	Maize
13	bHLH91	93.44392904	91.7743706	92.60914982	92.67033633	86.30888565	Maize
14	bZIP104	95.15250981	92.5866624	93.8695861	93.94723842	88.48702667	Maize
15	bZIP113	94.95467087	89.18013402	92.06740244	92.29001054	85.36905217	Maize
16	bZIP38	94.69739819	92.10030166	93.39884992	93.48347021	87.66504858	Maize
17	bZIP40	95.0866878	88.65031906	91.86850343	92.122031	85.02860349	Maize
18	bZIP9	94.69095304	93.45032557	94.07063931	94.1071932	88.84356666	Maize
19	C3H40	94.44617542	92.40535909	93.42576725	93.49217364	87.71338849	Maize
20	COL13	95.39861393	89.75767291	92.57814342	92.78173252	86.23617686	Maize
21	COL18	95.41765776	92.21701413	93.81733595	93.91472001	88.39324514	Maize
22	COL2	94.97938956	90.47056644	92.724978	92.88537102	86.49479193	Maize
23	COL3	95.78471961	93.16428303	94.47450132	94.54596113	89.55604486	Maize
24	COL7	94.694268	88.7380424	91.7161552	91.95572285	84.77788424	Maize
25	COL8	95.8632252	92.30739239	94.0853088	94.1886301	88.86326619	Maize
26	DOF17	90.80732934	93.74009782	92.27371358	92.15873044	85.73521046	Maize
27	DOF21	92.6074896	92.1220527	92.36477115	92.38325839	85.89531051	Maize
28	DOF22	90.77877925	90.92109424	90.84993675	90.84342116	83.37432981	Maize
29	DOF30	90.11870234	90.06204022	90.09037128	90.09317799	82.14475452	Maize
30	EREB102	95.94723105	88.7319669	92.33959897	92.6063352	85.81620386	Maize
31	EREB109	95.26546764	91.23516063	93.25031414	93.38364387	87.40159027	Maize
32	EREB147	96.35450296	90.34517937	93.34984116	93.54382732	87.56185928	Maize
33	EREB172	97.13521466	92.8246623	94.97993848	95.08585194	90.45506873	Maize
34	EREB17	96.40335602	90.0791515	93.24125376	93.44842138	87.37104047	Maize
35	EREB18	94.69940195	92.42052251	93.55996223	93.63251587	87.94627923	Maize
36	EREB198	95.52667339	88.99640556	92.26153947	92.50622138	85.69043845	Maize
37	EREB209	96.71782095	92.8291361	94.77347852	94.87316181	90.0858173	Maize
38	EREB211	95.73796369	93.24623714	94.49210042	94.55987691	89.58771197	Maize
39	EREB34	95.67494643	93.31005476	94.4925006	94.55686275	89.58874433	Maize
40	EREB71	96.14074915	90.63822103	93.38948509	93.56648799	87.63432863	Maize
41	EREB97	97.61647021	93.22428033	95.42037527	95.51878696	91.25181408	Maize
42	EREB98	95.88538086	93.53381063	94.70959575	94.77107665	89.97619095	Maize
43	GATA12	95.6928839	91.08926342	93.39107366	93.53977576	87.64266007	Maize
44	GLK11	93.92182004	91.79910362	92.86046183	92.9354421	86.73739796	Maize
45	GLK1	93.69756098	91.85365854	92.77560976	92.84160665	86.59277784	Maize
46	GLK25	93.99812817	88.76269493	91.38041155	91.6002921	84.22522927	Maize
47	GLK2	94.59343672	93.22251735	93.90797704	93.94945111	88.55713404	Maize
48	GLK52	93.86892178	90.59972458	92.23432318	92.35921927	85.66711408	Maize
49	GLK53	93.05838041	90.22222222	91.64030132	91.75719087	84.67213602	Maize
50	GLK9	94.53987639	94.25382757	94.39685198	94.4048544	89.42156604	Maize
51	GRAS23	94.55409797	88.93368636	91.74389217	91.96956394	84.82719193	Maize
52	GRAS49	94.46137213	90.80499312	92.63318262	92.76544402	86.34265519	Maize
53	HB33	95.47918206	93.28652377	94.38285292	94.44376752	89.39420575	Maize
54	HB34	92.82782124	88.74215785	90.78498954	90.96946811	83.25436001	Maize
55	HB38	95.27876854	92.26581566	93.7722921	93.86471866	88.31497644	Maize
56	HB66	93.59044636	92.74158183	93.1660141	93.19489715	87.26563671	Maize
57	HB70	94.62974984	90.40794927	92.51884955	92.67350457	86.14473805	Maize
58	HB84	94.69591105	92.84889726	93.77240416	93.82939016	88.31847604	Maize
59	KNOX6	93.4484062	92.18918427	92.81879523	92.863726	86.66792779	Maize
60	LG2	95.50800077	94.34162329	94.92481203	94.95423834	90.36411948	Maize
61	MYB31	94.80843841	90.23581474	92.52212658	92.6892726	86.1481908	Maize
62	MYB37	94.01469538	93.42109739	93.71789638	93.73648643	88.22488185	Maize
63	MYB38	94.58989015	93.56314539	94.07651777	94.10677198	88.854201	Maize
64	MYB4	94.63915045	91.41722572	93.02818808	93.13872071	87.0217749	Maize
65	MYB56	93.8547486	90.43330832	92.14402846	92.27616172	85.51391847	Maize
66	MYB62	94.08362989	94.0688019	94.0762159	94.07665505	88.85425603	Maize
67	MYB6	94.61373707	90.20545539	92.40959623	92.57329135	85.95787367	Maize
68	MYB81	93.86126741	94.05843557	93.95985149	93.95389099	88.6493488	Maize
69	MYB88	94.67841197	92.61855919	93.64848558	93.71323464	88.10128354	Maize
70	MYBR17	93.55525704	94.21381999	93.88453851	93.86433491	88.51680542	Maize
71	MYBR32	94.11883862	93.90501913	94.01192888	94.01832387	88.74097193	Maize
72	MYBR40	97.40041145	90.95754629	94.17897887	94.36064683	89.01303187	Maize
73	MYBR41	94.70211718	92.55046775	93.62629247	93.69413255	88.06230691	Maize
74	MYBR43	93.8255641	90.18232366	92.00394388	92.14699579	85.27687367	Maize
75	MYBR64	94.59235757	92.6748517	93.63360464	93.69406299	88.07563837	Maize
76	MYBR87	94.21431017	91.51831565	92.86631291	92.96119579	86.74560447	Maize
77	MYBR96	96.22871046	93.06569343	94.64720195	94.73053892	89.86239291	Maize
78	MYBST1	93.53578976	90.78379123	92.1597905	92.26620743	85.54349052	Maize
79	NAC109	92.77592352	90.36884087	91.57238219	91.67260582	84.56079	Maize
80	NAC23	93.92260455	90.50053175	92.21156815	92.34258924	85.62792913	Maize
81	NAC49	93.60670002	91.15727648	92.38198825	92.47415812	85.92043879	Maize
82	SIG6	93.8354453	94.34588613	94.09066571	94.0755453	88.8795912	Maize
83	TCP10	95.43490513	91.14784896	93.29137704	93.43216053	87.47139042	Maize
84	TCP23	95.54229108	92.06248412	93.8023876	93.90837598	88.36595554	Maize
85	WRKY25	94.63269739	92.01111292	93.32190516	93.40830854	87.53146987	Maize
86	WRKY53	94.11208933	88.89413786	91.50311359	91.71915873	84.42904957	Maize
87	WRKY82	93.8276935	91.39062988	92.60916169	92.69813721	86.30675061	Maize
88	WRKY94	94.17137853	88.79217626	91.4817774	91.70488296	84.39226444	Maize
89	WRKY95	94.67496191	91.2468258	92.96089385	93.07951567	86.90508838	Maize
90	ZIM16	94.83242576	92.36793353	93.60017964	93.67808124	88.01587795	Maize
91	ZIM18	94.90071204	88.71566936	91.8081907	92.05392478	84.92982657	Maize
92	ZIM28	94.60269865	92.8577378	93.73021822	93.7844477	88.24485109	Maize
93	ZIM3	94.56976458	94.11861209	94.34418834	94.35691779	89.32803218	Maize
94	NAC10	92.20650636	89.46857951	90.83754294	90.96127971	83.3478627	Rice
95	NAC5	94.9853612	88.8132362	91.8992987	92.14180743	85.08276557	Rice
96	NAC6	95.19093891	90.68824658	92.93959275	93.09504714	86.86289995	Rice
97	NAC9	97.02999003	90.51825677	93.7741234	93.9704379	88.29886851	Rice
98	ARF4	94.17898434	93.16552027	93.6722523	93.70415537	88.14470371	Rice
99	JMJ705	92.69079686	94.47250281	93.58164983	93.52395782	87.98529813	Rice
100	OsABF1	94.58478904	94.18167159	94.38323031	94.39452863	89.39733652	Rice
101	OsbZIP23	95.64905913	94.07775337	94.86340625	94.90344746	90.25330186	Rice
102	OsbZIP39	93.43021756	92.91856565	93.17439161	93.19180873	87.28039533	Rice
103	OsbZIP46	93.34435192	88.71654695	91.03044943	91.23330227	83.65249824	Rice
104	OsGLK1	95.26670981	88.64056578	91.95363779	92.21167075	85.16980359	Rice
105	OsGLK2	94.36528497	89.37823834	91.87176166	92.06951027	85.046359	Rice
106	OSH1	93.27506353	91.67554718	92.47530535	92.53500724	86.08125148	Rice
107	OsHOX24	92.11246201	88.86018237	90.48632219	90.63855242	82.77374689	Rice
108	OsIDS1	93.44072538	93.01630173	93.22851355	93.24285302	87.37397396	Rice
109	OsMADS29	94.8821595	93.10770074	93.99493012	94.04774031	88.70930107	Rice
110	OsMYC2	91.79487179	94.1025641	92.94871795	92.86640726	86.88835928	Rice
111	OsNAC5	91.49201597	89.52095808	90.50648703	90.59913527	82.81217259	Rice
112	OsNAC6	93.51759793	92.66255717	93.09007755	93.11949312	87.13462543	Rice
113	OsNF-YB1	97.6746824	89.4623412	93.5685118	93.82218348	87.92408447	Rice
114	OsSRT1	93.87701928	90.12506514	92.00104221	92.1483376	85.27140523	Rice
115	PROG1	92.68597625	91.21692019	91.95144822	92.01013601	85.1968833	Rice
116	SDG711	96.71762763	89.71881842	93.21822302	93.44752078	87.32551666	Rice
117	SNAC1	94.66783885	92.38208088	93.52495987	93.59812554	87.88528084	Rice

Figure-1: Motif and data. (a) Clustering plot of the prime motifs for TF family AP2EREBP. The TFs share similarity in their prime motifs. (b) Different characteristics spectra for TFs belonging to same family, same cluster, and sharing similar prime motif. This highlights the importance of context. Despite having similar binding motifs, their binding preferences differ from each other due to context. (c) Lineplot for the data abundance for the collected 441 TFs (ChIP and DAP-Seq) across 56 different family.

Figure-2: Flowchart representation of dataset formation. (a) The protocol followed for Dataset “A” creation, (b) Dataset “B” creation, (c) Dataset “C” creation, (d) Dataset "D" creation, (e) Dataset “E” creation, and (f) Dataset “F” creation. The datasets “A” and “B” contained the positive instances originating from ChIP-seq and DAP-seq, respectively, with sources PlantPAN3.0 and Plant Cistrome databases, respectively. Negative part of the datasets was formed by considering those genomic regions which display the regions similar to the prime motifs found enriched in DAP/ChIP-seq TF binding data but never appeared in the DAP/ChIP-seq data. Dataset “C” also contained the positive instances from the Plant Cistrome Database but for negative instances it contains random genomic regions. Most of the existing tools have used this dataset and its subsets. The datasets “D” and “E” were created from the datasets “A” and “B”, respectively, while adding up the TF structural data also. Dataset “F” was constructed to be used completely as a test set to evaluate the universal model and its applicability in cross-species manner. This dataset covered 117 TFs from Zea mays (93 TF) and Oryza sativa (24 TF).

Figure-3: Implementation of the PTFSpot Deep Co-learning system using Transformers and DenseNet to identify TFBR across plant genomes. The first part is a 14 heads attention transformers which learn from the dimeric, pentameric and heptameric words representations of any given sequence arising from anchoring prime motif’s context. In the parallel, the bound TF’s structure is learned by the DenseNet. Learning by both partners are joined finally together, which is passed on to the final fully connected layers to generate the probability score for existence of binding region in the center.

Supplementary Figure-S8: Comparison between experimentally reported motifs and motifs identified in the present study.(a) Motifs derives from ChIP-seq TF data and (b) Motifs derives from DAP-seq TF data. The similarity was determined using TOMTOM package. Several experimentally validated motifs were found similar to the identified prime motifs, with high significance (p-value less than 0.01).

Figure-4: (a) Ablation analysis for three main properties for discriminating between the negative and positive instances. These words representations appeared highly additive and complementary to each other as the performance increased substantially as they were combined together. (b) Ten-fold independent training-testing random trials on Dataset “B” depicts consistent performance of PTFSpot transformers. (c) Objective comparative benchmarking result on Dataset “B”. This datasets contained the TF originating from DAP-seq from the plant cistrome database. Here all the compared tools were train and tested on the Dataset “B”. (d) Performance dispersion plot on Dataset “B”. PTFSpot transformers consistently demonstrated minimal variance and distribution in its performance, maintaining a strong balance in identifying both positive and negative instances with a high level of precision. (e) Objective comparative benchmarking on Dataset ”C”. Here, all the compared tools were first trained and then tested Dataset ‘C’ and evaluated for their performance. This gave a clear view on the performance of each of the compared algorithms. (f) Performance dispersion plot on Dataset “C”. PTFSpot transformers consistently demonstrated high values across all the three performance metrics with least dispersion, affirming the algorithm's robustness. From the plots it is clearly visible that for all these datasets and associated benchmarkings, PTFSpot consistently and significantly outperformed the compared tools for all the compared metrics (MCC values were converted to percentage representation for scaling purpose).

Figure-5: Co-variation in the structure of the transcription factor and the corresponding binding site across various species. (a) TF structure and its binding motif comparison across the species, (aI) prime binding motif of WRKY25 TF (Arabidopsis thaliana) and its 3D structure, (aII) prime binding motif of WRKY25 TF (Zea mays) and its 3D structure, (aIII) superimposed TF structures of Arabidopsis thaliana and Zea mays, with the structural differences measured in RMSD value. (aIV) prime binding motif of MYB88 TF (Arabidopsis thaliana) and its 3D structure, (aV) prime binding motif for WRKY25 TF (Zea mays) and its 3D structure, (aVI) superimposed TF structures for Arabidopsis thaliana and Zea mays, and corresponding structural difference in RMSD value. (b) Domain based comparison between Arabidopsis thaliana and Zea mays for MYB88, (bI) Arabidopsis thaliana’s MYB88’s has two domains. The first domain and its corresponding amino acids sequence are in grey color. The second domain and its corresponding amino acids sequence is shown in the tan color, (bII) Zea mays MYB88 too has two domains. The first domain and its corresponding amino acids sequence are in purple color. The second domain and its corresponding amino acids sequence is shown in maroon color, (bIII and bVI) The docking analysis shows the stability of the complexes when a TF was docked to its binding motif within the same species and to the one from another species for the same TF. It is clearly evident that the same binding motif can’t work across the species and it varies with species as well as the structure of the TF.

Figure-6: Performance and benchmarking of the universal model of PTFSpot. PTFSpot universal model was raised from 41 different TFs representing 41 different families, from A. thaliana. a) (i) The performance over the same 41 TF’s test set (Dataset “E”). (ii) The performance over the remain TF’s as test set from Dataset “E”. (iii) The complete dataset “D” (containing ChIP-seq TFs) worked as another test set. Performance on all of them was in the same range with exceptional accuracy. (b) Comparative benchmarking for the TFs whose models were available commonly among the compared tools. PTFSpot universal model outperformed them with huge leap for each TF. (c) Comparative benchmarking for the 13 wheat TFs (371,066 peak regions, equal number of negative instances following the same protocol as dataset “F”) whose models were available in TSPTFBS2.0 for comparison. PTFSpot universal model outperformed TSPTFBS2.0 for every compared TF by huge margins (p-value: 1.46e-05; kruskal wallis test). Reason to select TSPTFBS2.0 for this comparison was that among the existing software tools, TSPTFBS2.0 was found the best performer. (d) PTFSpot universal model was raised using A. thaliana TFs. It was tested in trans-species manner across rice and maize. For both, it returned outstanding results, reinforcing itself as the solution for reliable cross-species discovery of TFBR.

Figure-S1:Performance results for PTFSpot transformer for Datasets “A”.The developed approach demonstrated a consistently strong and dependable performance across the Dataset “A”.

Figure-S2: 3D structure based co-variation in transcription factors and their binding sites across the species (A. thaliana vs Z. mays). (i) The prime binding motifs of LHY1 and their corresponding superimposed TF structures with the RMSD value indicating the structural variations. (ii) The prime binding motifs for MYB56 and their superimposed TF structures, with the structural differences expressed as the RMSD value. (iii) The prime binding motifs for MYB62, along with the comparison of their superimposed TF structures and structural differences expressed as the RMSD value. (iv) The prime binding motif for MYB81 and their superimposed TF structures with the structural differences measured in terms of the RMSD value.

Figure-S3: Structural similarity comparison between representative transcription factors for various TF families from training and testing datasets and their associated accuracy values. This figure illustrates the structural similarity clustering of 41 transcription factors (TFs) used for training and 21 TFs used for testing, along with the accuracy achieved by the PTFSpot algorithm for the testing set TF’s binding regions discovery. The heatmap depicts the structural divergence between the TFs, with red indicating higher dissimilarity and blue indicating higher similarity. The TF FHY1 exhibited the highest structural divergence from all the training data TF members, with an average RMSD of 1.25Å, suggesting a substantial structural difference. Despite this, FHY1 was detected with 93.03% accuracy by PTFSpot, which falls within the claimed performance range and is considered a very good value. In contrast, the PhyA TF showed the highest structural similarity to the training data, with an average RMSD of 0.9Å. Notably, the identification accuracy for PhyA (93.67%) was in a similar range as FHY1. In overall, for all the studied TFs, despite varying structural similarities, the performance range remained the same, clearly indicating that PTFSpot has learned the covariability between structure of the TF and its binding regions rather than simply memorizing the training cases.

Figure-S4:Optimization results for hyperparamters for transformers model. a) Bacth size optimization, b) Dropout rate optimization inside encoder, c) First Dropout rate optimization, d) Second Dropout rate optimization, e) Learning rate, g) Embedding size, h) Number of units per dense layer inside Transformer, i) Number of units per dense layer 1, j) Number of units per dense layer 2, and k) Number of Attention heads.

Figure-S5:Molecular docking and simulation analysis between Transcription Factor (TF) and its binding motif. (a) 3D structure of ATDOF5 TF (Arabidopsis thaliana) with two domains (colored in Pale Red and Golden Red). (b) The arrangement of the loops and helices viewed from top after rotation at 90°, (c-d) Prime binding motif identification by PTFSpot for the TF ATDOF5, followed by selection of prime binding motif region as well as regions overlapping with it in its flanks and terminal end regions from both sides (A, B, D, C, and E regions). Respective DNA 3D structures were generated for these regions as the central binding one. (e-i) The docked pose of each tiling-deletion variant DNA with the TF ATDOF5 and their binding affinity. Out of five docked complexes, the prime motif docked complex showed highest binding affinity than other complexes clearly supporting the importance in TF DNA interactions. (j) Molecular dynamics simulation of Apo TF and all five docked complex, the RMSD plot showed that the docked complex of ATDOF5 + region “A” exhibited lowest RMSD value among all, clearly reiterating the above observation that the prime motif region has importance in TF DNA interactions.

Figure-S6:Clustering plot of prime motifs from Dataset “A”.This one covers the prime motifs for 387 transcription factors, and their clustering based on the motifs similarities.

Figure-S7:Clustering plot of prime motifs from Dataset “B”.This one covers the prime motifs for 387 transcription factors, and their clustering based on the motifs similarities.

Figure-S9:Molecular simulation analysis between the TFs and their respective binding regions for transcription factors a) VRN1, b) WRKY75, and c) CEJ1.

Supplementary Data

Table S1: List of some published tools for Transcription factor binding site identification.

Sheet 1: List of some published tools for Transcription factor binding site identification

Sheet 1: Information of collected data for ChIP and DAP-Seq

Sheet 4: Information of prime motif for every TF of Dataset 'A'

Sheet 5: Information of prime motif for every TF of Dataset 'B'

Sheet 6: Information of experimentally derived motif from JASPAR database on ChIP and DAP-seq TFs

Sheet 7: Information of experimentally derived motif from Plant Cistrome database of DAP-seq origin

Sheet 8: Information of experimentally derived motif from Plant Cistrome database of ampDAP-seq origin

Sheet 9: Detailed information of docking score of all TFs

Sheet 2: Details of MAE calculated from ten fold random independent trials.

Sheet 3: Hyperparameter Optimization of Transformers

Sheet 1: Evaluation of word representations

Sheet 2: Performace of PTFSpot on Dataset 'A' TFs

Sheet 3: Performace of PTFSpot on Dataset 'B' TFs

Sheet 4: Ten fold Independent Random Trials (Dataset A)

Sheet 5: Ten fold Independent Random Trials (Dataset B)

Sheet 6: Average benchmarking details of tool on Dataset B

Sheet 7: Average benchmarking details of tool on Dataset C

Sheet 8: Sequence-based comparative details for the common TFs studied between A. thaliana and Z. mays.

Sheet 9: Domain-based comparative details for the common TFs studied between A. thaliana and Z. mays.

Table S4: Performance evaluation details for the universal model of PTFSpot across various experimentally validated datasets.

Sheet 1: Performace of PTFSpot on Dataset 'E' TFs

Sheet 2: Performace of PTFSpot on Dataset 'D' TFs

Sheet 3: Performace of all tools on on common TFs between Arabidopsis thaliana and Zea mays

Sheet 4: Performace of PTFSpot on inter-species TFs

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