Nnoc023474.1


Basic Information
Transcription Factor Domain
Sequence Information
Similer Transcription Factors

Basic Information

Insect
Nomophila noctuella
Gene Symbol
STAT5B
Assembly
GCA_958496325.1
Location
OY292510.1:1475937-1501597[+]

Transcription Factor Domain

TF Family
STAT
Domain
STAT_bind domain
PFAM
PF02864
TF Group
Beta-Scaffold Factors
Description
STAT proteins (Signal Transducers and Activators of Transcription) are a family of transcription factors that are specifically activated to regulate gene transcription when cells encounter cytokines and growth factors. This family represents the DNA binding domain of STAT, which has an ig-like fold. STAT proteins also include an SH2 domain Pfam:PF00017.
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 25 7.6e-48 2.1e-43 148.7 0.8 1 133 19 157 19 157 0.95
2 25 0.00053 15 6.8 0.4 121 133 196 208 184 208 0.90
3 25 0.00053 15 6.8 0.4 121 133 247 259 235 259 0.90
4 25 0.00053 15 6.8 0.4 121 133 298 310 286 310 0.90
5 25 0.00053 15 6.8 0.4 121 133 349 361 337 361 0.90
6 25 0.00053 15 6.8 0.4 121 133 400 412 388 412 0.90
7 25 0.00053 15 6.8 0.4 121 133 451 463 439 463 0.90
8 25 0.00053 15 6.8 0.4 121 133 502 514 490 514 0.90
9 25 0.00053 15 6.8 0.4 121 133 553 565 541 565 0.90
10 25 0.00053 15 6.8 0.4 121 133 604 616 592 616 0.90
11 25 0.00053 15 6.8 0.4 121 133 655 667 643 667 0.90
12 25 0.00053 15 6.8 0.4 121 133 706 718 694 718 0.90
13 25 0.00053 15 6.8 0.4 121 133 757 769 745 769 0.90
14 25 0.00053 15 6.8 0.4 121 133 808 820 796 820 0.90
15 25 0.00053 15 6.8 0.4 121 133 859 871 847 871 0.90
16 25 0.00053 15 6.8 0.4 121 133 910 922 898 922 0.90
17 25 0.00053 15 6.8 0.4 121 133 961 973 949 973 0.90
18 25 0.00053 15 6.8 0.4 121 133 1012 1024 1000 1024 0.90
19 25 0.00053 15 6.8 0.4 121 133 1063 1075 1051 1075 0.90
20 25 0.00053 15 6.8 0.4 121 133 1114 1126 1102 1126 0.90
21 25 0.00053 15 6.8 0.4 121 133 1165 1177 1153 1177 0.90
22 25 0.00053 15 6.8 0.4 121 133 1216 1228 1204 1228 0.90
23 25 0.00053 15 6.8 0.4 121 133 1267 1279 1255 1279 0.90
24 25 0.00053 15 6.8 0.4 121 133 1318 1330 1306 1330 0.90
25 25 0.00053 15 6.8 0.4 121 133 1369 1381 1357 1381 0.90

Sequence Information

Coding Sequence
ATGCGGGTGACCAGCCTGCTATCGACCCTGGTGACTTCCACCTTCGTGATAGAAAAGCAGCCGCCGCAAGTCATGAAGACGAACACGCGCTTCACGGCTACTGTCCGTTTGCTGGTGGGCGGTCAGCTCAATGTCTACATGACTCCCCCCAGAGTCAGCGTGGTGATAATATCAGAGCAGCAAGCCCAACAGCTGCTCAAGAGCGAGACAGCCGCCGGCAAGGGCAAGCAGCCGGTGGAGTGCGGGGACATCCTCAACAACAGCGGCGTCATGGAGTACCAGGCCACGAGCAGGCAGCTCAGCGTCAGCTTCAGAAACATGCAGCTTCGCAAGATCAAGCGAGCTGAAAAGAAAGGAACTGAGAGCGTGATGGACGAGAAGCTGACGCTGCTCTTCCAGAGCCAGTTCAACGTTGGTGGAGGAGAGCTGGTCTTCCAGGTGTGGACCCTCTCGCTGCCCGTGGTGGTGATAGTCCACGGCAACCAGGAGCCGCACGGCTGGGCGACCGTCACGTGGGACAACGCGTTCAGTCCGCCGGGACGGGTGCCCTTCGCCGTGCCAGACAAGGTAAGGGGCATTGCTATAGTGCAGGTGTGGACCCTCTCGCTGCCCGTGGTGGTGATAGTCCACGGCAACCAGGAGCCGCACGGCTGGGCGACCGTCACGTGGGACAACGCGTTCAGTCCGCCGGGACGGGTGCCCTTCGCCGTGCCAGACAAGGTAAGGGGCATTGCTATAGTGCAGGTGTGGACCCTCTCGCTGCCCGTGGTGGTGATAGTCCACGGCAACCAGGAGCCGCACGGCTGGGCGACCGTCACGTGGGACAACGCGTTCAGTCCGCCGGGACGGGTGCCCTTCGCCGTGCCAGACAAGGTAAGGGGCATTGCTATAGTGCAGGTGTGGACCCTCTCGCTGCCCGTGGTGGTGATAGTCCACGGCAACCAGGAGCCGCACGGCTGGGCGACCGTCACGTGGGACAACGCGTTCAGTCCGCCGGGACGGGTGCCCTTCGCCGTGCCAGACAAGGTAAGGGGCATTGCTATAGTGCAGGTGTGGACCCTCTCGCTGCCCGTGGTGGTGATAGTCCACGGCAACCAGGAGCCGCACGGCTGGGCGACCGTCACGTGGGACAACGCGTTCAGTCCGCCGGGACGGGTGCCCTTCGCCGTGCCAGACAAGGTAAGGGGCATTGCTATAGTGCAGGTGTGGACCCTCTCGCTGCCCGTGGTGGTGATAGTCCACGGCAACCAGGAGCCGCACGGCTGGGCGACCGTCACGTGGGACAACGCGTTCAGTCCGCCGGGACGGGTGCCCTTCGCCGTGCCAGACAAGGTAAGGGGCATTGCTATAGTGCAGGTGTGGACCCTCTCGCTGCCCGTGGTGGTGATAGTCCACGGCAACCAGGAGCCGCACGGCTGGGCGACCGTCACGTGGGACAACGCGTTCAGTCCGCCGGGACGGGTGCCCTTCGCCGTGCCAGACAAGGTAAGGGGCATTGCTATAGTGCAGGTGTGGACCCTCTCGCTGCCCGTGGTGGTGATAGTCCACGGCAACCAGGAGCCGCACGGCTGGGCGACCGTCACGTGGGACAACGCGTTCAGTCCGCCGGGACGGGTGCCCTTCGCCGTGCCAGACAAGGTAAGGGGCATTGCTATAGTGCAGGTGTGGACCCTCTCGCTGCCCGTGGTGGTGATAGTCCACGGCAACCAGGAGCCGCACGGCTGGGCGACCGTCACGTGGGACAACGCGTTCAGTCCGCCGGGACGGGTGCCCTTCGCCGTGCCAGACAAGGTAAGGGGCATTGCTATAGTGCAGGTGTGGACCCTCTCGCTGCCCGTGGTGGTGATAGTCCACGGCAACCAGGAGCCGCACGGCTGGGCGACCGTCACGTGGGACAACGCGTTCAGTCCGCCGGGACGGGTGCCCTTCGCCGTGCCAGACAAGGTAAGGGGCATTGCTATAGTGCAGGTGTGGACCCTCTCGCTGCCCGTGGTGGTGATAGTCCACGGCAACCAGGAGCCGCACGGCTGGGCGACCGTCACGTGGGACAACGCGTTCAGTCCGCCGGGACGGGTGCCCTTCGCCGTGCCAGACAAGGTAAGGGGCATTGCTATAGTGCAGGTGTGGACCCTCTCGCTGCCCGTGGTGGTGATAGTCCACGGCAACCAGGAGCCGCACGGCTGGGCGACCGTCACGTGGGACAACGCGTTCAGTCCGCCGGGACGGGTGCCCTTCGCCGTGCCAGACAAGGTAAGGGGCATTGCTATAGTGCAGGTGTGGACCCTCTCGCTGCCCGTGGTGGTGATAGTCCACGGCAACCAGGAGCCGCACGGCTGGGCGACCGTCACGTGGGACAACGCGTTCAGTCCGCCGGGACGGGTGCCCTTCGCCGTGCCAGACAAGGTAAGGGGCATTGCTATAGTGCAGGTGTGGACCCTCTCGCTGCCCGTGGTGGTGATAGTCCACGGCAACCAGGAGCCGCACGGCTGGGCGACCGTCACGTGGGACAACGCGTTCAGTCCGCCGGGACGGGTGCCCTTCGCCGTGCCAGACAAGGTAAGGGGCATTGCTATAGTGCAGGTGTGGACCCTCTCGCTGCCCGTGGTGGTGATAGTCCACGGCAACCAGGAGCCGCACGGCTGGGCGACCGTCACGTGGGACAACGCGTTCAGTCCGCCGGGACGGGTGCCCTTCGCCGTGCCAGACAAGGTAAGGGGCATTGCTATAGTGCAGGTGTGGACCCTCTCGCTGCCCGTGGTGGTGATAGTCCACGGCAACCAGGAGCCGCACGGCTGGGCGACCGTCACGTGGGACAACGCGTTCAGTCCGCCGGGACGGGTGCCCTTCGCCGTGCCAGACAAGGTAAGGGGCATTGCTATAGTGCAGGTGTGGACCCTCTCGCTGCCCGTGGTGGTGATAGTCCACGGCAACCAGGAGCCGCACGGCTGGGCGACCGTCACGTGGGACAACGCGTTCAGTCCGCCGGGACGGGTGCCCTTCGCCGTGCCAGACAAGGTAAGGGGCATTGCTATAGTGCAGGTGTGGACCCTCTCGCTGCCCGTGGTGGTGATAGTCCACGGCAACCAGGAGCCGCACGGCTGGGCGACCGTCACGTGGGACAACGCGTTCAGTCCGCCGGGACGGGTGCCCTTCGCCGTGCCAGACAAGGTAAGGGGCATTGCTATAGTGCAGGTGTGGACCCTCTCGCTGCCCGTGGTGGTGATAGTCCACGGCAACCAGGAGCCGCACGGCTGGGCGACCGTCACGTGGGACAACGCGTTCAGTCCGCCGGGACGGGTGCCCTTCGCCGTGCCAGACAAGGTAAGGGGCATTGCTATAGTGCAGGTGTGGACCCTCTCGCTGCCCGTGGTGGTGATAGTCCACGGCAACCAGGAGCCGCACGGCTGGGCGACCGTCACGTGGGACAACGCGTTCAGTCCGCCGGGACGGGTGCCCTTCGCCGTGCCAGACAAGGTAAGGGGCATTGCTATAGTGCAGGTGTGGACCCTCTCGCTGCCCGTGGTGGTGATAGTCCACGGCAACCAGGAGCCGCACGGCTGGGCGACCGTCACGTGGGACAACGCGTTCAGTCCGCCGGGACGGGTGCCCTTCGCCGTGCCAGACAAGGTAAGGGGCATTGCTATAGTGCAGGTGTGGACCCTCTCGCTGCCCGTGGTGGTGATAGTCCACGGCAACCAGGAGCCGCACGGCTGGGCGACCGTCACGTGGGACAACGCGTTCAGTCCGCCGGGACGGGTGCCCTTCGCCGTGCCAGACAAGGTAAGGGGCATTGCTATAGTGCAGGTGTGGACCCTCTCGCTGCCCGTGGTGGTGATAGTCCACGGCAACCAGGAGCCGCACGGCTGGGCGACCGTCACGTGGGACAACGCGTTCAGTCCGCCGGGACGGGTGCCCTTCGCCGTGCCAGACAAGGTAAGGGGCATTGCTATAGTGCAGGTGTGGACCCTCTCGCTGCCCGTGGTGGTGATAGTCCACGGCAACCAGGAGCCGCACGGCTGGGCGACCGTCACGTGGGACAACGCGTTCAGTCCGCCGGGACGGGTGCCCTTCGCCGTGCCAGACAAGGTAAGGGGCATTGCTATAGTGCAGGTGTGGACCCTCTCGCTGCCCGTGGTGGTGATAGTCCACGGCAACCAGGAGCCGCACGGCTGGGCGACCGTCACGTGGGACAACGCGTTCAGTCCGCCGGGACGGGTGCCCTTCGCCGTGCCAGACAAGGTCTCCTGGGGTCAACTGGCCGAGACGCTTCGTATTAAATTCTACTCTGCCACGTCGGGGGGTGACCTCTCAGAAGACAACCTTAGGTTCCTCGCTGAAAAGATCTTCAGGACTAGTCTGCCGCTGGCGGGACCAGAGCTGAACGCGATGATGGTGAGCTGGACTCAGTTCTGCAAGGACGCTCTGCCGGAGAGGAACTTCACCTTCTGGGAGTGGTTCTACATGGTGGTGAAGGTGACGAGGGATTATCTGAGGACGCTGTGGTGTGATGGGCTGATCATGGGCTTCATCCAGAAGAAACAGGCTGAGGAGATGCTGTCGAAGTGTCCGCCGGGCACGTTCCTGCTTCGCTTCTCCGATTCCGAGCTGGGAGGGATCACCATTGCGTGGGTTGGAGAGGGCAACGAAGTGTTCAGCCTGCAGCCGTTCACGTCGCGCGACCTGATGCTGCGCTCGCTGGCGGACCGCGTGCTGGACCTGCCGCAGCTGCAGTACCTCTACCCCAACATCGCCAAGGACACGGTCTTCAGCAAGTACTACACCAAGCCCGAGAACGAGATGCTGAAGAACGGCTACGTGAAGCCGGTGTTGGTGACGACGCTGCCGCCGTACATGTCGTCGTTGCCGTCGTACGCGCACTCGCCCGACTCGCACCGGAACACGCCCAGCGTGCATAGCAGCTGTTTCAGCGCGACCACGCCGGCGCAGTCGGAGGCGACGTTCATGGACAGCGACCTGTTCGAGCAGATGCGCGCCTTCGACCCGGAGGGATTCGACGAGTTCAACCTTTACGAGTCTATGAGCATGAAATGA
Protein Sequence
MRVTSLLSTLVTSTFVIEKQPPQVMKTNTRFTATVRLLVGGQLNVYMTPPRVSVVIISEQQAQQLLKSETAAGKGKQPVECGDILNNSGVMEYQATSRQLSVSFRNMQLRKIKRAEKKGTESVMDEKLTLLFQSQFNVGGGELVFQVWTLSLPVVVIVHGNQEPHGWATVTWDNAFSPPGRVPFAVPDKVRGIAIVQVWTLSLPVVVIVHGNQEPHGWATVTWDNAFSPPGRVPFAVPDKVRGIAIVQVWTLSLPVVVIVHGNQEPHGWATVTWDNAFSPPGRVPFAVPDKVRGIAIVQVWTLSLPVVVIVHGNQEPHGWATVTWDNAFSPPGRVPFAVPDKVRGIAIVQVWTLSLPVVVIVHGNQEPHGWATVTWDNAFSPPGRVPFAVPDKVRGIAIVQVWTLSLPVVVIVHGNQEPHGWATVTWDNAFSPPGRVPFAVPDKVRGIAIVQVWTLSLPVVVIVHGNQEPHGWATVTWDNAFSPPGRVPFAVPDKVRGIAIVQVWTLSLPVVVIVHGNQEPHGWATVTWDNAFSPPGRVPFAVPDKVRGIAIVQVWTLSLPVVVIVHGNQEPHGWATVTWDNAFSPPGRVPFAVPDKVRGIAIVQVWTLSLPVVVIVHGNQEPHGWATVTWDNAFSPPGRVPFAVPDKVRGIAIVQVWTLSLPVVVIVHGNQEPHGWATVTWDNAFSPPGRVPFAVPDKVRGIAIVQVWTLSLPVVVIVHGNQEPHGWATVTWDNAFSPPGRVPFAVPDKVRGIAIVQVWTLSLPVVVIVHGNQEPHGWATVTWDNAFSPPGRVPFAVPDKVRGIAIVQVWTLSLPVVVIVHGNQEPHGWATVTWDNAFSPPGRVPFAVPDKVRGIAIVQVWTLSLPVVVIVHGNQEPHGWATVTWDNAFSPPGRVPFAVPDKVRGIAIVQVWTLSLPVVVIVHGNQEPHGWATVTWDNAFSPPGRVPFAVPDKVRGIAIVQVWTLSLPVVVIVHGNQEPHGWATVTWDNAFSPPGRVPFAVPDKVRGIAIVQVWTLSLPVVVIVHGNQEPHGWATVTWDNAFSPPGRVPFAVPDKVRGIAIVQVWTLSLPVVVIVHGNQEPHGWATVTWDNAFSPPGRVPFAVPDKVRGIAIVQVWTLSLPVVVIVHGNQEPHGWATVTWDNAFSPPGRVPFAVPDKVRGIAIVQVWTLSLPVVVIVHGNQEPHGWATVTWDNAFSPPGRVPFAVPDKVRGIAIVQVWTLSLPVVVIVHGNQEPHGWATVTWDNAFSPPGRVPFAVPDKVRGIAIVQVWTLSLPVVVIVHGNQEPHGWATVTWDNAFSPPGRVPFAVPDKVRGIAIVQVWTLSLPVVVIVHGNQEPHGWATVTWDNAFSPPGRVPFAVPDKVRGIAIVQVWTLSLPVVVIVHGNQEPHGWATVTWDNAFSPPGRVPFAVPDKVSWGQLAETLRIKFYSATSGGDLSEDNLRFLAEKIFRTSLPLAGPELNAMMVSWTQFCKDALPERNFTFWEWFYMVVKVTRDYLRTLWCDGLIMGFIQKKQAEEMLSKCPPGTFLLRFSDSELGGITIAWVGEGNEVFSLQPFTSRDLMLRSLADRVLDLPQLQYLYPNIAKDTVFSKYYTKPENEMLKNGYVKPVLVTTLPPYMSSLPSYAHSPDSHRNTPSVHSSCFSATTPAQSEATFMDSDLFEQMRAFDPEGFDEFNLYESMSMK

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

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