Dsac016310.1


Basic Information
Transcription Factor Domain
Sequence Information
Similer Transcription Factors

Basic Information

Insect
Diatraea saccharalis
Gene Symbol
-
Assembly
GCA_014843785.1
Location
JACGTY010002212.1:1999-17001[-]

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 3.5 7e+03 -2.0 0.0 5 30 354 380 354 384 0.89
2 20 0.81 1.6e+03 -0.0 0.0 5 20 532 547 532 553 0.95
3 20 2 4.1e+03 -1.3 0.0 5 20 667 682 667 690 0.94
4 20 9.7 1.9e+04 -3.5 0.0 5 20 802 817 802 817 0.95
5 20 5.2 1e+04 -2.6 0.0 5 20 933 948 933 950 0.86
6 20 0.81 1.6e+03 -0.0 0.0 5 20 1069 1084 1069 1090 0.95
7 20 0.57 1.1e+03 0.5 0.0 5 20 1204 1219 1204 1223 0.96
8 20 5.2 1e+04 -2.6 0.0 5 20 1470 1485 1470 1487 0.86
9 20 0.81 1.6e+03 -0.0 0.0 5 20 1606 1621 1606 1627 0.95
10 20 5.6 1.1e+04 -2.7 0.1 5 20 1741 1756 1741 1756 0.91
11 20 0.76 1.5e+03 0.1 0.0 5 20 1876 1891 1876 1893 0.95
12 20 0.044 88 4.0 0.0 5 20 2005 2020 2005 2023 0.95
13 20 1.6 3.2e+03 -0.9 0.0 5 20 2135 2150 2135 2152 0.94
14 20 0.033 66 4.4 0.0 5 20 2265 2280 2265 2283 0.96
15 20 0.76 1.5e+03 0.1 0.0 5 20 2395 2410 2395 2412 0.95
16 20 0.032 63 4.5 0.0 5 20 2525 2540 2525 2544 0.96
17 20 0.46 9.1e+02 0.8 0.0 5 20 2655 2670 2655 2673 0.96
18 20 3.1 6.1e+03 -1.9 0.0 5 20 2785 2800 2785 2802 0.94
19 20 0.76 1.5e+03 0.1 0.0 5 20 2899 2914 2899 2916 0.95
20 20 0.46 9.2e+02 0.8 0.0 5 20 3029 3044 3029 3049 0.95

Sequence Information

Coding Sequence
ATGGCAAACGATAGGTGGACAGAGAGATGCTGCCATGATCGCGCCAGTACCGAAAATAAGGAAGCAAAATTATTAACGTACAGCGATGACGACGAACTCCGGATACTTTACATAAATAGGAAAGCTGCGCGAAGTAAAAGATGTAACCATATTCAGCCTTTAACTAATCACTGGAGAGACAGTTTTCATGATGAAGCTGATAGCAATAACTCATATATGTGCAAAGAGAAACTAACTGAGTATAAAAAACGTACTAAATACAAAGTTAATAAATATGCAAGAAAAAAAAATGTATATCGTACGGCATCCCGTAGAATTGCCGCTCTCAAATATCACAGCATACCAGAATTATCTACGATTGGAACAACTAAAATGAAACTCATTATCAACGGTTCTGAAATTAGTTGTAAGCGAAATTACAAATGGTTCTATACTAATATCTTATACCATACATTATCACCGAACATTAGTAATCCGTATCAAAATCCTCTAATTTGGAGAAAGTGGGACGTATACAGATGTCAATTTGGCGCACCAGAAGAAAGTTGTTGTTGCTCTTGCAACTCTGACGCAATGTTCGAAGTCATGAAAAGCTTGTACGATTGTTATAAGAAAAAGAATTGTGACAATTGCAATTGTATACTTTGTGGTCATTTGCCGAAGGAAGAAAGAAAATTTGGAGAAATGAGAAAATCAGCACTTGCCATGGAAACTGCCAGCACCAAAGTAAGAAAGAAGGAAATCGAAAGGAAAACCAAAGAAGCCTTAGATAGGATGGAAGGCAAATCACCGGCAGAAAAAGAAAAGATACTAAAAGAATTAGCCATGAGTGGTATTCCTTTACCAGAGGCTAAAACACCGTCGGAAAAAGCAATAATAGAAAAACTGAAAAAACAACTTGGTTTACCTCCCGAACCAAAGACTGCAGAAGAGAAAGAGAAAATGAAAAGAGCCGAAGCGGCTGGTATCATAGTGCCACTAGAGGGTAAAACTGCTGCTGAAAAGGAAAAAATTTTGAGGAAGCAAGCTGAAATGGGTATCGAGCTTCCTGAAGGTAGAACTGCTTCAGAAAAAGCTTTGATAGAAAAGGTGAAAGCGACAGTCGGACAAAAAAGACCAACTAGGATATCCGCGAGAATGCGTGACGCTAAAGCTGCCGGCTTATTAACTCCACTAGAAGGAAAAACTCCAGAGCAAAAGGAAAAAATTCTTAGGGGTTTAGCGATGTCTGGACTACCTCTACCTGAAGCAAAAACAGCTTCAGAAAGAAAATTGGTGAAAAAAGTGAGAGCTGATTTAGGATTGCCTCCAGAGCCGAAAACGGCATCAGAGAAGAAAAAATATGAAAAAGGATTAGCGGCTGGCATAATCACACCACTCGAAGGAAAGTCTCCGGCAGAAAAAGAAAAAATTTTAAAAGCTCAGCATGCACTAGGTATTCCTCTACCCGCAGGGAGAACAGCCTCTGAAAAAGCATTGATTGCTAAAGTCAAAGCTTCACCAAAGTTACCTTTACCATCCCAAATATCGATACCTGCTGAAAGAATCAAGAAAGCTAAAGCCGCAGGATTAATTACACCATTAGAAGGGAAAACACCCGAGCAAAAAGAAAAAATATTGCGAGGTTTAGCTATGCATGGCATATTGCCTGAAGGTAGAACTGCATCTGAGAAACAGCTAGTTGACAAAGTAAGAACTGATCTTGGTTTACCACCCGAACCGAAAACAGCTGCAGAAAAGAAAAAGTATGAGAAAGCTTTAGCAGCTGGTATAATAACCCCACTCGAAGGAAAATCTCCGGCAGAAAAAGAAAAGATTTTACGAGCCCAACAGACGATGGGTATTCCTCTACCGGAAGGAAGAACGGTCTCTGAAAAGGCATTAATAGCTAAAGTGAAAGCAGCACCCAAACTTCCTTTGCCATCCAAAATATCCATACCTTCTGACAAACTTAAGAAAGCTAAAGCTGCAGGATTACTCACACCTTTAGAAGGAAAAACACCTGAACAAAAAGAGAATATATTAAAAGGATTAGCCATGCATGGTATACTACCTGAAGGTAGAACTCCCTCCGAGAAAAAATTAGTTGACAAAATAAGAACTGACCTTGGTTTACCACCTGAACCAAAAACACCAGCAGAAAGGAAAAAGTATGAGAAAGCTTTAGCAGCTGGTATAATAACCCCACTCGAAGGAAAATCTCCGGCAGAAAAAGAAAAGATTTTACGAGCTCAGCAAACGATGGGTATTCCTTTGCCGGAAGGAAGAACAGCCTCTGAAAAGGCCTTAATAGATAAAGTGAAAGCATCACCCACACTGCCCTTAGCATCGGGTGTATCTATACCTGCTGAAAAACTTAAAAAAGCTAAAGCTGCAGGACTAATAACTCCATTAGAAGGGAAAACAGCAGAACAAAAGGAGAACATATTGAGGGGATTGGCCATGCACGGAATTCCGTTGCCAGAAGGGAAAACGCCTTCTGAGAAAAAACTAATTGAGAAAGTTCGAGCTGATGTTGGTTTACCACCTGAACCAAAAACACCCTCAGAGAAGAGATTGTATGATAAAGCTTTTGCAGCGGGTTTAATAACTCCCTTAGAAGGTAAATCACCAAAACAAAAGGAGCAAATACTAAAAGCTCAAGCTGATGCCGGCATACCGCTACCTGAAGGACGAACACCATCAGAAAAAGCAATAATAGCTAAAATTAAAAAAGCTGCGGCGCCTTCTCGTGTTCCTACTGAACTAATGAAGAAAGCTGAAGCCGGTGGTATAGGTGTCCTGTTGAAAGGTAAAACTCCTGATGAAAAAGAAAAGATAGTAAGGGGATTGCTCATGAAAGGTCAACCGCTACCAGAATTAAAAACGCCATCAGAGATAAAGCTCGTCGACAAAGTGAGAACTGACTTAGGATTACCCCCACAGCCGAAAACAGCAACAGAGAAGAAAAAATATGAAAAAGGATTAGCAGCTGGCATAATAACACCACTCGAAGGAAAGTCTCCGGCAGAAAAAGAAAAGATTTTAAAAGCTCAGCATGCACTAGGTATTCCTCTACCCGTAGGGAGAACAGCCTCTGAAAAAGCATTGATTGCTAAAGTCAAAGCTTCACCAAAATTACCTTTACCGTCCCAAATATCGATACCTGCTGAAAGAATCAAGAAAGCTAAAGCTGCAGGATTAATTACACCATTAGAAGGGAAAACACCCGAGCAAAAAGAAAAAATATTGCGAGGTTTAGCTATGCATGGCATATTGCCTGAAGGTAGAACTGCATCTGAGAAAAAGCTAGTTGACAAAGTAAGAACTGATCTTGGTTTACCACCCGAACCGAAAACACCAGCAGAAAAGAAAAAGTATGAAAAAGCTTTAGCGGCTGGTATAATTACCCCCCTTGAAGGAAAGTCACCAGCTGAAAAAGAAAAGATTCTACGAGCTCAGCAGACGATGGGTATTCCTCTGCCGGAAGGAAGAACTGCCTCCGAAAAGGAATTAATAGCTAAAGTAAAAGCAGCACCCAAACTTCCTTTGCCATCCAAAATATCCATTCCTTCTGAGAAACTTAAGAAAGCTAAAGCTGCAGGATTACTCACACCATTAGAAGGAAAAACACCTGAACAAAAAGAAAAAATATTAAAAGGATTAGCCATGCATGGCATACTACCTGAAGGTAAAACTCCCTCCGAGAGAAAACTAGTTGACAAAGTAAGAGCTGATCTTGGTCTACCACCTGAGCCAAAAACAGCAGCAGAAAGGAAAAAGTATGAGAAAGCTTTAGCAGCTGGTATAATAACCCCACTCGAAGGAAAATCTCCGGCAGAAAAAGAAAAGATTTTACGAGCTCAGCAAACTATGGGCATTCCATTGCCAGAAGGAAGAACATCCTCTGAAAAGGCTTTAATAGCTAAATTGAAAGCGGCACCCACACTACCATTTCCATCTGGAATATCTATACCTGCTGATAAACTTAAAAAAGCTAAAGCTGCAGGACTAATAACCCCATTAGCAGGAAAAACACCTCAACAAAAAGAGGAGATATTGAGAGGATTGGCAATGCACGGAATTCCGTTGCCAGAAGGAAAAACGCCTTCTGAGAAAAAACTAATTGAGAAAGTTCGAGCTGATGTTGGTTTACCACCTGAACCAAAAACACCCTCAGAGAAGAGATTGTATGATAAAGCTTTTGCAGCGGGTTTAATAACTCCCTTAGAAGGTAAATCACCTGCGCAAAAGGAGCAAATACTAAAAGCTCAGGCTGATGCCGGCATACCGCTACCGGAAGGACGGACACCATCTGAAAAAGCAATAATAGCTAAAATTAAAAAAGCTGCGGCGCCTTCTCGTGTTCCTACTGAACTTATGAAGAAAGCTGAAGCTGGTGGTATAGGTGTCCTGTTGAAAGGTAAAACTCCTGATGAAAAAGAAAAGATAGTAAGGGGATTGCTCATGAAAGGTCAACCGCTACCAGAATTAAAGACGCCATCAGAGATAAAGCTCGTCGACAAAGTGAGAACTGACTTAGGATTACCCCCACAGCCGAAAACAGCATCAGAGAAGAAAAAATATGAAAAAGGATTAGCAGCTGGCATAATCACACCACTTGAAGGAAAGTCTCCGGCAGAAAAAGAAAAAATTTTAAAAGCTCAGCATGCACTAGGTATTCCTCTACCCGCAGGGAGAACAGCCTCTGAAAAAGCATTGATTGCTAAAGTCAAAGCTTCACCAAAGTTACCTTTACCATCCCAAATATCGATACCTGCTGAAAGAATCAAGAAAGCTAAAGCCGCAGGATTAATTACACCATTAGAAGGGAAAACACCCGAGCAAAAAGAAAAAATATTGCGAGGTTTAGCTATGCATGGCATATTGCCTGAAGGTAGAACTGCATCTGAGAAACAGCTAGTTGACAAAGTAAGAACTGATCTTGGTTTACCACCCGAACCGAAAACACCAGCAGAAAAGAAAAAGTATGAAAAAGCTTTAGCAGCCGGTATAATTACCCCGCTTGAAGGAAAGTCTCCGGCTGAAAAAGAAAAAATTCTACGAGCTCAGCAGACGATGGGTATTCCTTTGCCGGAAGGAAGAACAGCCTCCGAAAAGGAATTAATAGCTAAAGTAAAAGCAGCACCCAAACTTCCTTTGCCATCCAAAATATCCATACCTTCTGAAAAATTGAAGAAAGCTAAAGCTGCAGGATTACTCACACCATTAGAAGGAAAAACACTTGAACAAAAAGAAAAAATATTAAAAGGATTAGCCATGCATGGCATACTACCTGTAGGTAAAACTCCTTCCGAGAAAAAACTATTATACAAAGTAAGAGCTGATCTTGGTCTACCACCTGAACCAAAAACAGCCGCAGAAAGGAAAAATTATGAGAAAGCTTTAGCAGCTGGTATAATAACCCCTCTCGAAGGAAAATCTAAAGCTGATAAAGAAAAGATTTTACGAGCTCAGCACACAATGGGTATTCCCTTGCCGGAAGGAAGAACAGCCTCTGAAAAGGCCTTAATAGCAAAAATAAAAGCGTCACCTATACAGGAACTTCCATCTGGAGTGTCTATACCTGCTGAAAAACTTAAGAAAGCTAAAGCCGCAGGATTACTCACACCATTAGAAGGTAAAACACCTGAGCAAAAAGAAAAAATATTAAGAGGACTGGCAATGCACGGAATTCCGTTGCCAGAAGGAAAAACGCCTTCTGAGAAAAAACTAATTGAGAAAGTTCGAGCTGATGTTGGTTTACCACCTGAACCTAAAACTTCAACTACTAAAGAAAAGTATAGAAAAGCTTTAGCTGCTGGGATCATTACACCATTAGAAGGAAAAACTCTCGCTCAAAAAGAAAAGATACTGAAAGGTCTAAAAGATGCAGGTATACCATTACCTGAAGGAAGGACACCATCAGAGAAGGCCTTGATTACAAAGCTTAGAGAAGCACCATCACGGATACCATCTGAAAAACTTAGGAAAGCTGCAGCAGCTGGGCTGATTACACCATTAGAAGGAAAGAGTCCTGAAGAAAAAGAAAAAATAATAAGGGGATTGGCAATGCACGGATTGCCTCTACCTGAAGGAAGCACACCATCTGAAAGAAAACTTATAGATAAAGTGAGAGCTGATGTAGGCCTACCGCCCCCACCAAAATCACCATCAGAAAGAAAGAAATATGATAAAGGCATTACAGATGGCATTATCGTACCACTGGAAGGAAAAACACATGCAGAAAAAGAGAAAATTTTGAAAGCCCAACACGAAGCTGGTTTTCCTTTGCCCGTAGGACGTACACCATCAGAAAAAGCACTGATAGCTAAAATAAAAGCAAAGCCAGTATTCAAAATACCATCTGAAAAATTAAGAAAAGCCAAAGCAGCTGGATTGATAACACCGTTAGAGGGCAAAACGAAAGAACAAAAAGAAAAAATACTAAGAGGCCTGGCAATGCATGGCATTCCATTGCCCGAAGGAAAAACTCCTTCCGAGAAGAAACTCATTGATAAAGTTCGAGCAGATCTTGGTTTACCACCTGAACCCAAAACTACAGCGCAGAAAAACAAGTATACTAAAGCTATGGCAGCTGGAATTATCACTCCCCTAGAGGGAAAAACATTACAACAAAAAGAAGATATCTTGAAAGCTCAGCACGAAGCTGGTCTGCCACTGCCTGCAGGTCGAACACCTTCAGAAAAAGCATTAATTGCAAAAATTAAAGCAACTCCAGTATTCAGAATACCGTCTGAAAAATTAAGGAAAGCCAAAGAGGCCGGCTTCATAACACCGTTAGAGGGCAAGACGCCAGAAGAAAAGGAAAAAATACTAAGAGGCTTAGCAATGCATGGTATACCATTGCCTGAAGGAAATACTCCTTCCGAAAAGAAACTTATTGATAAGGTTCGAGCTGATCTTGGTTTACCACCTGAACCCAAAACTGCAGCACAGAAAGAAAAGTATACTAAAGCAATGGCAGCTGGAATAATCACTCCTCTAGAGGGAAAGACTTCGCAACAAAAAGAAGATATCTTAAAAGCTCAACATGAAGCTGGTCTGCCATTGCCTGTAGGCCGTACACCATCAGAAAAAGCTCTGATAGCAAAAATAAAAGCAGCGCCAGTATTCAAAATACCCTCAGAAAAATTAAGAAAGGCCAAAGCAGCTGGATTGATAACACCATTAGAAGGAAAAACACCAGAACAAAAGGAAAAAATACTAAGAGGCCTGGCAATGCATGGAATTCCATTACCAATAGGAAAAACGCCTTCCGAGAAGAAACTCATTGATAAGGTTCGAGCTGATCTTGGTTTACCACCAGAGCCTAAAACTGCAGCACAGAAAGACAAGTATAATAAAGCTATGGCAGCTGGAATAATCACTCCTCTAGAGGGAAAGACATCACAACAAAAAGAAAACATCTTAAAAGCTCAACACGAAGCTGGTCTCCCACTGCCTGAAGGTCGTACACCATCAGAAAAAGCACTAATCGCAAAAATTAAGGCAACGCCAGTATTAAGAATACCGTCTGAAAAATTAAGGAAAGCCAAAGAGGCCGGCTTCATAACACCGTTAGAGGGCAAGACGCCAGAAGAAAAGGAAAAAATACTAAGAGGCTTAGCAATGCATGGTATACCATTGCCTGAAGGAAAAACGCCTTCCGAAAAGAAACTCATTGATAAGGTTCGAGCTGATCTTGGTTTACCACCTGAACCTAAAACTGCAGCACAGAAGGAAAAGTATAATAAAGCTATGGCAGCTGGAATAATCACTCCTCTAGAGGGCAAGACATCGCAACAAAAAGAAGATATCTTAAAAGCTCAACATGAAGCTGGTCTGCCATTGCCTGTAGGACGTACACCATCAGAGAAAGCACTGATAGCTAAAATAAAAGCAACGCCAGTATTAAAAATACCATCAGAAAAATTAAGAAAAGCTAAAGCAGCTGGATTGTTAACACCATTAGAAGGCAAGACACCAGAACAACAAGAAAAAATACTTAGAGGGTTGGCAATGCATGGAATTCCTTTACCAGAAGGTAAAACGCCTTCCGAGAAGAAACTCATTGATAAGGTTCGAGCTGATCTTGGTTTACCACCAGAACCCAAAACTGCAGCACAGAAAGACAAGTATACTAAAGCTATGGCAGCTGGAATAATCACTCCTCTAGAAGGAAAGACATCACAACAAAAAGAAAACATTTTAAAAGCTCAACACGAAGCTGGTCTTCCCCTGCCTGAAGGTCGTACACCGTCAGAAAAAGCACTCGTTGCAAAAATAAAAGCAACGCCAGTATTCAGAATACCCTCAGAAAAATTAAGAAAAGCAAAAGAGGCTGGATTTATGACACCGTTAGAGGGTAAAACGAAAGAACAAAAAGAAAAAATACTTAGAGGACTGGCGACACATGGGATCCCGTTGCCAGAAGGAAAGACGCCTTCCGAAAAGAAACTAATTGATAAGAAAGAAAAGTATAATAAAGCTATGGCAGCTGGAATAATCACTCCTCTAGAGGGAAAGACATCACAACAAAAAGAAAACATCTTAAAAGCTCAACACGAAGCTGGTCTCCCACTGCCTGAAGGTCGTACACCATCAGAAAAAGCACTAATCGCAAAAATTAAGGCAACGCCAGCGTTCAAAATACCATCAGAAAAATTAAGAAAAGCCAAAGCAGCCGGATTGATAACACCATTAGAAGGCAAAACACCAGAACAAAAGGAAAAAATACTAAGAGGCCTGGCAATGCATGGAATTCCATTACCAGAAGGAAAAACGCCATCCGAAAAGAAACTAATTGATAAGGTTCGAGCTGATCTTGGTTTACCGCCTGAGCCCAAAACTGCAGCACAAAAAGAATTGTATAGTAAAGCTATGACGGCTGGTATCATTACTCCTCTAGAGGGCAAGACACCGCAACAAAAAGAAGATATCTTAAAAGCTCAACATGAAGCTGGTCTCCCATTGCCTGAAGGCCGTACACCATCAGAAAAAGCACTCATAGCAAAAGTAAAAGCGATGCCAGTATTGAGAATACCATCTGAAAAATTAAGAAAAGCCAAAGCAGCTGGATTGATAACACCATTAGAAGGCAAAACACCAGAACAAAAGGAAAAAATTTTAAAAGGTTTAGCAATGCATGGAATTCCTCTGCCAGAACCTAAAACAAAATCAGAAAAGGAACTTATAGCGAAAGTCAAAGCGGATTTAGGATTGCCTCCAGAACCAAGGTCTGCGTCTATAAAAGAAAAAATGGCAAGAGCGCACGCAGCCGGTATAATTACACCTCTCGAGGGTAAAACGCAAGCTCAAAAAGAAAAAATTCTAAGAGGCATGAAAGACGCTGGAATTCCATTACCAGAAGGACGAACTGCCTCGGAAAAAGCATTGATCAGTAAAATCCAAGCAGAAAAGCCACGTAAAAAAGCACCTCCTTTATCAGAGGAAGCCAAACAACTAGATGCAAAAACAGCAAAAGTTATGAAAGAGGGTAAAGGGCCAAGTGATGAATGTATATGTCCAATTTTATGGCCAGAAGGCTCAGGAGAACCATCAGTGAAATCGATTACTTCAGCAAAATTAAGAAAAGCTAAAGCTGAAGGATTACTTACACCATTAGAAGGAAAAACAGCTGCTCAAAAAGAAAGAATCATCAGAGGATTAGCTCAGGCCGGTCTACCATTACCGGAAGGTAAAACTGCATCTGAAAAATCTATAATACGTAAAGTCAAAAAGGATATTGAAGAAGCAGAAAAAGAAATATTAAAAAAGGCTAAAGCTGAAGGTCTTTTGACTCCATTAACAGGTAAAACTCCAGAACAGAAAGAAAAAATTATACGAGGATTAGCTGAAGCAGGTTTACCTATTCCAGAAGGTACCACTCCCTCGGAAAAGGAGTTAATAAGGAAAATAAGGAAAGATCTTGGACTTCCACCAGAAAGAACACCATCAGAAAAAAAAGGGGTAATTAGACGTAGAATATCAAAAAAATTAGAATTCGGAGTTGCTCCAGAAGCTTTTACGCCTTCTGAAAAAGAAATGGTAAGAAAAGCAAAAGCAGAAGGCCTAATTACACCTTTAACAGGTAAAACCCCTCAACAAAAGGAAAAAATTATTAGAGGACTGGCTAAGGCTGGCCTTCCAATTCCCGAAGGGAAAACACCCTCGGAAAAAGAACTTATAAAAAAAATAAGAGCTGAATATGGTTTGCCACCAGAAGCCACTCCTTCAGAAAGAAGGGGAAAGATAAAATCTAAATCAAAAAGAGTTGGAGCTGGTGCAAGAAGAAGTGCCAGGGGTGTAGGTCCTATAACAAAATCCAAAACAGGCATTGTAGAAGAATTTGAAGATATCATCAAAACGACAACTTGTGACCGTGGCTGTGGATGTGATAAAAAGAAAATACGGTTTAAGCACAGTTATGTCAAAATACGTGTTACTTCTCCTGACATATCTTCAATCTGCCCTTGTCCAGATGAATGTTTTCCAACTGTTAAGGGAGGAGTTGTTACTGACAAAGAAGGAATAAAAGTGACTGTAGGGAGAGCTCTGGGTATTCCATCATATATGTGCAAGTCTTTAAAAAATCAAGTTTTTCCAATCGTTATGGAAAATAATATATTTTATAGCAAATCCTGCGATATAATTAGTGAACACTGTACCAGACGAGAAGAAAATTCCTGTTTAAATATAAAATTCAATACACAAAAATCAATTAAAAATGACATGGATAATGTTACCAAAGAAAAATGTATTCATTCAGAACATAAAATATTGAATGAAGATATAGAAATGAAATTTGTTCTGAGTAACTTGGAACTGAGTAAGATTGCCGATAACCCGAAGTTCAAAGTTCAAAATTACTACAACACTAAAACTGCATCTCAATCATGTCATTCTATTACGTCATCGAGATCAAGTCACCATTCTCTTCTAATAATTGAAACTGAGTCATCTCTGAGTTTATCAACCCGGTCTTGCACGAGTGGTGTAAGCTTAAGCTTTGTTTCATTCGTCGGAAGTGACTTCTCTTCTAATACAAGTAATTACTTGTTATCAGAGCATGATACAAATACTATTGACTCAGACTTTTTGATAGAAAAGCTCGGATTTAACGCATCAGAGACTACAAACTGTATGATTAATACAACAGAGCTATTCAACCATCTTTTTACTGAATACAGAAACAACGATTACTATTATAAAATGTCGCACTTCAAAATGATATCTTCGCATAGTGAAATATTAAAAGGAAGTAATAATTTGAAAAGTCATGGTAGAAATGTATCGGATAATGATGACATATTCGAACTAAATAACTATCACACGCTACAAGATGTCATAAATCAACTTCTATTAAAGAAATCTTTGCCTGAAGATTACTCAACAGTTTTAGTAATACCATCCAGTAATGATTGTCATACTTTGGAAAATGTTGATTCAACATGCGTTCAGATGTCACATCGTGTGTGGAAAGGGGAAAAAAGAAATATTCGACATGAAGCGCCCTCGTCGTATGTGGACCCTACTAGTAATGGTGTTAAATTGATAAGAAAAGGTAAGAAATACCTCTACGCAGAACATGCATCATCAAAGAATAAAGTAATCGATGACAACAGAGGAACAAGTCACGAAAGAAGAACGTACACCAAAGATATACAAAATGATGACATAACAGAAAATACCATCAAAATTAATAGTAAACAATTAATAGATACAATAACGTCTGCTTTTGATGACCTCCGGGAACCAATTGTCTACCGTCATCGTTACGTCGCTACAACACCACGGTATCAAAATAAAAAAACTATAACTCTGAAGCCGGTAAAAATGTTTCGTGCTGTGAGTGTAGACACCATTCTCGATAGACCGTGCTGCTGTTCCCCTAAAGAATCCGGAAGTTATTGTGAAGGAATCAATTTAAATGAAAACTGTCAATGTTCTGATACACTCTCTGTTACATATATGAAACCACGACACAATTTTGATTATGAGGAAGACATTCAAGATAATTACGATATAGAAAGTGAAATATTCGATAATGAAGATCACGTTGATAGATACAGAAATCATATTCATAGAGAAGAAGAAAGAGTGTGTCGCCGCCATTGTGACAATGAAACTAATACACATACTATGATGGTTAATGATTCTGCCAATAAGGATCCTGTTTTGCGTACTATTAATATTCACTATCGCAAAGAAAGGAAACCTAATGGCCAAATATGTCAATGTTCAAACGGTACCTATCGCTCCGAAATTAACAATGACTTGTTACCGTCATCGCGAAACAAAACAGAATGTTACGTCACCACAATGAAAGAAAATATAAGACGTCACAAAGTTGCTGTGAAAACCAATTCGAACATGACCCAAACGACCAGTTTCAAATACAAGTACAAGAGAAAAGTTCCTACTTCAGAAAAAGTTGAGCTTCTAAGCTTTGAAGATGCCTTGAGATACTTTAAGGAACACCCTGAAGAAATACCTGTTCCTGTTATAGATGAATATCCACGTGAGGATGCCGCAACTCAACATTACGAAGATATCACAGACCACTGA
Protein Sequence
MANDRWTERCCHDRASTENKEAKLLTYSDDDELRILYINRKAARSKRCNHIQPLTNHWRDSFHDEADSNNSYMCKEKLTEYKKRTKYKVNKYARKKNVYRTASRRIAALKYHSIPELSTIGTTKMKLIINGSEISCKRNYKWFYTNILYHTLSPNISNPYQNPLIWRKWDVYRCQFGAPEESCCCSCNSDAMFEVMKSLYDCYKKKNCDNCNCILCGHLPKEERKFGEMRKSALAMETASTKVRKKEIERKTKEALDRMEGKSPAEKEKILKELAMSGIPLPEAKTPSEKAIIEKLKKQLGLPPEPKTAEEKEKMKRAEAAGIIVPLEGKTAAEKEKILRKQAEMGIELPEGRTASEKALIEKVKATVGQKRPTRISARMRDAKAAGLLTPLEGKTPEQKEKILRGLAMSGLPLPEAKTASERKLVKKVRADLGLPPEPKTASEKKKYEKGLAAGIITPLEGKSPAEKEKILKAQHALGIPLPAGRTASEKALIAKVKASPKLPLPSQISIPAERIKKAKAAGLITPLEGKTPEQKEKILRGLAMHGILPEGRTASEKQLVDKVRTDLGLPPEPKTAAEKKKYEKALAAGIITPLEGKSPAEKEKILRAQQTMGIPLPEGRTVSEKALIAKVKAAPKLPLPSKISIPSDKLKKAKAAGLLTPLEGKTPEQKENILKGLAMHGILPEGRTPSEKKLVDKIRTDLGLPPEPKTPAERKKYEKALAAGIITPLEGKSPAEKEKILRAQQTMGIPLPEGRTASEKALIDKVKASPTLPLASGVSIPAEKLKKAKAAGLITPLEGKTAEQKENILRGLAMHGIPLPEGKTPSEKKLIEKVRADVGLPPEPKTPSEKRLYDKAFAAGLITPLEGKSPKQKEQILKAQADAGIPLPEGRTPSEKAIIAKIKKAAAPSRVPTELMKKAEAGGIGVLLKGKTPDEKEKIVRGLLMKGQPLPELKTPSEIKLVDKVRTDLGLPPQPKTATEKKKYEKGLAAGIITPLEGKSPAEKEKILKAQHALGIPLPVGRTASEKALIAKVKASPKLPLPSQISIPAERIKKAKAAGLITPLEGKTPEQKEKILRGLAMHGILPEGRTASEKKLVDKVRTDLGLPPEPKTPAEKKKYEKALAAGIITPLEGKSPAEKEKILRAQQTMGIPLPEGRTASEKELIAKVKAAPKLPLPSKISIPSEKLKKAKAAGLLTPLEGKTPEQKEKILKGLAMHGILPEGKTPSERKLVDKVRADLGLPPEPKTAAERKKYEKALAAGIITPLEGKSPAEKEKILRAQQTMGIPLPEGRTSSEKALIAKLKAAPTLPFPSGISIPADKLKKAKAAGLITPLAGKTPQQKEEILRGLAMHGIPLPEGKTPSEKKLIEKVRADVGLPPEPKTPSEKRLYDKAFAAGLITPLEGKSPAQKEQILKAQADAGIPLPEGRTPSEKAIIAKIKKAAAPSRVPTELMKKAEAGGIGVLLKGKTPDEKEKIVRGLLMKGQPLPELKTPSEIKLVDKVRTDLGLPPQPKTASEKKKYEKGLAAGIITPLEGKSPAEKEKILKAQHALGIPLPAGRTASEKALIAKVKASPKLPLPSQISIPAERIKKAKAAGLITPLEGKTPEQKEKILRGLAMHGILPEGRTASEKQLVDKVRTDLGLPPEPKTPAEKKKYEKALAAGIITPLEGKSPAEKEKILRAQQTMGIPLPEGRTASEKELIAKVKAAPKLPLPSKISIPSEKLKKAKAAGLLTPLEGKTLEQKEKILKGLAMHGILPVGKTPSEKKLLYKVRADLGLPPEPKTAAERKNYEKALAAGIITPLEGKSKADKEKILRAQHTMGIPLPEGRTASEKALIAKIKASPIQELPSGVSIPAEKLKKAKAAGLLTPLEGKTPEQKEKILRGLAMHGIPLPEGKTPSEKKLIEKVRADVGLPPEPKTSTTKEKYRKALAAGIITPLEGKTLAQKEKILKGLKDAGIPLPEGRTPSEKALITKLREAPSRIPSEKLRKAAAAGLITPLEGKSPEEKEKIIRGLAMHGLPLPEGSTPSERKLIDKVRADVGLPPPPKSPSERKKYDKGITDGIIVPLEGKTHAEKEKILKAQHEAGFPLPVGRTPSEKALIAKIKAKPVFKIPSEKLRKAKAAGLITPLEGKTKEQKEKILRGLAMHGIPLPEGKTPSEKKLIDKVRADLGLPPEPKTTAQKNKYTKAMAAGIITPLEGKTLQQKEDILKAQHEAGLPLPAGRTPSEKALIAKIKATPVFRIPSEKLRKAKEAGFITPLEGKTPEEKEKILRGLAMHGIPLPEGNTPSEKKLIDKVRADLGLPPEPKTAAQKEKYTKAMAAGIITPLEGKTSQQKEDILKAQHEAGLPLPVGRTPSEKALIAKIKAAPVFKIPSEKLRKAKAAGLITPLEGKTPEQKEKILRGLAMHGIPLPIGKTPSEKKLIDKVRADLGLPPEPKTAAQKDKYNKAMAAGIITPLEGKTSQQKENILKAQHEAGLPLPEGRTPSEKALIAKIKATPVLRIPSEKLRKAKEAGFITPLEGKTPEEKEKILRGLAMHGIPLPEGKTPSEKKLIDKVRADLGLPPEPKTAAQKEKYNKAMAAGIITPLEGKTSQQKEDILKAQHEAGLPLPVGRTPSEKALIAKIKATPVLKIPSEKLRKAKAAGLLTPLEGKTPEQQEKILRGLAMHGIPLPEGKTPSEKKLIDKVRADLGLPPEPKTAAQKDKYTKAMAAGIITPLEGKTSQQKENILKAQHEAGLPLPEGRTPSEKALVAKIKATPVFRIPSEKLRKAKEAGFMTPLEGKTKEQKEKILRGLATHGIPLPEGKTPSEKKLIDKKEKYNKAMAAGIITPLEGKTSQQKENILKAQHEAGLPLPEGRTPSEKALIAKIKATPAFKIPSEKLRKAKAAGLITPLEGKTPEQKEKILRGLAMHGIPLPEGKTPSEKKLIDKVRADLGLPPEPKTAAQKELYSKAMTAGIITPLEGKTPQQKEDILKAQHEAGLPLPEGRTPSEKALIAKVKAMPVLRIPSEKLRKAKAAGLITPLEGKTPEQKEKILKGLAMHGIPLPEPKTKSEKELIAKVKADLGLPPEPRSASIKEKMARAHAAGIITPLEGKTQAQKEKILRGMKDAGIPLPEGRTASEKALISKIQAEKPRKKAPPLSEEAKQLDAKTAKVMKEGKGPSDECICPILWPEGSGEPSVKSITSAKLRKAKAEGLLTPLEGKTAAQKERIIRGLAQAGLPLPEGKTASEKSIIRKVKKDIEEAEKEILKKAKAEGLLTPLTGKTPEQKEKIIRGLAEAGLPIPEGTTPSEKELIRKIRKDLGLPPERTPSEKKGVIRRRISKKLEFGVAPEAFTPSEKEMVRKAKAEGLITPLTGKTPQQKEKIIRGLAKAGLPIPEGKTPSEKELIKKIRAEYGLPPEATPSERRGKIKSKSKRVGAGARRSARGVGPITKSKTGIVEEFEDIIKTTTCDRGCGCDKKKIRFKHSYVKIRVTSPDISSICPCPDECFPTVKGGVVTDKEGIKVTVGRALGIPSYMCKSLKNQVFPIVMENNIFYSKSCDIISEHCTRREENSCLNIKFNTQKSIKNDMDNVTKEKCIHSEHKILNEDIEMKFVLSNLELSKIADNPKFKVQNYYNTKTASQSCHSITSSRSSHHSLLIIETESSLSLSTRSCTSGVSLSFVSFVGSDFSSNTSNYLLSEHDTNTIDSDFLIEKLGFNASETTNCMINTTELFNHLFTEYRNNDYYYKMSHFKMISSHSEILKGSNNLKSHGRNVSDNDDIFELNNYHTLQDVINQLLLKKSLPEDYSTVLVIPSSNDCHTLENVDSTCVQMSHRVWKGEKRNIRHEAPSSYVDPTSNGVKLIRKGKKYLYAEHASSKNKVIDDNRGTSHERRTYTKDIQNDDITENTIKINSKQLIDTITSAFDDLREPIVYRHRYVATTPRYQNKKTITLKPVKMFRAVSVDTILDRPCCCSPKESGSYCEGINLNENCQCSDTLSVTYMKPRHNFDYEEDIQDNYDIESEIFDNEDHVDRYRNHIHREEERVCRRHCDNETNTHTMMVNDSANKDPVLRTINIHYRKERKPNGQICQCSNGTYRSEINNDLLPSSRNKTECYVTTMKENIRRHKVAVKTNSNMTQTTSFKYKYKRKVPTSEKVELLSFEDALRYFKEHPEEIPVPVIDEYPREDAATQHYEDITDH

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

100% Identity
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90% Identity
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80% Identity
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