Enis021605.1
Basic Information
- Insect
- Epinotia nisella
- Gene Symbol
- STAT5B
- Assembly
- GCA_932294385.1
- Location
- CAKOAM010000139.1:553000-610390[+]
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 10 0.039 9.7e+02 0.7 1.5 30 84 177 229 157 238 0.85 2 10 0.11 2.8e+03 -0.8 0.5 32 84 216 266 194 291 0.75 3 10 9.5e-25 2.4e-20 73.9 0.2 1 89 404 498 404 511 0.88 4 10 1.1e-21 2.8e-17 64.0 0.0 71 133 797 859 787 859 0.93 5 10 0.0002 5 8.1 0.1 118 133 883 898 871 898 0.84 6 10 0.0002 5 8.1 0.1 118 133 922 937 910 937 0.84 7 10 0.0002 5 8.1 0.1 118 133 961 976 949 976 0.84 8 10 0.0002 5 8.1 0.1 118 133 1000 1015 988 1015 0.84 9 10 0.0002 5 8.1 0.1 118 133 1039 1054 1027 1054 0.84 10 10 0.0002 5 8.1 0.1 118 133 1078 1093 1066 1093 0.84
Sequence Information
- Coding Sequence
- ATGTCGCTTTGGGCGAGGGCTCAGCAGATGCCGCAGGAAAGTCTGCAGAAGGTTCGTGCTATCTACGGCGACCACTTTCCCATAGAGGTCCGCCATTGCCTGGCGCCATGGATCGAGAGCAAGATATGGACGGCCGAGCCGGAGGAACAGCAACGCTTCTTCGTGGAGGAGCTGGTGCAGGAGATAAAGACGACCGCCGAGCTCATGCTGTCTCCAGACATGTTCGTCACCAAGATGAAGCTGATCGAGGCAGCCAAGGCCTTCCATGCGCAGTACAGTCACGCTCCTCACGAACTATACGCGTACATCCGGCGTTGCCTGGCTTTGGAAATGGAGGTTATCCAGACAGCCACCCAGTATGTAGCCCAGCCGCACACTGAAAGGAAATACAGTGAGCTGCTGACAGACCTGCAAACGGTCCGCCAGAAGGTGACGATGGTCAGCGAGGAGATCCGCTCGCTGACGTCGCACAACGAGTCCTTCTCCATCCAGTACCACGAGTGCCTCAAGAACAAAGATTTGCAGACGGTTCGCCAGAAGGTGACGATGGTCAGTGAGGAGATCCGCTCGCTGCAGTCGCACAACGAGTCCTTCTCCATCCAGTACCACGAGTGCCTCAAGAACAAAGATTTGCAGACGGTTCGCCAGAAGGTGACGATGGTCAGCGCAGAGATCCGCTCGCTGCAGTCGCACAACGAGTCCTTCTCCATCCAGTACCACGAGTGCCTCAAGAACAAAGGTCACATCCAGTACTTGCAGAGTTCTGGGCAGCTGACGAACGAGCGCCGGGAGCTGGAGGCGTGTCTGCGCAGCCAGATTGAGGAGATGGAAAGGAAACTTAATGCCCTCGTGGCCCAGATCAAGCAGGCGCAGATGGAGCTGGTGGACCACATCAAAGAGAACATCGCCACGCTGCGCCAGCTGCAGAGCATCGTGCTGGACGACGAGCTCATCAGGTGGAAACGCGAACAGCAGCTGAGTGGCAACGGCGTGCCCATGCAGTCCAACCTGAACTCCATCCAGGAGTGGTGCGAGATGCTGGCTGATCTCATCTGGACCACGCGCCAGCAGGTGAACAATGCGACCCGCATCAACGGGAAGACCATCGTGCAGCTGCGCCAGCCGCACCTCGAGGAGATGCTGGACGACATGGGGAAACAGGTGACCAGTCTACTGTCAACGCTGGTGACTTCAACGTTTGTGATCGAGAAACAACCGCCGCAGGTCATGAAGACCAACACACGTTTCACGGCTACGGTGCGACTGCTGGTCGGCGGCCAACTCAACGTCCATATGACTCCTCCCAGGGTCACCGTGGTGATAATCTCCGAGCAGCAAGCCCAGTTGCTACTCAAGAGCGAGTCCCCAGCCGGTCGCGGCAAGCAGCCGGTGGAGTGCGGGGAGATCCTCAACAACAGCGGCTGCATGGAGTACCAGCCCACCAGCCGGCAGCTCAGCGTCAGCTTCCGACCCCTCAGCGTCAGCTTCCGGTCAGTACAGACCCCTCAGCGTCAGGTTCCGGTCAGTACAGACCCCTCAGCGTCAGCTTCCGGTCAGTACAGACCCCTCAGCGTCAGCTTCCGGTCAGTACAGACCCCTCAGCGTCAGCTTCCGGCCAGTACAGACCCCCCAGCGTCAGCTTCCGGTCAGTACAGACCCCTCAGCGTCAGCTTCCGGCCAGTACAGACCCCCCAGCGTCAGCTTCCGGTCAGTACAGACCCCTCAGCGTCAGCTTCCGGTCAGTACAGACCTCTCAGCGTCAGGTTCCGGTCAGTACAGACCCCTCAGCGTCAGGTTCCGGTCAGTACAGACCCCCCAGCGTCAGCTTACGGTCAGTACAGACCCCTCAGCGTCAGCTTCCGGCCAGTACAGACCCCCCAGCGTCAGCTTCCGGTCAGTACAGACCCCTCAGCGTCAGCTTCCGGCCAGTACAGACCCCCCAGCGTCAGCTTCCGGTCAGTACAGACCCCTCAGCGTCAGCTTCCGGTCAGTACAGACCCCTCAGCGTCAGCTTCCGGTCAGTACAGACCCCTCAGCGTCAGCTTCCGGCCAGTACAGACCCCTCAGCGTCAGCTTCCGGCCAGTACAGACCCCTCAGCGTCAGCTTCCGGCCAGTACAGACCCCTCAGCGTCAGCTTCTGGTCAGTACAGACCCCTCGGCGTCAGCTTCCGGCCAGTACAGACCCCTCGGCGTCAGCTTCCGGTCAGTATAGACCCCTCGGCGTCAGCTTCCGGCCAGTACAGACCCCTCGGCGTCAGCTTCCGGCCAGTACAGACCCCTCGGCGTCAGCTTCCGGTCAGTATAGACCCCTCGGCGTCAGCTTCCGGCCAGTACAGACCCCTCGGCGTCAGCTTCCGGCCAGTACAGACCCCTCGGCGTCAGCTTCCGGTCAGTACAGACCCCTCGGCGTCAGCTTCCGTAACATGCAACTGCGCAAAATCAAGCGAGCGGAGAAAAAGGGCACGGAGAGCGTCATGGATGAGAAACTCACGCTTCTGTTCCAATCGGAGTTCAACGTGGGCGGTGGCGAGCTCGTGTTCCAGGTGTGGACCCTCTCTCTGCCCGTGGTGGTGATAGTGCACGGCAACCAGGAGCCGCACGGCTGGGCCACCGTGACGTGGGACAACGCCTTCAGCCCCGCGGGACGCGTGCCCTTCGCTGTGTGGACCCTCTCTCTGCCCGTGGTGGTGATAGTGCACGGCAACCAGGAGCCGCACGGCTGGGCCACCGTGACGTGGGACAACGCCTTCAGCCCCGCGGGACGCGTGCCCTTCGCTGTGTGGACCCTCTCTCTGCCCGTGGTGGTGATAGTGCACGGCAACCAGGAGCCGCACGGCTGGGCCACCGTGACGTGGGACAACGCCTTCAGCCCCGCGGGACGCGTGCCCTTCGCTGTGTGGACCCTCTCTCTGCCCGTGGTGGTGATAGTGCACGGCAACCAGGAGCCGCACGGCTGGGCCACCGTGACGTGGGACAACGCCTTCAGCCCCGCGGGACGCGTGCCCTTCGCTGTGTGGACCCTCTCTCTGCCCGTGGTGGTGATAGTGCACGGCAACCAGGAGCCGCACGGCTGGGCCACCGTGACGTGGGACAACGCCTTCAGCCCCGCGGGACGCGTGCCCTTCGCTGTGTGGACCCTCTCTCTGCCCGTGGTGGTGATAGTGCACGGCAACCAGGAGCCGCACGGCTGGGCCACCGTGACGTGGGACAACGCCTTCAGCCCCGCGGGACGCGTGCCCTTCGCTGTGTGGACCCTCTCTCTGCCCGTGGTGGTGATAGTGCACGGCAACCAGGAGCCGCACGGCTGGGCCACCGTGACGTGGGACAACGCCTTCAGCCCCGCGGGACGCGTGCCCTTCGCTGTACCGGACAAGGTGAACTGGGGTCAGTTGGCTGAAACACTTCGGGTGAAATTCTTCTCCGCGACCGGGGGTGACCTTTCCGAGGACAACCTGCGTTTTCTCGCCGAGAAGATATTCAGATCGAACGTGCCCCACAATCAAATGGAGCTGAACAGCCTAACAGTATCCTGGAGCCAGTTCTGCAAGGACGCCCTTCCAGAGCGCACCTTCACCTTCTGGGAATGGTTCTACATGGTGGTCAAGGTCACCAGGGACTATCTGCGCACGCTGTGGTGCGACCGATTGATCATGGGCTTCATACAGAAGAAACAAGCGGAGGACATGCTCTCTAAGTGTGCTTCTGGCACATTCCTGCTTCGCTTCAGTGATTCCGAGCTGGGAGGGATCACCATCGCTTGGGCCGGAGACGGACGCGAAGTATTCAGCCTGCAGCCGTTCACGTCGCGCGACCTGACGCAGCGGCCGCTGGCCGACCGGCTGTCCGACCTCACGCAGCTGCAGTACCTGTACCCCAACGTGGCCAAGGACGACGTCTTCTCCAAGTACTACACCAAACACGAGAACGAGATGCTGAAGAACGGTTACGTGAAGCCGGTGCTGGTGACGACGCTGCCGCCGTACATGTCGCCGGCGCCCTACGCGCACTCGCCCGACAGCCAGCGCAACACGCCCAGCGTCCAGAGCAGCTACCTGAGCGCGGCCACGCCCGCCTTCACCGAGAGTTCCTTCATGGACAGTGACCTCTTCGAGCAAATGCGAGCCTTCGAGCCGGACAGCATGGATGACTTTGTCTTCTATCAGGGCAACATGGCGAACATGCCCAATATGACGAACATGAACAATATGAAGGAGTGA
- Protein Sequence
- MSLWARAQQMPQESLQKVRAIYGDHFPIEVRHCLAPWIESKIWTAEPEEQQRFFVEELVQEIKTTAELMLSPDMFVTKMKLIEAAKAFHAQYSHAPHELYAYIRRCLALEMEVIQTATQYVAQPHTERKYSELLTDLQTVRQKVTMVSEEIRSLTSHNESFSIQYHECLKNKDLQTVRQKVTMVSEEIRSLQSHNESFSIQYHECLKNKDLQTVRQKVTMVSAEIRSLQSHNESFSIQYHECLKNKGHIQYLQSSGQLTNERRELEACLRSQIEEMERKLNALVAQIKQAQMELVDHIKENIATLRQLQSIVLDDELIRWKREQQLSGNGVPMQSNLNSIQEWCEMLADLIWTTRQQVNNATRINGKTIVQLRQPHLEEMLDDMGKQVTSLLSTLVTSTFVIEKQPPQVMKTNTRFTATVRLLVGGQLNVHMTPPRVTVVIISEQQAQLLLKSESPAGRGKQPVECGEILNNSGCMEYQPTSRQLSVSFRPLSVSFRSVQTPQRQVPVSTDPSASASGQYRPLSVSFRSVQTPQRQLPASTDPPASASGQYRPLSVSFRPVQTPQRQLPVSTDPSASASGQYRPLSVRFRSVQTPQRQVPVSTDPPASAYGQYRPLSVSFRPVQTPQRQLPVSTDPSASASGQYRPPSVSFRSVQTPQRQLPVSTDPSASASGQYRPLSVSFRPVQTPQRQLPASTDPSASASGQYRPLSVSFWSVQTPRRQLPASTDPSASASGQYRPLGVSFRPVQTPRRQLPASTDPSASASGQYRPLGVSFRPVQTPRRQLPASTDPSASASGQYRPLGVSFRNMQLRKIKRAEKKGTESVMDEKLTLLFQSEFNVGGGELVFQVWTLSLPVVVIVHGNQEPHGWATVTWDNAFSPAGRVPFAVWTLSLPVVVIVHGNQEPHGWATVTWDNAFSPAGRVPFAVWTLSLPVVVIVHGNQEPHGWATVTWDNAFSPAGRVPFAVWTLSLPVVVIVHGNQEPHGWATVTWDNAFSPAGRVPFAVWTLSLPVVVIVHGNQEPHGWATVTWDNAFSPAGRVPFAVWTLSLPVVVIVHGNQEPHGWATVTWDNAFSPAGRVPFAVWTLSLPVVVIVHGNQEPHGWATVTWDNAFSPAGRVPFAVPDKVNWGQLAETLRVKFFSATGGDLSEDNLRFLAEKIFRSNVPHNQMELNSLTVSWSQFCKDALPERTFTFWEWFYMVVKVTRDYLRTLWCDRLIMGFIQKKQAEDMLSKCASGTFLLRFSDSELGGITIAWAGDGREVFSLQPFTSRDLTQRPLADRLSDLTQLQYLYPNVAKDDVFSKYYTKHENEMLKNGYVKPVLVTTLPPYMSPAPYAHSPDSQRNTPSVQSSYLSAATPAFTESSFMDSDLFEQMRAFEPDSMDDFVFYQGNMANMPNMTNMNNMKE
Similar Transcription Factors
Sequence clustering based on sequence similarity using MMseqs2
- 100% Identity
- -
- 90% Identity
- -
- 80% Identity
- -