Cucurbitales platform

Gene search

Sequence information

Select	Gene	Cds	Cds_length	GC_content	Pep	Pep_length
	Cmu06g1875	ATGGCCTCCTCCGAGGTTTCGATCAACCCCAATTCCGCCTCCTTCAACGACCATACCGATTCTACCAAAGACACCTCCGATCCACCCAACGCTCTCTCTGTCAGGGATGCTGATATCGCCCTCTACACCGAGCTTTGGAATGCTTGTGCTGGCCCTCTCGTTTCGGTTCCTCGCGAAAACGAGCGCGTCTTCTACTTCCCTCAGGGCCACATCGAACAGGTGGAAGCATCAACAAGTCAAGTGGCAGACCAGCAGATGCCTGTATATAACCTTCCATGGAAGATCCTCTGCCGCGTTATTAATGTGCACTTAAAGGCCGAACCGGACACTGATGAGGTATTTGCACAAATAACTTTGCTTCCAGAGGCTAATCAAGATGAGAATGCTGTGGACAAGGAACCCCCACCTCCTCCCCCGCGGAGATTTCATGTGCATTCCTTTTGCAAGACTCTGACTGCCTCTGACACCAGTACTCATGGGGGGTTTTCAGTCTTGAGACGCCATGCTGATGAATGTCTTCCACCACTGGACATGTCACGACAGCCTCCTACTCAGGAGTTGGTTGCAAAGGATTTGCATGGAACAGAATGGCGTTTTCGTCATATATTTCGAGGGCAACCGCGTAGGCATTTGCTTCAGAGTGGTTGGAGTGTTTTCGTGAGCTCAAAAAGACTGGTTGCAGGAGATGCTTTTATATTCTTGAGGGGTGAGAATGGAGAACTGCGCGTTGGTGTAAGGCGTGCCATGAGACAACATGGCAACGTCCCATCATCGGTCATATCTAGCCATAGCATGCATCTTGGTGTGCTTGCAACTGCTTGGCATGCTATTTCCACAGGCACAATGTTCACTGTCTACTATAAACCTAGGACTAGCCCTTCTGAATTCATTGTTCCATATGACCAGTATATGGAGTCTATTAAGAAGAGCTACACCATTGGAATGCGGTTCAAAATGAGATTTGAAGGTGAAGAGGCTCCTGAACAGAGATTCACTGGTACTATCATTGGATGTGAAGATGCTGATCCCAAAAGGTGGAAAGATTCCAAGTGGAGATGCCTGAAGGTGAGATGGGACGAGACTTCTACTATTTCTCGTCCGGAGAAAGTTTCACCATGGAAAATTGAGCCTGCCCTTGCTCCTCCTGCACTGAACCCCCTTCCTATGACTAGACCTAAGAGGCCTCGATCAAATATGGTATCTACATCCCCCGATTCCTCTGTTCTTACACGAGAAGGTTCATCAAGAGTGACTGTAGACCCTTCACCAGCCAGTGCATTTACAAGGGTCTTGCAAGGTCAAGAATTCTCGACCTTGAGAGGCAATTTTATCGATAGTAATGATCCAGATGCTGCTGAAAAATCTGTTATGTGGCCTCCTTCACTAGATGATGAGAAAATTGATGTGGTTTCTACGTCTAAGAAACATGGAGCAGATAGCTGGATACCACCTCCAGGAAGGAGTGAGCCAACTTATGCCGATCTTCTGTCAGGTTTTGGAACTAATATTGATTCATCTCATGGTGTTCGAGCTGGCATGGGAGATTCAGCAGTAGTCACTGTTAATTCAATCAGAAAGCATGCCATGGATCAAGATGGAAAGTTTAACTTCCTTGGTGGTAGCTCATGGTCTGCCTTGCCTTCTGGTCTCTCGCTCAACCTGGTTGACTCTAGTCAGAGGGGTCATATTCAGGCTGGTGACTTATCTTATCAAGGGAGAGGAAATGCTACCTTCAATGGATTTGGTGATCATTCCATGGCCCATTGTCATAGAACAGAACAGCCTCATGGAAACTGGTTGATGCCTCCACCTTCATCTCATTTTGACTATCCAGTTCATTCAACTGAACTGATGTCAAAACCTATATTATTTCAGAACCAAGATATACTGAAACCCAAAGATGGGAATTGTAAGCTTTTTGGCATCTCTCTCAATAAAAATCCTGCCATTCCAGACCCTGCAGGACTGAGTAGAAATATGATGAACGAGGCAGCAGATGTTATGCATCCTAATATACATCAAATCCATTCAAACGAGTCTGACCTGAAGGCTGAACTATCTAGAGGTTCAAAATTGGCTGATAAATCCCTTGCCATCAATGAGGCTGATAAGTTGCAGCAACCATGCGCACATAACTCGAAGGACACACACAGCAAATCACAGGGTACTTCAGCAAGGAGTTGTACAAAGGTCCACAAGCAGGGGATTGCACTTGGAAGGTCAGTTGATCTTAGCAGGTTCAACAATTACGATGAATTGGTTGCTGAATTGGACCAACTGTTTGAATTTGGTGGTGAGCTGCTGGCTCCCAAAAAGAATTGGCTTATTGTATATACGGATGATGAAGGTGATATGATGCTTGTTGGAGACGATCCCTGGCAGGAGTTTTGTGGTATGGTTCGGAAGATTTTTATCTATACAAGAGAAGAGGTCCAGAAGATGAATCCAGGATCCCTAAATTTAAAAGGTGATGAGAATCCATCCATTGAAGGGGAAGAAGCAAAAGAGATCAAAAGTCAGGCAGTACCTTCGATGTCAGTACCCGAGAGTTTTTGGTGCGGTACGGAAGGAGTTGAGCAGAGTAATGCAGCGAGGCCGGAAGGTTGCGGCCTTATGTTAAAGGTAGATGGTAGAAATGATGTATTGAATTTTGGACGTGCAAGCAGAAGAAGAGAACACGCTGACACGAATGGAAATTTGTTCAAAATGGGATTGCAACATGAAGCTGCTACTGCTTCTTGGATTTCGCTACTTGAAAGCGAAGGGGGTCAATGCCATGCAAATATCTCGAATAAATTGTTTTTAAAATCAAAGTATATCCGTTGCGTAGAAGTCTACGACGCCGTAGCCACCAACCATAACCATCTACCTAATGGCCTACCTCAATATTTCTGGCCCGTAGGCTGCCGCTCATCTATCCTCGTGTTTCTTTGGCGATTCGCTGCTGTGGGTTTAGCTCCGCCGCTGACACTGTCGCCGTTTATAGTCGTCGAAGAGTCTCCACATCGTATTAATAATAATACAAGAGGCTCCTCCTCTCAGTCTCATCTTCTCCGCCCTTCTCTTCCCACCGAACGCCTTATCAGTATCAACTCTCAAGTGGATATCATGGCGAGAGTTCTGGTTCAGTCGACAAATATTCCTGGTTTGGTCGGTGGAAGAAAGAATGGCCTATCATCAAGGGGGTCAGCAAATGTAAAACGGGTTGTTAAAATGATGGCCACCGTACATGCACCTGGTTTGACAATAAGAAGTTTCTCTGGACTCAGGGGATTTAATTCTTTGGATAACATGTTGAGAACTGGACAAAATTTTCATTCTAAGATGGCCATTACAATCTCTAGGCGACGAAAGGCTAGCAGGTGTGTTCCAAGAGCTATGTTTGAGCGGTTCACAGAAAAGGCAATTAAAGTCATCATGCTTGCCCAGGAGGAAGCGAGGCGGCTTGGTCACAATTTTGTTGGCACAGAGCAGATACTTTTAGGTCTTATTGGCGAAGGCACTGGCATCGCTGCTAAGGTTCTTAAATCTATGGGAATTAATCTTAAAGATGCGCGCGTGGAGGTGGAGAAGATAATTGGTAGGGGCAGCGGCTTTGTTGCTGTAGAAATTCCATTCACTCCTCGGGCAAAGCGTGTTTTGGAACTTTCTCTTGAAGAAGCTCGCCAACTTGGCCACAATTATATTGGGTCAGAGCACTTGCTTCTGGGACTACTTCGTGAAGGTGAGGGCGTTGCAGCTCGTGTTCTCGAAAACCTAGGTGCTGATCCTAGTAACATTCGCACTCAGGTAATTAGAATGGTTGGTGAGAGTACGGAGGCTGTTGGTGCTGGTGTTGGAGGAGGAAGCAGTGGGAACAAGATGCCAACCCTGGAAGAGTATGGCACAAATTTAACTAAGCTGGCTGAAGAGGGTAAACTAGATCCTGTTGTTGGAAGGCAGCAGCAAATAGAACGTGTAACCCAGATTTTGGGTCGGCGGACAAAAAATAATCCTTGCCTCATTGGCGAGCCTGGTGTTGGGAAAACTGCTATTGCTGAAGGTCTGGCACAAAGGATTGCTAATGGGGATGTCCCTGAAACAATAGAAGGAAAGAAGGTTATAACCCTGGATATGGGCCTTCTCGTAGCTGGCACAAAATATCGTGGAGAGTTTGAGGAAAGATTAAAGAAACTGATGGAGGAAATTAAACAAAGTGATGAGATTATCCTTTTTATTGATGAGGTGCACACATTAATTGGAGCAGGGGCTGCAGAAGGAGCTATTGATGCAGCAAATATATTGAAACCTGCCCTCGCAAGAGGTGAACTGCAGTGCATTGGAGCCACGACATTGGATGAATACAGGAAGCACATTGAAAAAGACCCAGCCTTAGAAAGGAGATTTCAGCCAGTCAAAGTGCCGGAACCATCTGTGGATGAAACCATACAGATTTTGAAAGGCCTTAGGGAGCGGTATGAAATCCACCACAAACTTCGTTACACAGATGAAGCACTAGTAGCTGCTGCGCAGCTGTCATACCAGTACATCAGTGATCGGTTCTTGCCTGATAAGGCAATCGACTTGGTTGATGAAGCAGGTTCTCGGGTTCGCCTGCGTCATGCTCAACTACCTGAGGAAGCCAGGGAGCTTGAGAAAGAGCTGAGGCAGATCACAAAGGAGAAGAATGAGGCTGTTCGAAGTCAAGACTTTGAGAAGGCTGGAGAATTACGTGACAGAGAAATGGAACTTAAGACTAAGATCTCTGCTCTAGTAGACAAGGGCAAGGAGATGAGCAAGGCTGAAAGCGAGGCAGGAGATGTAGGCCCTGTTGTGACTGAGGTCGATATTCAGCATATTGTCTCCTCCTGGACTGGCATTCCTGTCGAGAAAGTATCTACTGACGAATCTGATCGCCTCCTCAAAATGGAAGAGACCCTCCATAAGAGGGTCATTGGTCAAGATGAAGCAGTTAAAGCCATCAGCCGTGCCATACGGCGAGCTCGGGTTGGTCTGAAGAATCCCAATCGTCCAATTGCAAGCTTTATATTTTCTGGTCCAACTGGTGTTGGTAAATCTGAGTTAGCAAAAGCGTTGGCTGCATACTATTTTGGGTCTGAAGAAGCAATGATTCGCCTTGACATGAGTGAATTTATGGAGAGGCATACTGTCTCCAAGCTCATTGGTTCCCCTCCTGGCTATGTTGGTTACACGGAGGGTGGTCAATTAACTGAGGCTGTTCGTCGTCGTCCATACACAGTGGTGCTCTTTGATGAGATTGAGAAGGCTCATCCTGATGTGTTCAACATGATGCTTCAAATTTTAGAGGATGGAAGGTTGACAGATAGTAAGGGCAGGACTGTAGACTTCAAAAATACACTTTTGATAATGACATCAAATGTGGGAAGCAGTGTTATAGAGAAGGGAGGTCGCAGAATAGGGTTTGACCTCGATTATGACGAGAAGGATAGTAGTTACAACCGGATCAAGAGCTTGGTGACAGAGGAACTGAAACAATACTTCAGGCCTGAGTTTTTGAATAGGTTGGATGAGATGATTGTCTTCCGTCAGCTCACAAAACTGGAGGTGAAGGAGATTGCGGATATAATGCTGAAGGAGGTATTTGATAGGTTAAAAGCAAAAGAAATAGACCTTCAAGTGACAGAAAGATTTAGAGATAGGGTGGTGGAGGAAGGATATAACCCAAGCTACGGTGCGAGACCATTGAGAAGGGCAATAATGAGACTTTTGGAGGACAGCATGGCAGAGAAGATGCTGGCAAGGGAGATCAAGGAGGGTGACTCGGTAATAGTTGATGTCGATTCAGACGGAAACGTCACAGTGCTCAACGGCAGCAGCGGTGCTCCCGAGTCCCTGCCGGATGCCATCCCTGTGTAA	5877	46.04	MASSEVSINPNSASFNDHTDSTKDTSDPPNALSVRDADIALYTELWNACAGPLVSVPRENERVFYFPQGHIEQVEASTSQVADQQMPVYNLPWKILCRVINVHLKAEPDTDEVFAQITLLPEANQDENAVDKEPPPPPPRRFHVHSFCKTLTASDTSTHGGFSVLRRHADECLPPLDMSRQPPTQELVAKDLHGTEWRFRHIFRGQPRRHLLQSGWSVFVSSKRLVAGDAFIFLRGENGELRVGVRRAMRQHGNVPSSVISSHSMHLGVLATAWHAISTGTMFTVYYKPRTSPSEFIVPYDQYMESIKKSYTIGMRFKMRFEGEEAPEQRFTGTIIGCEDADPKRWKDSKWRCLKVRWDETSTISRPEKVSPWKIEPALAPPALNPLPMTRPKRPRSNMVSTSPDSSVLTREGSSRVTVDPSPASAFTRVLQGQEFSTLRGNFIDSNDPDAAEKSVMWPPSLDDEKIDVVSTSKKHGADSWIPPPGRSEPTYADLLSGFGTNIDSSHGVRAGMGDSAVVTVNSIRKHAMDQDGKFNFLGGSSWSALPSGLSLNLVDSSQRGHIQAGDLSYQGRGNATFNGFGDHSMAHCHRTEQPHGNWLMPPPSSHFDYPVHSTELMSKPILFQNQDILKPKDGNCKLFGISLNKNPAIPDPAGLSRNMMNEAADVMHPNIHQIHSNESDLKAELSRGSKLADKSLAINEADKLQQPCAHNSKDTHSKSQGTSARSCTKVHKQGIALGRSVDLSRFNNYDELVAELDQLFEFGGELLAPKKNWLIVYTDDEGDMMLVGDDPWQEFCGMVRKIFIYTREEVQKMNPGSLNLKGDENPSIEGEEAKEIKSQAVPSMSVPESFWCGTEGVEQSNAARPEGCGLMLKVDGRNDVLNFGRASRRREHADTNGNLFKMGLQHEAATASWISLLESEGGQCHANISNKLFLKSKYIRCVEVYDAVATNHNHLPNGLPQYFWPVGCRSSILVFLWRFAAVGLAPPLTLSPFIVVEESPHRINNNTRGSSSQSHLLRPSLPTERLISINSQVDIMARVLVQSTNIPGLVGGRKNGLSSRGSANVKRVVKMMATVHAPGLTIRSFSGLRGFNSLDNMLRTGQNFHSKMAITISRRRKASRCVPRAMFERFTEKAIKVIMLAQEEARRLGHNFVGTEQILLGLIGEGTGIAAKVLKSMGINLKDARVEVEKIIGRGSGFVAVEIPFTPRAKRVLELSLEEARQLGHNYIGSEHLLLGLLREGEGVAARVLENLGADPSNIRTQVIRMVGESTEAVGAGVGGGSSGNKMPTLEEYGTNLTKLAEEGKLDPVVGRQQQIERVTQILGRRTKNNPCLIGEPGVGKTAIAEGLAQRIANGDVPETIEGKKVITLDMGLLVAGTKYRGEFEERLKKLMEEIKQSDEIILFIDEVHTLIGAGAAEGAIDAANILKPALARGELQCIGATTLDEYRKHIEKDPALERRFQPVKVPEPSVDETIQILKGLRERYEIHHKLRYTDEALVAAAQLSYQYISDRFLPDKAIDLVDEAGSRVRLRHAQLPEEARELEKELRQITKEKNEAVRSQDFEKAGELRDREMELKTKISALVDKGKEMSKAESEAGDVGPVVTEVDIQHIVSSWTGIPVEKVSTDESDRLLKMEETLHKRVIGQDEAVKAISRAIRRARVGLKNPNRPIASFIFSGPTGVGKSELAKALAAYYFGSEEAMIRLDMSEFMERHTVSKLIGSPPGYVGYTEGGQLTEAVRRRPYTVVLFDEIEKAHPDVFNMMLQILEDGRLTDSKGRTVDFKNTLLIMTSNVGSSVIEKGGRRIGFDLDYDEKDSSYNRIKSLVTEELKQYFRPEFLNRLDEMIVFRQLTKLEVKEIADIMLKEVFDRLKAKEIDLQVTERFRDRVVEEGYNPSYGARPLRRAIMRLLEDSMAEKMLAREIKEGDSVIVDVDSDGNVTVLNGSSGAPESLPDAIPV	1958

Gff information

Chromosome	Start	End	Strand	Old_gene	Gene	Num
6	29494682	29511660	-	CmPI595203_06g018750.1	Cmu06g1875	419535

Annotation

Seq ID	Length	Analysis	Description	Start	End	IPR	GO
Cmu06g1875	1958	Pfam	Clp amino terminal domain, pathogenicity island component	1142	1194	IPR004176	-
Cmu06g1875	1958	Pfam	Clp amino terminal domain, pathogenicity island component	1218	1269	IPR004176	-
Cmu06g1875	1958	MobiDBLite	consensus disorder prediction	1	29	-	-
Cmu06g1875	1958	Coils	Coil	1534	1561	-	-
Cmu06g1875	1958	Gene3D	-	310	380	-	-
Cmu06g1875	1958	MobiDBLite	consensus disorder prediction	395	421	-	-
Cmu06g1875	1958	FunFam	ATP-dependent Clp protease ATP-binding subunit ClpC	1127	1275	-	-
Cmu06g1875	1958	SUPERFAMILY	CAD & PB1 domains	723	803	-	-
Cmu06g1875	1958	Pfam	ATPase family associated with various cellular activities (AAA)	1333	1445	IPR003959	GO:0005524(InterPro)\|GO:0016887(InterPro)
Cmu06g1875	1958	ProSiteProfiles	PB1 domain profile.	726	810	IPR053793	-
Cmu06g1875	1958	Coils	Coil	1382	1402	-	-
Cmu06g1875	1958	CDD	B3_DNA	145	247	IPR003340	GO:0003677(InterPro)
Cmu06g1875	1958	SUPERFAMILY	Double Clp-N motif	1129	1270	IPR036628	-
Cmu06g1875	1958	Pfam	AAA domain (Cdc48 subfamily)	1670	1844	IPR003959	GO:0005524(InterPro)\|GO:0016887(InterPro)
Cmu06g1875	1958	Gene3D	-	1473	1617	-	-
Cmu06g1875	1958	SMART	ClpB_D2_small_2	1851	1941	IPR019489	-
Cmu06g1875	1958	MobiDBLite	consensus disorder prediction	1	31	-	-
Cmu06g1875	1958	Pfam	AAA lid domain	1471	1572	IPR041546	-
Cmu06g1875	1958	ProSiteProfiles	UVR domain profile.	1545	1580	IPR001943	GO:0005515(InterPro)
Cmu06g1875	1958	SMART	B3_2	147	249	IPR003340	GO:0003677(InterPro)
Cmu06g1875	1958	MobiDBLite	consensus disorder prediction	707	727	-	-
Cmu06g1875	1958	FunFam	Auxin response factor	145	249	-	-
Cmu06g1875	1958	Gene3D	-	1127	1275	IPR036628	-
Cmu06g1875	1958	Gene3D	-	1851	1947	-	-
Cmu06g1875	1958	Gene3D	-	1282	1471	IPR027417	-
Cmu06g1875	1958	SUPERFAMILY	P-loop containing nucleoside triphosphate hydrolases	1620	1937	IPR027417	-
Cmu06g1875	1958	PANTHER	ATP-DEPENDENT CLP PROTEASE	1129	1938	IPR050130	GO:0005737(PANTHER)\|GO:0016887(PANTHER)\|GO:0034605(PANTHER)
Cmu06g1875	1958	Pfam	C-terminal, D2-small domain, of ClpB protein	1851	1931	IPR019489	-
Cmu06g1875	1958	MobiDBLite	consensus disorder prediction	381	421	-	-
Cmu06g1875	1958	FunFam	Auxin response factor	721	815	-	-
Cmu06g1875	1958	Gene3D	UVR domain	1537	1601	-	-
Cmu06g1875	1958	Gene3D	-	1623	1849	IPR027417	-
Cmu06g1875	1958	ProSitePatterns	Chaperonins clpA/B signature 1.	1423	1435	IPR018368	GO:0005524(InterPro)
Cmu06g1875	1958	FunFam	ATP-dependent chaperone ClpB	1851	1943	-	-
Cmu06g1875	1958	Pfam	AUX/IAA family	771	814	IPR033389	-
Cmu06g1875	1958	ProSiteProfiles	Clp repeat (R) domain profile.	1128	1270	IPR004176	-
Cmu06g1875	1958	FunFam	Chaperone clpB 1, putative	1262	1471	-	-
Cmu06g1875	1958	ProSitePatterns	Chaperonins clpA/B signature 2.	1705	1723	IPR028299	-
Cmu06g1875	1958	FunFam	Auxin response factor	310	382	-	-
Cmu06g1875	1958	CDD	RecA-like_ClpB_Hsp104-like	1632	1848	-	-
Cmu06g1875	1958	SUPERFAMILY	DNA-binding pseudobarrel domain	144	276	IPR015300	-
Cmu06g1875	1958	CDD	AAA	1311	1463	-	-
Cmu06g1875	1958	FunFam	ATP-dependent Clp protease subunit	1624	1849	-	-
Cmu06g1875	1958	Pfam	B3 DNA binding domain	147	248	IPR003340	GO:0003677(InterPro)
Cmu06g1875	1958	SMART	AAA_5	1328	1468	IPR003593	GO:0016887(InterPro)
Cmu06g1875	1958	SMART	AAA_5	1671	1852	IPR003593	GO:0016887(InterPro)
Cmu06g1875	1958	PRINTS	ATP-dependent Clp protease ATP-binding subunit signature	1720	1738	IPR001270	GO:0005524(InterPro)
Cmu06g1875	1958	PRINTS	ATP-dependent Clp protease ATP-binding subunit signature	1749	1767	IPR001270	GO:0005524(InterPro)
Cmu06g1875	1958	PRINTS	ATP-dependent Clp protease ATP-binding subunit signature	1782	1796	IPR001270	GO:0005524(InterPro)
Cmu06g1875	1958	PRINTS	ATP-dependent Clp protease ATP-binding subunit signature	1675	1693	IPR001270	GO:0005524(InterPro)
Cmu06g1875	1958	SUPERFAMILY	P-loop containing nucleoside triphosphate hydrolases	1288	1570	IPR027417	-
Cmu06g1875	1958	ProSiteProfiles	B3 DNA-binding domain profile.	147	249	IPR003340	GO:0003677(InterPro)
Cmu06g1875	1958	FunFam	ATP-dependent Clp protease ATP-binding subunit	1472	1556	-	-
Cmu06g1875	1958	Pfam	Auxin response factor	273	355	IPR010525	GO:0003677(InterPro)\|GO:0005634(InterPro)\|GO:0006355(InterPro)\|GO:0009725(InterPro)
Cmu06g1875	1958	Gene3D	-	722	815	-	-
Cmu06g1875	1958	Gene3D	-	144	249	IPR015300	-

Pathway

Select	Query	KO	Definition	Second KO	KEGG Genes ID	GHOSTX Score
	Cmu06g1875	K03696	-	-	csv:101207083	1699.87

Dupl-types

Gene1	Location1	Gene2	Location2	E-value	Duplicated-type
Cmu01g2280	Cmu-Chr1:35083595	Cmu06g1875	Cmu-Chr6:29494682	5.60E-97	dispersed
Cmu02g2094	Cmu-Chr2:34577424	Cmu06g1875	Cmu-Chr6:29494682	1.40E-136	dispersed
Cmu03g0792	Cmu-Chr3:2142429	Cmu06g1875	Cmu-Chr6:29494682	0.00E+00	dispersed
Cmu05g0841	Cmu-Chr5:7574317	Cmu06g1875	Cmu-Chr6:29494682	3.50E-14	dispersed
Cmu05g1677	Cmu-Chr5:26805826	Cmu06g1875	Cmu-Chr6:29494682	6.00E-203	dispersed
Cmu06g1620	Cmu-Chr6:27403185	Cmu06g1875	Cmu-Chr6:29494682	1.50E-112	dispersed
Cmu06g1621	Cmu-Chr6:27408365	Cmu06g1875	Cmu-Chr6:29494682	8.90E-21	dispersed
Cmu06g1875	Cmu-Chr6:29494682	Cmu09g2074	Cmu-Chr9:36844676	2.70E-202	dispersed
Cmu06g1875	Cmu-Chr6:29494682	Cmu04g1227	Cmu-Chr4:26787972	1.70E-185	transposed

Deco-Alignment

Select	Vvi1	Blo1	Blo2	Bda1	Bda2	Bpe1	Bpe2	Bma1	Bma2	Cmo1	Cmo2	Cma1	Cma2	Car1	Car2	Sed1	Cpe1	Cpe2	Bhi1	Tan1	Cmetu1	Lac1	Hepe1	Mch1	Lcy1	Cla1	Cam1	Cec1	Cco1	Clacu1	Cmu1	Cre1	Cone1	Cone2	Cone3	Cone4	Lsi1	Csa1	Chy1	Cme1	Blo3	Blo4	Bda3	Bda4	Bpe3	Bpe4	Bma3	Bma4	Sed2	Cmo3	Cmo4	Cma3	Cma4	Car3	Car4	Cpe3	Cpe4	Bhi2	Tan2	Cmetu2	Lac2	Hepe2	Mch2	Lcy2	Cla2	Cam2	Cec2	Cco2	Clacu2	Cmu2	Cre2	Lsi2	Csa2	Chy2	Cme2
	Vvi17g29	.	.	Bda06g00709	Bda15g00698	.	.	.	.	.	.	Cma10g00018	Cma11g00007	Car10g00013	Car11g00006	.	.	.	.	.	.	.	.	.	.	Cla06g01783	Cam06g1977	Cec06g2027	Cco06g2035	Clacu06g1934	Cmu06g1875	Cre06g2687	.	.	Cone13ag0256	Cone19ag0241	.	.	.	.	.	Blo15g00190	.	.	Bpe07g00907	.	.	.	.	Cmo10g00016	Cmo11g00006	.	.	.	.	.	Cpe18g00938	.	.	.	.	.	.	.	.	.	.	.	.	.	.	Lsi06g01681	Csa01g00010	Chy02g02703	Cme02g02111

Syn-Families

Gene	Event_type	S_start	S_end	Function	Ath_gene	Identity(%)	E-value	Score
Cmu01g0795	.	67	276	B3 DNA Binding Superfamily	AT3G26790	56.6	3.8e-66	248.8
Cmu01g2254	.	174	328	B3 DNA Binding Superfamily	AT1G28300	59.4	5.9e-39	158.7
Cmu05g2358	.	1	348	B3 DNA Binding Superfamily	AT1G25560	58.6	7.8e-108	387.5
Cmu03g1564	.	34	311	B3 DNA Binding Superfamily	AT1G25560	63.9	2.7e-92	335.9
Cmu10g2596	.	41	155	B3 DNA Binding Superfamily	AT1G25560	66.1	2.7e-39	159.8
Cmu06g0229	.	71	200	B3 DNA Binding Superfamily	AT1G25560	57.6	1.9e-37	153.7
Cmu01g0125	.	30	138	B3 DNA Binding Superfamily	AT1G25560	66.1	4.2e-37	152.5
Cmu01g0125	.	29	143	B3 DNA Binding Superfamily	AT1G01030	82.8	3.0e-53	206.1
Cmu05g2358	.	183	306	B3 DNA Binding Superfamily	AT1G01030	62.2	7.9e-38	154.8
Cmu04g0940	.	14	696	B3 DNA Binding Superfamily	AT4G30080	59.6	5.9e-218	754.2
Cmu02g2113	.	50	732	B3 DNA Binding Superfamily	AT4G30080	57.5	2.3e-214	742.3
Cmu08g0698	.	5	684	B3 DNA Binding Superfamily	AT4G30080	54.9	8.9e-198	687.2
Cmu03g0632	.	4	736	B3 DNA Binding Superfamily	AT2G30470	51.9	7.2e-199	691.0
Cmu09g1701	.	16	380	B3 DNA Binding Superfamily	AT3G18990	57.8	9.2e-104	374.0
Cmu11g0026	.	5	676	B3 DNA Binding Superfamily	AT1G59750	67.9	1.2e-247	852.8
Cmu09g0906	.	14	676	B3 DNA Binding Superfamily	AT1G59750	51.0	1.6e-170	596.7
Cmu01g2432	.	58	418	B3 DNA Binding Superfamily	AT1G59750	55.6	1.4e-107	387.5
Cmu11g1159	.	20	401	B3 DNA Binding Superfamily	AT1G59750	51.9	1.4e-107	387.5
Cmu03g1247	.	23	396	B3 DNA Binding Superfamily	AT1G59750	53.2	3.0e-105	379.8
Cmu11g0133	.	23	380	B3 DNA Binding Superfamily	AT1G59750	53.4	2.8e-103	373.2
Cmu05g1895	.	42	379	B3 DNA Binding Superfamily	AT1G59750	52.2	1.6e-98	357.5
Cmu01g0800	.	4	201	B3 DNA Binding Superfamily	AT1G59750	52.0	6.1e-50	196.1
Cmu01g0803	.	68	229	B3 DNA Binding Superfamily	AT1G59750	55.8	5.3e-46	183.0
Cmu02g2113	.	49	732	B3 DNA Binding Superfamily	AT2G28350	58.6	5.9e-210	727.6
Cmu04g0940	.	13	696	B3 DNA Binding Superfamily	AT2G28350	55.3	2.1e-199	692.6
Cmu08g0698	.	13	690	B3 DNA Binding Superfamily	AT2G28350	50.8	5.2e-174	608.2
Cmu09g0906	.	14	691	B3 DNA Binding Superfamily	AT2G46530	56.2	3.1e-189	658.7
Cmu07g1130	.	18	694	B3 DNA Binding Superfamily	AT2G46530	53.1	2.1e-177	619.4
Cmu01g0172	.	82	737	B3 DNA Binding Superfamily	AT2G46530	53.7	2.3e-176	615.9
Cmu11g0026	.	13	666	B3 DNA Binding Superfamily	AT2G46530	50.8	8.6e-163	570.9
Cmu01g2432	.	36	403	B3 DNA Binding Superfamily	AT2G46530	51.9	1.5e-98	357.5
Cmu03g1247	.	1	368	B3 DNA Binding Superfamily	AT2G46530	50.4	1.2e-95	347.8
Cmu11g1159	.	21	376	B3 DNA Binding Superfamily	AT2G46530	50.4	3.3e-90	329.7
Cmu01g0803	.	59	229	B3 DNA Binding Superfamily	AT2G46530	54.1	2.1e-44	177.6
Cmu04g0940	.	14	696	B3 DNA Binding Superfamily	AT4G30080	59.6	5.9e-218	754.2
Cmu02g2113	.	50	732	B3 DNA Binding Superfamily	AT4G30080	57.5	2.3e-214	742.3
Cmu08g0698	.	5	684	B3 DNA Binding Superfamily	AT4G30080	54.9	8.9e-198	687.2
Cmu09g0906	.	50	678	B3 DNA Binding Superfamily	AT3G61830	54.3	1.7e-175	612.8
Cmu07g1130	.	54	671	B3 DNA Binding Superfamily	AT3G61830	51.8	5.1e-159	558.1
Cmu01g0172	.	119	744	B3 DNA Binding Superfamily	AT3G61830	51.0	7.4e-158	554.3
Cmu11g0026	.	53	647	B3 DNA Binding Superfamily	AT3G61830	51.8	2.9e-154	542.3
Cmu01g2432	.	86	399	B3 DNA Binding Superfamily	AT3G61830	53.5	1.5e-86	317.4
Cmu03g1247	.	51	364	B3 DNA Binding Superfamily	AT3G61830	51.7	1.2e-83	307.8
Cmu01g0800	.	4	182	B3 DNA Binding Superfamily	AT3G61830	53.9	1.1e-47	188.3
Cmu11g0133	.	1	1110	B3 DNA Binding Superfamily	AT1G19220	62.4	0.0e+00	1184.5
Cmu11g1159	.	1	1091	B3 DNA Binding Superfamily	AT1G19220	50.6	1.5e-239	826.6
Cmu06g1875	.	41	396	B3 DNA Binding Superfamily	AT1G19220	52.5	2.4e-104	377.5
Cmu11g0026	.	26	387	B3 DNA Binding Superfamily	AT1G19220	51.0	1.3e-97	355.1
Cmu01g0803	.	45	229	B3 DNA Binding Superfamily	AT1G19220	68.3	5.1e-70	263.5
Cmu09g0906	.	20	224	B3 DNA Binding Superfamily	AT1G43950	56.1	1.3e-60	229.9
Cmu07g1130	.	24	228	B3 DNA Binding Superfamily	AT1G43950	56.8	2.4e-59	225.7
Cmu01g0172	.	81	293	B3 DNA Binding Superfamily	AT1G43950	53.7	3.0e-57	218.8
Cmu11g0026	.	19	227	B3 DNA Binding Superfamily	AT1G43950	51.2	6.6e-57	217.6
Cmu06g1875	.	41	246	B3 DNA Binding Superfamily	AT1G43950	51.9	1.6e-55	213.0
Cmu01g2280	.	149	434	B3 DNA Binding Superfamily	AT2G33860	66.9	1.8e-109	393.3
Cmu02g2094	.	168	451	B3 DNA Binding Superfamily	AT2G33860	57.0	2.4e-90	329.7
Cmu06g1875	.	147	436	B3 DNA Binding Superfamily	AT2G33860	51.0	5.2e-77	285.4
Cmu01g2432	.	162	393	B3 DNA Binding Superfamily	AT2G33860	56.5	2.1e-70	263.5
Cmu03g1247	.	127	358	B3 DNA Binding Superfamily	AT2G33860	56.5	2.8e-70	263.1
Cmu11g0133	.	126	356	B3 DNA Binding Superfamily	AT2G33860	54.5	6.8e-69	258.5
Cmu11g1159	.	134	365	B3 DNA Binding Superfamily	AT2G33860	54.7	1.2e-68	257.7
Cmu07g1130	.	129	356	B3 DNA Binding Superfamily	AT2G33860	51.9	3.4e-68	256.1
Cmu05g1895	.	149	407	B3 DNA Binding Superfamily	AT2G33860	53.5	5.8e-68	255.4
Cmu09g0906	.	125	352	B3 DNA Binding Superfamily	AT2G33860	52.4	2.4e-66	250.0
Cmu01g0172	.	194	421	B3 DNA Binding Superfamily	AT2G33860	50.6	4.3e-63	239.2
Cmu02g2094	.	47	802	B3 DNA Binding Superfamily	AT5G60450	60.3	2.5e-249	858.6
Cmu01g2280	.	41	443	B3 DNA Binding Superfamily	AT5G60450	55.8	4.1e-122	436.0
Cmu03g1247	.	7	377	B3 DNA Binding Superfamily	AT5G60450	50.4	1.6e-102	370.9
Cmu11g0133	.	14	374	B3 DNA Binding Superfamily	AT5G60450	50.1	8.2e-99	358.6
Cmu01g0803	.	60	256	B3 DNA Binding Superfamily	AT5G60450	50.5	6.8e-45	179.5
Cmu05g1895	.	8	937	B3 DNA Binding Superfamily	AT1G19850	60.5	8.2e-292	1000.0
Cmu11g0026	.	16	357	B3 DNA Binding Superfamily	AT1G19850	52.5	1.6e-98	357.8
Cmu09g0906	.	10	351	B3 DNA Binding Superfamily	AT1G19850	50.3	1.3e-95	348.2
Cmu07g1130	.	24	355	B3 DNA Binding Superfamily	AT1G19850	51.3	1.2e-93	341.7
Cmu01g0803	.	55	229	B3 DNA Binding Superfamily	AT1G19850	62.7	5.0e-63	240.0
Cmu01g2432	.	36	938	B3 DNA Binding Superfamily	AT1G30330	68.9	0.0e+00	1199.5
Cmu03g1247	.	1	898	B3 DNA Binding Superfamily	AT1G30330	70.1	0.0e+00	1164.8
Cmu01g0800	.	4	667	B3 DNA Binding Superfamily	AT1G30330	52.4	8.4e-162	568.2
Cmu11g0026	.	23	383	B3 DNA Binding Superfamily	AT1G30330	54.0	4.0e-103	373.2
Cmu09g0906	.	7	352	B3 DNA Binding Superfamily	AT1G30330	53.8	1.4e-100	364.8
Cmu07g1130	.	24	379	B3 DNA Binding Superfamily	AT1G30330	52.6	1.8e-100	364.4
Cmu01g0172	.	92	462	B3 DNA Binding Superfamily	AT1G30330	50.5	2.5e-97	354.0
Cmu01g0803	.	45	229	B3 DNA Binding Superfamily	AT1G30330	86.6	7.0e-92	335.9
Cmu11g0133	.	1	1094	B3 DNA Binding Superfamily	AT5G20730	57.9	0.0e+00	1094.0
Cmu03g1247	.	4	471	B3 DNA Binding Superfamily	AT5G20730	59.2	1.1e-150	531.6
Cmu01g2432	.	39	503	B3 DNA Binding Superfamily	AT5G20730	59.1	6.9e-150	528.9
Cmu06g1875	.	41	393	B3 DNA Binding Superfamily	AT5G20730	52.0	4.1e-102	370.2
Cmu11g0026	.	7	360	B3 DNA Binding Superfamily	AT5G20730	51.7	2.6e-96	350.9
Cmu01g0800	.	2	271	B3 DNA Binding Superfamily	AT5G20730	54.3	5.8e-72	270.0
Cmu01g0803	.	45	229	B3 DNA Binding Superfamily	AT5G20730	65.1	3.6e-66	250.8
Cmu01g0800	.	2	636	B3 DNA Binding Superfamily	AT5G37020	61.8	8.3e-202	700.7
Cmu01g2432	.	132	900	B3 DNA Binding Superfamily	AT5G37020	53.8	4.1e-201	698.4
Cmu03g1247	.	97	861	B3 DNA Binding Superfamily	AT5G37020	52.7	1.2e-187	653.7
Cmu11g0133	.	96	420	B3 DNA Binding Superfamily	AT5G37020	62.4	3.9e-111	399.4
Cmu11g1159	.	104	461	B3 DNA Binding Superfamily	AT5G37020	59.1	6.3e-109	392.1
Cmu01g0803	.	142	229	B3 DNA Binding Superfamily	AT5G37020	88.6	8.7e-42	169.1
Cmu07g1130	.	1	697	B3 DNA Binding Superfamily	AT4G23980	56.1	5.1e-203	704.5
Cmu09g0906	.	17	676	B3 DNA Binding Superfamily	AT4G23980	58.1	3.2e-197	685.3
Cmu01g0172	.	85	738	B3 DNA Binding Superfamily	AT4G23980	57.9	1.2e-196	683.3
Cmu11g0026	.	16	647	B3 DNA Binding Superfamily	AT4G23980	52.7	6.3e-169	591.3
Cmu11g1159	.	17	385	B3 DNA Binding Superfamily	AT4G23980	50.3	2.0e-98	357.1
Cmu05g1895	.	46	379	B3 DNA Binding Superfamily	AT4G23980	52.4	4.9e-97	352.4
Cmu01g0800	.	4	194	B3 DNA Binding Superfamily	AT4G23980	50.8	5.0e-49	193.0
Cmu06g1875	.	36	846	B3 DNA Binding Superfamily	AT5G62000	63.2	7.4e-290	993.4
Cmu11g1159	.	8	404	B3 DNA Binding Superfamily	AT5G62000	51.2	2.0e-109	394.0
Cmu11g0133	.	23	381	B3 DNA Binding Superfamily	AT5G62000	54.0	4.6e-106	382.9
Cmu01g0803	.	65	229	B3 DNA Binding Superfamily	AT5G62000	57.0	1.3e-47	188.7
Cmu01g2254	.	174	328	B3 DNA Binding Superfamily	AT1G28300	59.4	5.9e-39	158.7
Cmu01g0795	.	67	276	B3 DNA Binding Superfamily	AT3G26790	56.6	3.8e-66	248.8
Cmu03g0632	.	4	736	B3 DNA Binding Superfamily	AT2G30470	51.9	7.2e-199	691.0
Cmu11g0133	.	1	1110	B3 DNA Binding Superfamily	AT1G19220	62.4	0.0e+00	1184.5
Cmu11g1159	.	1	1091	B3 DNA Binding Superfamily	AT1G19220	50.6	1.5e-239	826.6
Cmu06g1875	.	41	396	B3 DNA Binding Superfamily	AT1G19220	52.5	2.4e-104	377.5
Cmu11g0026	.	26	387	B3 DNA Binding Superfamily	AT1G19220	51.0	1.3e-97	355.1
Cmu01g0803	.	45	229	B3 DNA Binding Superfamily	AT1G19220	68.3	5.1e-70	263.5
Cmu05g1895	.	8	937	B3 DNA Binding Superfamily	AT1G19850	60.5	8.2e-292	1000.0
Cmu11g0026	.	16	357	B3 DNA Binding Superfamily	AT1G19850	52.5	1.6e-98	357.8
Cmu09g0906	.	10	351	B3 DNA Binding Superfamily	AT1G19850	50.3	1.3e-95	348.2
Cmu07g1130	.	24	355	B3 DNA Binding Superfamily	AT1G19850	51.3	1.2e-93	341.7
Cmu01g0803	.	55	229	B3 DNA Binding Superfamily	AT1G19850	62.7	5.0e-63	240.0
Cmu01g2432	.	36	938	B3 DNA Binding Superfamily	AT1G30330	68.9	0.0e+00	1199.5
Cmu03g1247	.	1	898	B3 DNA Binding Superfamily	AT1G30330	70.1	0.0e+00	1164.8
Cmu01g0800	.	4	667	B3 DNA Binding Superfamily	AT1G30330	52.4	8.4e-162	568.2
Cmu11g0026	.	23	383	B3 DNA Binding Superfamily	AT1G30330	54.0	4.0e-103	373.2
Cmu09g0906	.	7	352	B3 DNA Binding Superfamily	AT1G30330	53.8	1.4e-100	364.8
Cmu07g1130	.	24	379	B3 DNA Binding Superfamily	AT1G30330	52.6	1.8e-100	364.4
Cmu01g0172	.	92	462	B3 DNA Binding Superfamily	AT1G30330	50.5	2.5e-97	354.0
Cmu01g0803	.	45	229	B3 DNA Binding Superfamily	AT1G30330	86.6	7.0e-92	335.9
Cmu11g0133	.	1	1094	B3 DNA Binding Superfamily	AT5G20730	57.9	0.0e+00	1094.0
Cmu03g1247	.	4	471	B3 DNA Binding Superfamily	AT5G20730	59.2	1.1e-150	531.6
Cmu01g2432	.	39	503	B3 DNA Binding Superfamily	AT5G20730	59.1	6.9e-150	528.9
Cmu06g1875	.	41	393	B3 DNA Binding Superfamily	AT5G20730	52.0	4.1e-102	370.2
Cmu11g0026	.	7	360	B3 DNA Binding Superfamily	AT5G20730	51.7	2.6e-96	350.9
Cmu01g0800	.	2	271	B3 DNA Binding Superfamily	AT5G20730	54.3	5.8e-72	270.0
Cmu01g0803	.	45	229	B3 DNA Binding Superfamily	AT5G20730	65.1	3.6e-66	250.8
Cmu01g0800	.	2	636	B3 DNA Binding Superfamily	AT5G37020	61.8	8.3e-202	700.7
Cmu01g2432	.	132	900	B3 DNA Binding Superfamily	AT5G37020	53.8	4.1e-201	698.4
Cmu03g1247	.	97	861	B3 DNA Binding Superfamily	AT5G37020	52.7	1.2e-187	653.7
Cmu11g0133	.	96	420	B3 DNA Binding Superfamily	AT5G37020	62.4	3.9e-111	399.4
Cmu11g1159	.	104	461	B3 DNA Binding Superfamily	AT5G37020	59.1	6.3e-109	392.1
Cmu01g0803	.	142	229	B3 DNA Binding Superfamily	AT5G37020	88.6	8.7e-42	169.1
Cmu01g2280	.	149	434	B3 DNA Binding Superfamily	AT2G33860	66.9	1.8e-109	393.3
Cmu02g2094	.	168	451	B3 DNA Binding Superfamily	AT2G33860	57.0	2.4e-90	329.7
Cmu06g1875	.	147	436	B3 DNA Binding Superfamily	AT2G33860	51.0	5.2e-77	285.4
Cmu01g2432	.	162	393	B3 DNA Binding Superfamily	AT2G33860	56.5	2.1e-70	263.5
Cmu03g1247	.	127	358	B3 DNA Binding Superfamily	AT2G33860	56.5	2.8e-70	263.1
Cmu11g0133	.	126	356	B3 DNA Binding Superfamily	AT2G33860	54.5	6.8e-69	258.5
Cmu11g1159	.	134	365	B3 DNA Binding Superfamily	AT2G33860	54.7	1.2e-68	257.7
Cmu07g1130	.	129	356	B3 DNA Binding Superfamily	AT2G33860	51.9	3.4e-68	256.1
Cmu05g1895	.	149	407	B3 DNA Binding Superfamily	AT2G33860	53.5	5.8e-68	255.4
Cmu09g0906	.	125	352	B3 DNA Binding Superfamily	AT2G33860	52.4	2.4e-66	250.0
Cmu01g0172	.	194	421	B3 DNA Binding Superfamily	AT2G33860	50.6	4.3e-63	239.2
Cmu02g2094	.	47	802	B3 DNA Binding Superfamily	AT5G60450	60.3	2.5e-249	858.6
Cmu01g2280	.	41	443	B3 DNA Binding Superfamily	AT5G60450	55.8	4.1e-122	436.0
Cmu03g1247	.	7	377	B3 DNA Binding Superfamily	AT5G60450	50.4	1.6e-102	370.9
Cmu11g0133	.	14	374	B3 DNA Binding Superfamily	AT5G60450	50.1	8.2e-99	358.6
Cmu01g0803	.	60	256	B3 DNA Binding Superfamily	AT5G60450	50.5	6.8e-45	179.5
Cmu11g0026	.	5	676	B3 DNA Binding Superfamily	AT1G59750	67.9	1.2e-247	852.8
Cmu09g0906	.	14	676	B3 DNA Binding Superfamily	AT1G59750	51.0	1.6e-170	596.7
Cmu01g2432	.	58	418	B3 DNA Binding Superfamily	AT1G59750	55.6	1.4e-107	387.5
Cmu11g1159	.	20	401	B3 DNA Binding Superfamily	AT1G59750	51.9	1.4e-107	387.5
Cmu03g1247	.	23	396	B3 DNA Binding Superfamily	AT1G59750	53.2	3.0e-105	379.8
Cmu11g0133	.	23	380	B3 DNA Binding Superfamily	AT1G59750	53.4	2.8e-103	373.2
Cmu05g1895	.	42	379	B3 DNA Binding Superfamily	AT1G59750	52.2	1.6e-98	357.5
Cmu01g0800	.	4	201	B3 DNA Binding Superfamily	AT1G59750	52.0	6.1e-50	196.1
Cmu01g0803	.	68	229	B3 DNA Binding Superfamily	AT1G59750	55.8	5.3e-46	183.0
Cmu06g1875	.	36	846	B3 DNA Binding Superfamily	AT5G62000	63.2	7.4e-290	993.4
Cmu11g1159	.	8	404	B3 DNA Binding Superfamily	AT5G62000	51.2	2.0e-109	394.0
Cmu11g0133	.	23	381	B3 DNA Binding Superfamily	AT5G62000	54.0	4.6e-106	382.9
Cmu01g0803	.	65	229	B3 DNA Binding Superfamily	AT5G62000	57.0	1.3e-47	188.7
Cmu09g0906	.	14	691	B3 DNA Binding Superfamily	AT2G46530	56.2	3.1e-189	658.7
Cmu07g1130	.	18	694	B3 DNA Binding Superfamily	AT2G46530	53.1	2.1e-177	619.4
Cmu01g0172	.	82	737	B3 DNA Binding Superfamily	AT2G46530	53.7	2.3e-176	615.9
Cmu11g0026	.	13	666	B3 DNA Binding Superfamily	AT2G46530	50.8	8.6e-163	570.9
Cmu01g2432	.	36	403	B3 DNA Binding Superfamily	AT2G46530	51.9	1.5e-98	357.5
Cmu03g1247	.	1	368	B3 DNA Binding Superfamily	AT2G46530	50.4	1.2e-95	347.8
Cmu11g1159	.	21	376	B3 DNA Binding Superfamily	AT2G46530	50.4	3.3e-90	329.7
Cmu01g0803	.	59	229	B3 DNA Binding Superfamily	AT2G46530	54.1	2.1e-44	177.6
Cmu09g0906	.	50	678	B3 DNA Binding Superfamily	AT3G61830	54.3	1.7e-175	612.8
Cmu07g1130	.	54	671	B3 DNA Binding Superfamily	AT3G61830	51.8	5.1e-159	558.1
Cmu01g0172	.	119	744	B3 DNA Binding Superfamily	AT3G61830	51.0	7.4e-158	554.3
Cmu11g0026	.	53	647	B3 DNA Binding Superfamily	AT3G61830	51.8	2.9e-154	542.3
Cmu01g2432	.	86	399	B3 DNA Binding Superfamily	AT3G61830	53.5	1.5e-86	317.4
Cmu03g1247	.	51	364	B3 DNA Binding Superfamily	AT3G61830	51.7	1.2e-83	307.8
Cmu01g0800	.	4	182	B3 DNA Binding Superfamily	AT3G61830	53.9	1.1e-47	188.3
Cmu07g1130	.	1	697	B3 DNA Binding Superfamily	AT4G23980	56.1	5.1e-203	704.5
Cmu09g0906	.	17	676	B3 DNA Binding Superfamily	AT4G23980	58.1	3.2e-197	685.3
Cmu01g0172	.	85	738	B3 DNA Binding Superfamily	AT4G23980	57.9	1.2e-196	683.3
Cmu11g0026	.	16	647	B3 DNA Binding Superfamily	AT4G23980	52.7	6.3e-169	591.3
Cmu11g1159	.	17	385	B3 DNA Binding Superfamily	AT4G23980	50.3	2.0e-98	357.1
Cmu05g1895	.	46	379	B3 DNA Binding Superfamily	AT4G23980	52.4	4.9e-97	352.4
Cmu01g0800	.	4	194	B3 DNA Binding Superfamily	AT4G23980	50.8	5.0e-49	193.0
Cmu09g0906	.	20	224	B3 DNA Binding Superfamily	AT1G43950	56.1	1.3e-60	229.9
Cmu07g1130	.	24	228	B3 DNA Binding Superfamily	AT1G43950	56.8	2.4e-59	225.7
Cmu01g0172	.	81	293	B3 DNA Binding Superfamily	AT1G43950	53.7	3.0e-57	218.8
Cmu11g0026	.	19	227	B3 DNA Binding Superfamily	AT1G43950	51.2	6.6e-57	217.6
Cmu06g1875	.	41	246	B3 DNA Binding Superfamily	AT1G43950	51.9	1.6e-55	213.0
Cmu02g2113	.	49	732	B3 DNA Binding Superfamily	AT2G28350	58.6	5.9e-210	727.6
Cmu04g0940	.	13	696	B3 DNA Binding Superfamily	AT2G28350	55.3	2.1e-199	692.6
Cmu08g0698	.	13	690	B3 DNA Binding Superfamily	AT2G28350	50.8	5.2e-174	608.2
Cmu04g0940	.	14	696	B3 DNA Binding Superfamily	AT4G30080	59.6	5.9e-218	754.2
Cmu02g2113	.	50	732	B3 DNA Binding Superfamily	AT4G30080	57.5	2.3e-214	742.3
Cmu08g0698	.	5	684	B3 DNA Binding Superfamily	AT4G30080	54.9	8.9e-198	687.2
Cmu01g0125	.	29	143	B3 DNA Binding Superfamily	AT1G01030	82.8	3.0e-53	206.1
Cmu05g2358	.	183	306	B3 DNA Binding Superfamily	AT1G01030	62.2	7.9e-38	154.8
Cmu05g2358	.	1	348	B3 DNA Binding Superfamily	AT1G25560	58.6	7.8e-108	387.5
Cmu03g1564	.	34	311	B3 DNA Binding Superfamily	AT1G25560	63.9	2.7e-92	335.9
Cmu10g2596	.	41	155	B3 DNA Binding Superfamily	AT1G25560	66.1	2.7e-39	159.8
Cmu06g0229	.	71	200	B3 DNA Binding Superfamily	AT1G25560	57.6	1.9e-37	153.7
Cmu01g0125	.	30	138	B3 DNA Binding Superfamily	AT1G25560	66.1	4.2e-37	152.5
Cmu02g0623	.	52	283	B3 DNA Binding Superfamily	AT3G19184	62.2	1.3e-68	256.9
Cmu08g1513	.	6	227	B3 DNA Binding Superfamily	AT3G19184	55.5	3.3e-53	205.7
Cmu08g1512	.	423	646	B3 DNA Binding Superfamily	AT3G19184	50.9	3.9e-46	182.2
Cmu08g1513	.	51	228	B3 DNA Binding Superfamily	AT5G42700	58.3	8.3e-53	203.8
Cmu02g0623	.	102	268	B3 DNA Binding Superfamily	AT5G42700	55.6	1.8e-44	176.0
Cmu08g1512	.	471	647	B3 DNA Binding Superfamily	AT5G42700	50.3	5.9e-43	171.0
Cmu09g1701	.	16	380	B3 DNA Binding Superfamily	AT3G18990	57.8	9.2e-104	374.0

Syn-Orthogroups

Select	Orthogroup	Bda	Bhi	Blo	Bma	Bpe	Cam	Car	Cco	Cec	Chy	Cla	Clacu	Cma	Cme	Cmetu	Cmo	Cmu	Cone	Cpe	Cre	Csa	HCH	Hepe	Lac	Lcy	Lsi	Mch	Sed	Tan	Vvi	Total
	OG0002235	2	2	2	1	2	2	3	2	2	2	2	2	4	2	2	4	2	2	4	2	2	1	2	2	2	2	1	2	2	1	63

Regulatory proteins

Select	Gene	Hmm_acc	Hmm_name	Score	E-value	Regulatory Factors	Family
	6462	PF07724	AAA_2	7.50E-55	CL0023	Cmu	TF