Pmet016329.1


Basic Information
Transcription Factor Domain
Sequence Information
Similer Transcription Factors

Basic Information

Insect
Phlogophora meticulosa
Gene Symbol
-
Assembly
GCA_905147745.1
Location
LR990517.1:25359965-25371348[+]

Transcription Factor Domain

TF Family
MYB
Domain
Myb_DNA-binding domain
PFAM
PF00249
TF Group
Helix-turn-helix
Description
This family contains the DNA binding domains from Myb proteins, as well as the SANT domain family [1].
Hmmscan Out
# of c-Evalue i-Evalue score bias hmm coord from hmm coord to ali coord from ali coord to env coord from env coord to acc
1 20 5.4 8.6e+03 -2.3 0.0 5 20 246 261 246 262 0.93
2 20 5.4 8.6e+03 -2.3 0.0 5 20 384 399 384 400 0.93
3 20 5.4 8.6e+03 -2.3 0.0 5 20 522 537 522 538 0.93
4 20 0.59 9.4e+02 0.8 0.0 5 20 660 675 660 677 0.93
5 20 5.4 8.6e+03 -2.3 0.0 5 20 798 813 798 814 0.93
6 20 0.59 9.4e+02 0.8 0.0 5 20 936 951 936 953 0.93
7 20 0.59 9.4e+02 0.8 0.0 5 20 1074 1089 1074 1091 0.93
8 20 0.59 9.4e+02 0.8 0.0 5 20 1212 1227 1212 1229 0.93
9 20 0.16 2.5e+02 2.6 0.0 5 23 1350 1368 1350 1376 0.90
10 20 0.59 9.4e+02 0.8 0.0 5 20 1414 1429 1414 1431 0.93
11 20 1.2 1.8e+03 -0.2 0.0 5 18 1957 1970 1957 1974 0.89
12 20 0.59 9.4e+02 0.8 0.0 5 20 2091 2106 2091 2108 0.93
13 20 6 9.5e+03 -2.4 0.0 5 20 2225 2240 2225 2242 0.94
14 20 0.59 9.4e+02 0.8 0.0 5 20 2359 2374 2359 2376 0.93
15 20 0.59 9.4e+02 0.8 0.0 5 20 2493 2508 2493 2510 0.93
16 20 0.59 9.4e+02 0.8 0.0 5 20 2597 2612 2597 2614 0.93
17 20 6 9.5e+03 -2.4 0.0 5 20 2731 2746 2731 2748 0.94
18 20 0.59 9.4e+02 0.8 0.0 5 20 2865 2880 2865 2882 0.93
19 20 1 1.7e+03 -0.0 0.0 5 20 2999 3014 2999 3016 0.91
20 20 6 9.5e+03 -2.4 0.0 5 20 3137 3152 3137 3154 0.94

Sequence Information

Coding Sequence
ATGCCTGAACTAAACAAACGTAAAAGACCAGCCCCGCCACGAAACAGAAGTGGACATCGGAAAGATTCAAAACATAAAAAATACGAACAAAGCCCTTTTCATTCGAAATTTATTGTCAATGTCTTTTCTGAACATCGGTTTGATGAGCGCTTAAACCCTTTTAACTATCCCAGACAGACAAAATTAAAAATCTACAGGTGTCAAGTAGGCACTGGACAGGACAATTGTTGCTGTACTTGTAACTCTGATGCGATGTTTGAAGTCATGAAAAGCTTGTACGACTGTTATAAAAAGAGAAATTGCGAAAACTGCAATTGCATACTTTGTGGTCATTTACAAAAAGAAGAGAAGTTGTCTTTAAAGAGCTTTTCAGAAAAAGAAAAACTTCTAAGAGCGCAAGTTATGAAAGGTTTGGCTCTCCCTGAAGGTAAAACAGAATCAGAAACTAAACTTATTAACAAGGTTCGCACTGATCTTGGGGCACCTATTGAACCTGAAACTAAAGCTATAAGAGATAAACATGAACAAGCAGCTCAAACGGGCAAACTACTGCCACTGGAAGGCCAAACACCTTCAGAAAAAGAAAAGATATTAAAAGATCTACACGCTATGGGTATTCCATTACCAGTAGGACGGACGTCATCTGAAAAAGCTCTTATAGCCAAAATATTAGACAAAGCGGAGCGAATGCGTAAAGCAAAAGAGGAAGGATTACTAACGACCCTTAAAGGCAAAACACCAGAAGACCGAGACAAAATTCTAAGAGCACTTGCTATGAAAGGTTTACCTCTGCCAGAGGGTCAAACGCCTTCAGAAACGAAACTAATTGACAAGGTTCGGGCCGATCTTGGTTTACCTATCGAACCTAAAAATAAAGCTATTCGAGATAAACATGAAAAAGCAGCAGAAGCTGGCTTACTTTTTCCTTTGGAGGGCAAAACACCTGCAAAAAAAGAAAAGCTACTACGTGGTCAACATAATATGGGTATTCCATTACCTATAGGGCGGACGCCATCGGAGAAATCTCTAATAGCCAAAATAGCAGCAAGCCCTCGTTTACCCTCAGATACAGTGTCAGCGATTCCGTCTCCTTCGGAACGAATGCGTAAAGCAAAAGCAGAAGGATTACTAACTTCCCTCAAAAGCAAAACACCAGAAGACCGAGACAAAATTCTAAGAGCACTTGCTATGAAAGGTTTACCTCTGCCAGAGGGTCAAACGCCTTCAGAAAAGAAACTAATTGACAAGGTTCGGGCCGATCTTGGTTTACCTATCGAACCTAAAAATAAAGCTATTCGAGATAAACATGAAAAAGCAGCAGAAGCTGGTTTGCTTTTTCCTTTGGAGGGCAAAACACCTGCAAAAAAAGAAAAGCTACTACGTGGTCAACATAATATGGGTATTCCATTACCTGTAGGGCGGACGCCATCGGAGAAATCTCTAATAGCCAAAATAGTAGCAAGCCCTCGTTTACCCTCAGATACAGTGTCAGCGATTCCGTCTCCTTCGGAGCGAATGCGTAAAGCAAAAGCAGAAGGATTACTAACTTCCCTCAAAAGCAAAACACCAGAAGACCGAGACAAAATTCTAAGAGCACTTGCTATGAAAGGTTTACCTCTGCCAGAGGGTCAAACGCCTTCAGAAAAGAAACTAATTGACAAGGTTCGGGCCGATCTTGGTTTACCTATCGAACCAAAAAATAAAGCTATTCGAGATAAACATGAAAAAGCAGCAGAAGCTGGCTTACTTTTTCCTTTGGAGGGCAAAACACCTGCAAAAAAAGAAAAGCTACTACGAGGTCAACATAATATGGGTATTCCATTACCTATAGGGCGGACGCCATCGGAGAAATCTCTAATAGGCAAAATAGCAGCAAGCCCTCGTTTACCCCCAGATACAGTGTCAGCGATTCCGTCACCTTCGGAGCGAATGCGTAAAGCAAAAGCAGAAGGATTACTAACTCCACTCAAGGGCAAAACACCAGAAGAACGAGACAAAATTCTTAGAGCACTTGCCATGAAAGGTTTACCTCTGCCAGAGGGTCAAACGCCTTCAGAAAAGAAACTAATTGACAAGGTTCGGGCCGATCTTGGTTTACCTATCGAACCAAAAAATAAAGCTATTCGAGATAAACATGAAAAAGCAGCAGAAGCTGGCTTACTTTTTCCTTTGGAGGGCAAAACACCTGCAAAAAAAGAAAAGCTACTACGTGGTCAACATAATATGGGTATTCCATTACCTGTAGGGCGGACGCCATCGGAGAAATCTCTAATAGCCAAAATAGCAGCAAGCCCTCGTTTACCCTCAGATACAGTGTCAGCGATTCCGTCTCCTTCGGAGCGAATGCGTAAAGCAAAAGCAGAAGGATTACTAACTTCCCTCAAAAGCAAAACACCAGAAGACCGAGACAAAATTCTAAGAGCACTTGCTATGAAAGGTTTACCTCTGCCAGAGGGTCAAACGCCTTCAGAAAAGAAACTAATTGACAAGGTTCGGGCCGATCTTGGTTTACCTATCGAACCTAAAAATAAAGCTATTCGAGATAAACATGAAAAAGCAGCAGAAGCTGGCTTACTTTTTCCTTTGGAGGGCAAAACACCTGCAAAAAAAGAAAAGCTACTACGTGGTCAACATAATATGGGTATTCCATTACCTATAGGGCGGACGCCATCGGAGAAATCTCTAATAGCCAAAATAGCAGCAAGCCCTCGTTTACCCTCACAAGCAGTTTCAGAGATTCCATCGCCTTCGGAGCGAATGCGTAAAGCAAAAGCAGAAGGATTAGTAACTCCGCTCAAGGGCAAAACACCAGAAGAACGAGACAAAATTCTAAGAGCACTTGCTATGAAAGGTTTACCTCTGCCAGAGGGTCAAACGCCTTCAGAAAAGAAACTAATTGACAAGGTTCGGGCCGATCTTGGTTTACCTATCGAACCTAAAAATAAAGCTATTCGAGATAAACATGAAAAAGCAGCAGAAGCTGGCTTACTTTTTCCGTTGGAGGGCAAAACACCTGCAAAAAAAGAAAAGCTACTACGTGGTCAACATAATATGGGTATTCCATTACCTATAGGGCGGACGCCATCGGAGAAATCTCTAATAGCCAAAATAGCAGCAAGCCCTCGTTTACCCTCACAAGCAGTTTCAGAGATTCCATCGCCTTCGGAGCGAATGCGTAAAGCAAAAGCAGAAGGATTACTAACTCCGCTCAAGGGCAAAACACCAGAAGAACGAGACAAAATTCTAAGAGCACTTGCTATGAAAGGTTTACCTCTGCCAGAGGGTCAAACGCCTTCAGAAAAGAAACTAATTGACAAGGTTCGGGCCGATCTTGGTTTACCTATCGAACCTAAAAATAAAGCTATTCGAGATAAACATGAAAAAGCAGCAGAAGCTGGCTTACTTTTTCCGTTGGAGGGCAAAACACCTGCAAAAAAAGAAAAGCTACTACGTGGTCAACATAATATGGGTATTCCATTACCTATAGGGCGGACGCCATCGGAGAAATCTCTAATAGCCAAAATAGCAGCAAGCCCTCGTTTACCCTCACAAGCAGTTTCAGAGATTCCATCGCCTTCGGAGCGAATGCGTAAAGCAAAAGCAGAAGGATTACTAACTCCGCTCAAGGGCAAAACACCAGAAGAACGAGACAAAATTCTAAGAGCACTTGCTATGAAAGGTTTACCTCTGCCAGAGGGTCAAACGCCTTCAGAAAAGAAACTAATTGACAAGGTTCGGGCCGATCTTGGTTTACCTATCGAACCTAAAAATAAAGCTATTCGAGATAAACATGAAAAAGCAGCAGAAGCTGGCTTACTTTTTCCGTTGGAGGGCAAAACACCTGCAAAAAAAGAAAAGCTACTACGTGGTCAACATAATATGGGTATTCCATTACCTATAGGGCGGACGCCATCGGAGAAATCTCTAATAGCCAAAATAGCAGCAAGCCCTCGTTTACCCTCACAAGCAGTTTCAGAGATTCCATCGCCTTCGGAGCGAATGCGTAAAGCAAAAGCAGAAGGATTACTAACTCCGCTCAAGGGCAAAACACCAGAAGAACGAGACAAAATTCTAAGAGCACTTGCTATGAAAGGGCGGACGCCATCGGAGAAATCTCTAATAGCCAAAATAGCAGCAAGCCCTCGTTTACCCTCAAAAGCAGTTTCAGAGATTCCATCGCCTTCGGAGCGAATGCGTAAAGCAAAAGCAGAAGGATTACTAACTCCGCTCAAGGGCAAAACACCAGAAGAACGAGACAAAATTCTAAGAGCACTTGCTATGAAAGGTTTACCTCTGCCAGAGGGTCAAACGCCTTCAGAAAAGAAACTAATTGACAAGGTTCGGGCCGATCTTGGTTTACCTATCGAACCTAAAAATAAAGCTATTCGAGATAAACATGAAAAAGCAGCAGAAGCTGGCTTACTTTTTCCTTTGGAGGGCAAAACACCTGCAAAAAAAGAAAAGTTACTACGAGGTCAACATAATATGGGTATTCCATTACCTATAGGGCGGACGCCATCGGAGAAATCTCTAATAGCCAAAATAGCAGCAAGCCCTCGTTCCCCTTCAAAAGCAGGGTTAGAAACCAGAAGGCATTCAGAACAAATGCGTAGAGCAAAAGCGGAAGGATTACTTACGTCCCTCAAGGGTAAAACACCAGAACAAATAGAAAAAAATCTTAAGGCTTTAGCTAACCGAGGTATACCCCTCCCTGAAGGTCAATCCCCGTCAGAAAAAAAACTTATTGATAAGGTTCGTGCTGACCTTGGCCTACCTATTGAACCTAAAAATAAAGCCATTCGAGATAAACATGAAAAAGCAGCTATAGCTGGCTTACTACTGCCATTGGAAGGAAAAACACCGTCTCAAAAGGAAAAGATATTACGAGGTCAACATAATATGGGTATTCCATTACCTGTAGGACGGTCGCCATCCGAAAAAGCTCTTATAGCCAAAGTTGCGGACAGTTCTCGTCCACCTTCAAAGGCAGCTTTAGAAACCATAAGGCCTTCGGAACAAATGCGTAGAGCAAAAGCAGAAGGATTACTGACGCCGCTCAGGGATAAAACACCGGAACAAAGAGAAAAAAATTTAAAAGCTTTAGCTAACCGAGGCTTACCGCTCCCCGAAGGTCAATCACCTTCAGAAAAGAAACTCATTGATAAGGTTCGTGCTGACCTTGGGCTACCTATCGAACCTAAAAATAAAACCATTCGAGATAAACATGAGAAAGCAGCTAAAGCTGGATTACTATTGCCATTGGAAGGAAAAACACAAGCTCAAAAAGAGAAGATATTACGAGGTCAACATAATATGGGTATTCCATTACCTGTCGGACGGTCGCCATCCGAAAAAGCTCTCATAGCCAAAGTAGCATCAGGCCCTCGTTCAGTAGCAATTATCAAGCCTTCGGAACAAATGCGTAGAGCGAAAGCGGAAGGGTTACTTACGCCCCTCAAAAATAAAACAGAAGAGCAAAAAGACAAAATACTAAGAGCACTTGCTATGAAAGGTTTACCTCTGCCAGAGGGTCAAACGCCTTCAGAAAAGAAACTAATTGACAAGGTTCGTGCCGACCTTGGTCTACCTGTTGAACCCAAAAATAAAGCTATTCGAGATAAGCATGAAAAAGCAGCCTTAGCTGGCATACTCCAACCATTGGAAGGCAAAGCACCTGCACATAAGGAAGTGATATTAAATGGTTTACATGATATGGGCATACCATTACCAATAGGTCGGACGCCATCGGAAAAATCACTTATTGCCAAAGTAGCGGCAAGTCCTCGTACACCTTCAGCTATCATTAAACCATATGAGCAAATGCGTAGAGCGAAGGCGGAAGGATTGCTGACACCCCTAATTGGCAAAACACCAGAAGAGAAAGAGAAAGTTGTGAAGGCACTAGCTAACCGAGGTATACCCCTCCCTGAGGGTCAATCACCTTCAGAAAAAAAACTTATTGAGAAGGTTCGAACCGACCTTGGCCTACCTATTGAACCGAAGAATAAAACCATTCGAGATAGACACGATAAAGCAGCTTTAGCTGGTTATTTATTTCCATTGGAGGGCAAGACACCTGAACAGAAAAAAAAGATACTCAAAGGTTTACATGATATGGGTATTCCATTACCTGTAGGGCGGACACCATCGGAAAAGTCTCTGATTGCTAAAATAGCGGCTAGTCCTCGTGCACCTTCAGCATCCCTAAAGCCTTCTGAACAAATGCGTAGGGCGAAAGCTGAAGGATTACTAACTCCACTCAAGGGCAAAACACCAGAAGAACGAGACAAAATTCTAAGAGCACTTGCCATGAAAGGTTTACCTCTGCCAGAGGGTCAAACGCCTTCAGAAAAGAAACTTATTAACAAGGTTCGTGCTGACCTTGGACTACCTATTGAACCTGAAAATAAAGCCATTCGAGATAAACATGAAAAAGCAGCTAAAGCTGGCATACTTCAGCCATTGGAGGACAAGACACCTGAACAGAAAAAAAAGATACTCAAAGGTTTACATGATATGGGTATTCCATTACCTGTAGGGCGGACACCATCGGAAAAGTCTCTGATTGCTAAAATAGCGGCTAGTCCTCGTTCACCTTCAGCATCCCTAAAGCCTTCTGAACAAATGCGTAAGGCGAAAGCTGAAGGATTACTAACTCCACTCAAGGGCAAAACACCAGAACAGAGAGACAAAATTTTAAGGGCACTAGCTAACCTAGGTTTGCCCCTACCTGAGGGTAAATCACCTTCAGAAAATAAACTTATTGACAAGGTTCGTGCTGACCTTGGGCTACCTATTGAACCTGAAAATAAAGCCATTCGAGATAAACATGAAAAAGCAGCTAAAGCTGGCATACTTCAGCCATTGGAGGGCAAGACACCTGAACAGAAAAAAAAGATACTCAAAGGTTTACATGATATGGGTATTCCATTACCTGTAGGGCGGACACCATCAGAAAAGTCTCTGATTGCTAAAATAGCGGCTAGTCCTCGTGCACCTTCAGCATCCCTAAAGCCTTCTGAACAAATGCGTAGGGCGAAAGCTGAAGGATTACTAACTCCACTCAAGGGCAAAACACCAGAAGAACGAGACAAAATTCTAAGAGCACTTGCCATGAAAGGTTTACCTCTGCCAGAGGGTCAAACGCCTTCAGAAAAGAAACTTATTAACAAGGTTCGTGCTGACCTTGGGCTACCTATTGAACCTGAAAATAAAGCCATTCGAGATAAACATGAAAAAGCAGCTAAAGCTGGCATACTTCAGCCATTGGAGGGCAAGACACCTGAACAGAAAAAAAAGATACTCAAAGGTTTACATGATATGGGTATTCCATTACCTGTAGGGCGGACACCATCAGAAAAGTCTCTGATTGCTAAAATAGCGGCTAGTCCTCGTGCACCTTCAGCATCCCTAAAGCCTTCTGAACAAATGCGTAAGGCGAAAGCTGAAGGATTACTAACTCCACTCAAGGGCAAAACACCAGAAGAACGAGACAAAATTCTAAGAGCACTTGCCATGAAAGGTTTACCTCTGCCAGAGGGTCAAACGCCTTCAGAAAAGAAACTTATTAACAAGCCATTGGAGGGCAAGACACCTGAACAGAAAAAAAAGATACTCAAAGGTTTACATGATATGGGTATTCCATTACCTGTAGGGCGGACACCATCGGAAAAGTCTCTGATTGCTAAAATAGCGGCTAGTCCTCGTTCACCTTCAGCATCCCTAAAGCCTTCTGAACAAATGCGTAGGGCGAAAGCTGAAGGATTACTAACTCCACTCAAGGGCAAAACACCAGAAGAACGAGACAAAATTCTAAGAGCACTTGCCATGAAAGGTTTACCTCTGCCAGAGGGTCAAACGCCTTCAGAAAAGAAACTTATTAACAAGGTTCGTGCTGACCTTGGGCTACCTATTGAACCTGAAAATAAAGCCATTCGAGATAAACATGAAAAAGCAGCTAAAGCTGGCATACTTCAGCCATTGGAGGGCAAGACACCTGAACAGAAAAAAAAGATACTCAAAGGTTTACATGATATGGGTATTCCATTACCTGTAGGGCGGACACCATCGGAAAAGTCTCTGATTGCTAAAATAGCGGCTAGTCCTCGTTCACCTTCAGCATCCCTAAAGCCTTCTGAACAAATGCGTAAGGCGAAAGCTGAAGGATTACTAACTCCACTCAAGGGCAAAACACCAGAACAGAGAGACAAAATTTTAAGGGCACTAGCTAACCTAGGTTTGCCCCTACCTGAGGGTAAATCACCTTCAGAAAATAAACTTATTGACAAGGTTCGTGCTGACCTTGGGCTACCTATTGAACCTGAAAATAAAGCCATTCGAGATAAACATGAAAAAGCAGCTAAAGCTGGCATACTTCAGCCATTGGAGGGCAAGACACCTGAACAGAAAAAAAAGATACTCAAAGGTTTACATGATATGGGTATTCCATTACCTGTAGGGCGGACACCATCGGAAAAGTCTCTGATTGCTAAAATAGCGGCTAGTCCTCGTGCACCTTCAGCATCCCTAAAGCCTTCTGAACAAATGCGTAAGGCGAAAGCTGAAGGATTACTAACTCCACTCAAGGGCAAAACACCAGAAGAACGAGACAAAATTCTAAGAGCACTTGCCATGAAAGGTTTACCTCTGCCAGAGGGTCAAACGCCTTCAGAAAAGAAACTTATTAACAAGGTTCGTGCTGACCTTGGGCTACCTATTGAACCTGAAAATAAAGCCATTCGAGATAAACATGAAAAAGCAGCTAAAGCTGGCATACTTCAGCCATTGGAGGGCAAGACACCTGAACAGAAAAAAAAGATACTCAAAGGTTTACATGATATGGGTATTCCATTACCTGTAGGGCGGACACCATCGGAAAAGTCTCTGATTGCTAAAATAGCGGCTAGTCCTCGTTCACCTTCAGCATCCCTAAAGCCTTCTGAACAAATGCGTAGGGCGAAAGCTGAAGGATTACTAACTCCACTCAAGGGCAAAACACCAGAAGAACGAGACAAAATTCTAAGAGCACTTGCCACGAAAGGTTTACCTCTGCCAGAGGGTCAAACGCCTTCAGAAAAGAAACTTATTAACAAGGTTCGTGCTGACCTTGGGCTACCTATTGAACCTGAAAATAAAGCCATTCGAGATAAACATGAAAAAGCAGCTAAAGCTGGTATACTTCAGCCATTGGAGGGCAAGACACCTGAACAGAAAAAAAAGATACTTAAAGGATTACATGATATGGGTATTCCATTACCTGTAGGGCGGACACCATCAGAAAAATCTCTTATCGCTAAAATCTTGGCAGGTCCTAGTCCAACTTCAAAAGCTCCTTCAGCAACTCTCTCTCCTTCCGAGCAAATGCGTAGAGCGAAAGCGGAAGGATTACTAACTCCACTCAAGGGCAAAACACCAGAACAAAGAGACAAAATTCTAAGGGCACTAGCCAACCTAGGTTTGCCCCTACCTGAGGGTAAGTCACCTTCAGAAAAAAAGCTTATTGACAAGGTTCGTGGTGATCTTGGCCTACCTATTGAACCTGAAAGTAAAGCCATTCGAGATAAACATGAACAAGCAGCTAAAGCTGGCTTACTATTTCCGTTGGAGGGCAAAACACCTAAAAATAAGGAAAAGCTACTACGAGGTCAATATAATATGGGTATTCCTTTACCTGTAGGACGGACGCCATCAGAGAAAGCGCTCATAGCCAAAATCAAGGCAGGTCCTGCAGCGGGAATAGCTGGGGAGTATCAAGATGTTGCCAAAACAACAAAATGTGACCGAGGCTGCGGTTGTGAAAGAAAGAAAATTAGATTTAAACATAGTTACGTAAAAATTAAAGTGACAACCCCAGATATATCTTCTTTTTGTGATTGTCCCGGTGAATGTATACCAGGTGTTCAGAGCGGAGCCTTTATTGACAGCGATGGTATAAAAGTTACCGTGGTGAGAGCTATTGGTACCCCATCATTTACAAGAGAGCATAACAATCGTGTCATTCTTGAGGAGATTCTATCAAAATCAGACCACATTAACACTCTTACCGATTATAAAGGTCTAGAAGACTCTTTAGAGTCAAGATATAAAATTTCCAGTTCTGAATCCTTTCCTGGTTCTGATAGAGTGAACTGCACCATACAAAGTTCCTGTTCTGATGAAAGCTGTAGTACCAGACCATATAGTACTGAGAGCGATAACGCTTACCTGCAGAGTAGTACATCACCCTACGATGGCAGAATGAGTGCATCTGATAGGACTGTGGAAAGTTCAAGTCACCTTCATCCATCAGTAGGTATTTACGAAGGCCTATCTCCTAAAACTAAATCTACCGCAAACAGTCTTGATTCAATTCTCGTCATAAAAAGTGAGATATTATTATTTAGTACAAGTTCCAACAATAGCATGGACACTGACAGCTCTATGTCAGTTACGGACGGCAGCATCACATCTAACTCCACACGAAACACGGACTACCAGTCTACTGGTGACCCTATGAGTAGTAGCTCAATAGATGGACCAACAACAAGCGACGATTCGATCGACAATCCCACATTTATTGGGGAATGCAAGATTCCAAGACATTTAGGAGGAGTAGTCCCACAGCCCGAGTATAAAATTCTAAGAATGTCTCAAACAAAGCTTAATTTTGAAAGCAACAAGATGGTGACAAATAGACACTCTGAAACTGAGGAGCCCGTTGTGCTACTCAACCACTTGCCTAGTAAACTTGATGTTTCGAAGATACTGGAAAAAGTTATGGCCAAAAACCGTTTCTTGGGAGCCTCCTCAATTTATATAGTAGTTCCAATGTCTGAAGATGACGAGGAACAAGGCTCCTTCAACTATCATGATTCTTTTACCAGTATTCGTTCGGGTAAAACTGATATCATACTGAAAGATACCAGTGAAGCGGATCCGAGTGAGTAA
Protein Sequence
MPELNKRKRPAPPRNRSGHRKDSKHKKYEQSPFHSKFIVNVFSEHRFDERLNPFNYPRQTKLKIYRCQVGTGQDNCCCTCNSDAMFEVMKSLYDCYKKRNCENCNCILCGHLQKEEKLSLKSFSEKEKLLRAQVMKGLALPEGKTESETKLINKVRTDLGAPIEPETKAIRDKHEQAAQTGKLLPLEGQTPSEKEKILKDLHAMGIPLPVGRTSSEKALIAKILDKAERMRKAKEEGLLTTLKGKTPEDRDKILRALAMKGLPLPEGQTPSETKLIDKVRADLGLPIEPKNKAIRDKHEKAAEAGLLFPLEGKTPAKKEKLLRGQHNMGIPLPIGRTPSEKSLIAKIAASPRLPSDTVSAIPSPSERMRKAKAEGLLTSLKSKTPEDRDKILRALAMKGLPLPEGQTPSEKKLIDKVRADLGLPIEPKNKAIRDKHEKAAEAGLLFPLEGKTPAKKEKLLRGQHNMGIPLPVGRTPSEKSLIAKIVASPRLPSDTVSAIPSPSERMRKAKAEGLLTSLKSKTPEDRDKILRALAMKGLPLPEGQTPSEKKLIDKVRADLGLPIEPKNKAIRDKHEKAAEAGLLFPLEGKTPAKKEKLLRGQHNMGIPLPIGRTPSEKSLIGKIAASPRLPPDTVSAIPSPSERMRKAKAEGLLTPLKGKTPEERDKILRALAMKGLPLPEGQTPSEKKLIDKVRADLGLPIEPKNKAIRDKHEKAAEAGLLFPLEGKTPAKKEKLLRGQHNMGIPLPVGRTPSEKSLIAKIAASPRLPSDTVSAIPSPSERMRKAKAEGLLTSLKSKTPEDRDKILRALAMKGLPLPEGQTPSEKKLIDKVRADLGLPIEPKNKAIRDKHEKAAEAGLLFPLEGKTPAKKEKLLRGQHNMGIPLPIGRTPSEKSLIAKIAASPRLPSQAVSEIPSPSERMRKAKAEGLVTPLKGKTPEERDKILRALAMKGLPLPEGQTPSEKKLIDKVRADLGLPIEPKNKAIRDKHEKAAEAGLLFPLEGKTPAKKEKLLRGQHNMGIPLPIGRTPSEKSLIAKIAASPRLPSQAVSEIPSPSERMRKAKAEGLLTPLKGKTPEERDKILRALAMKGLPLPEGQTPSEKKLIDKVRADLGLPIEPKNKAIRDKHEKAAEAGLLFPLEGKTPAKKEKLLRGQHNMGIPLPIGRTPSEKSLIAKIAASPRLPSQAVSEIPSPSERMRKAKAEGLLTPLKGKTPEERDKILRALAMKGLPLPEGQTPSEKKLIDKVRADLGLPIEPKNKAIRDKHEKAAEAGLLFPLEGKTPAKKEKLLRGQHNMGIPLPIGRTPSEKSLIAKIAASPRLPSQAVSEIPSPSERMRKAKAEGLLTPLKGKTPEERDKILRALAMKGRTPSEKSLIAKIAASPRLPSKAVSEIPSPSERMRKAKAEGLLTPLKGKTPEERDKILRALAMKGLPLPEGQTPSEKKLIDKVRADLGLPIEPKNKAIRDKHEKAAEAGLLFPLEGKTPAKKEKLLRGQHNMGIPLPIGRTPSEKSLIAKIAASPRSPSKAGLETRRHSEQMRRAKAEGLLTSLKGKTPEQIEKNLKALANRGIPLPEGQSPSEKKLIDKVRADLGLPIEPKNKAIRDKHEKAAIAGLLLPLEGKTPSQKEKILRGQHNMGIPLPVGRSPSEKALIAKVADSSRPPSKAALETIRPSEQMRRAKAEGLLTPLRDKTPEQREKNLKALANRGLPLPEGQSPSEKKLIDKVRADLGLPIEPKNKTIRDKHEKAAKAGLLLPLEGKTQAQKEKILRGQHNMGIPLPVGRSPSEKALIAKVASGPRSVAIIKPSEQMRRAKAEGLLTPLKNKTEEQKDKILRALAMKGLPLPEGQTPSEKKLIDKVRADLGLPVEPKNKAIRDKHEKAALAGILQPLEGKAPAHKEVILNGLHDMGIPLPIGRTPSEKSLIAKVAASPRTPSAIIKPYEQMRRAKAEGLLTPLIGKTPEEKEKVVKALANRGIPLPEGQSPSEKKLIEKVRTDLGLPIEPKNKTIRDRHDKAALAGYLFPLEGKTPEQKKKILKGLHDMGIPLPVGRTPSEKSLIAKIAASPRAPSASLKPSEQMRRAKAEGLLTPLKGKTPEERDKILRALAMKGLPLPEGQTPSEKKLINKVRADLGLPIEPENKAIRDKHEKAAKAGILQPLEDKTPEQKKKILKGLHDMGIPLPVGRTPSEKSLIAKIAASPRSPSASLKPSEQMRKAKAEGLLTPLKGKTPEQRDKILRALANLGLPLPEGKSPSENKLIDKVRADLGLPIEPENKAIRDKHEKAAKAGILQPLEGKTPEQKKKILKGLHDMGIPLPVGRTPSEKSLIAKIAASPRAPSASLKPSEQMRRAKAEGLLTPLKGKTPEERDKILRALAMKGLPLPEGQTPSEKKLINKVRADLGLPIEPENKAIRDKHEKAAKAGILQPLEGKTPEQKKKILKGLHDMGIPLPVGRTPSEKSLIAKIAASPRAPSASLKPSEQMRKAKAEGLLTPLKGKTPEERDKILRALAMKGLPLPEGQTPSEKKLINKPLEGKTPEQKKKILKGLHDMGIPLPVGRTPSEKSLIAKIAASPRSPSASLKPSEQMRRAKAEGLLTPLKGKTPEERDKILRALAMKGLPLPEGQTPSEKKLINKVRADLGLPIEPENKAIRDKHEKAAKAGILQPLEGKTPEQKKKILKGLHDMGIPLPVGRTPSEKSLIAKIAASPRSPSASLKPSEQMRKAKAEGLLTPLKGKTPEQRDKILRALANLGLPLPEGKSPSENKLIDKVRADLGLPIEPENKAIRDKHEKAAKAGILQPLEGKTPEQKKKILKGLHDMGIPLPVGRTPSEKSLIAKIAASPRAPSASLKPSEQMRKAKAEGLLTPLKGKTPEERDKILRALAMKGLPLPEGQTPSEKKLINKVRADLGLPIEPENKAIRDKHEKAAKAGILQPLEGKTPEQKKKILKGLHDMGIPLPVGRTPSEKSLIAKIAASPRSPSASLKPSEQMRRAKAEGLLTPLKGKTPEERDKILRALATKGLPLPEGQTPSEKKLINKVRADLGLPIEPENKAIRDKHEKAAKAGILQPLEGKTPEQKKKILKGLHDMGIPLPVGRTPSEKSLIAKILAGPSPTSKAPSATLSPSEQMRRAKAEGLLTPLKGKTPEQRDKILRALANLGLPLPEGKSPSEKKLIDKVRGDLGLPIEPESKAIRDKHEQAAKAGLLFPLEGKTPKNKEKLLRGQYNMGIPLPVGRTPSEKALIAKIKAGPAAGIAGEYQDVAKTTKCDRGCGCERKKIRFKHSYVKIKVTTPDISSFCDCPGECIPGVQSGAFIDSDGIKVTVVRAIGTPSFTREHNNRVILEEILSKSDHINTLTDYKGLEDSLESRYKISSSESFPGSDRVNCTIQSSCSDESCSTRPYSTESDNAYLQSSTSPYDGRMSASDRTVESSSHLHPSVGIYEGLSPKTKSTANSLDSILVIKSEILLFSTSSNNSMDTDSSMSVTDGSITSNSTRNTDYQSTGDPMSSSSIDGPTTSDDSIDNPTFIGECKIPRHLGGVVPQPEYKILRMSQTKLNFESNKMVTNRHSETEEPVVLLNHLPSKLDVSKILEKVMAKNRFLGASSIYIVVPMSEDDEEQGSFNYHDSFTSIRSGKTDIILKDTSEADPSE

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

100% Identity
-
90% Identity
-
80% Identity
-