Paka006402.1


Basic Information
Transcription Factor Domain
Sequence Information
Similer Transcription Factors

Basic Information

Insect
Propsilocerus akamusi
Gene Symbol
CAMTA1
Assembly
GCA_018397935.1
Location
CM031468.1:19857905-19869742[+]

Transcription Factor Domain

TF Family
CG-1
Domain
CG-1 domain
PFAM
PF03859
TF Group
Unclassified Structure
Description
CG-1 domains are highly conserved domains of about 130 amino-acid residues containing a predicted bipartite NLS and named after a partial cDNA clone isolated from parsley encoding a sequence-specific DNA-binding protein [2]. CG-1 domains are associated with CAMTA proteins (for CAlModulin -binding Transcription Activator) that are transcription factors containing a calmodulin -binding domain and ankyrins (ANK) motifs [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 2 4.4e-48 6.3e-44 148.1 2.2 2 116 276 388 275 388 0.98
2 2 0.58 8.5e+03 -3.8 0.0 24 55 606 637 592 656 0.68

Sequence Information

Coding Sequence
ATGACGACATCGCAAAACATTTTTGCAAACCAGCAGAATGGAAATGTCGTTTATATGGTTCGTGGGCCGAAAATTGAAGGTAGCAGTGGCAATGGTCAACATATTATAATTCAAAATACACAAGATCTTATAAACTTGCTCAATAAGAGCAATTCACGCATCGTTGAGAAACCAAATGACGATGTTGGTGCTACAACGACGACGACAATAGTAAAAAGCAGCCAAGCACCGGATGGGAAAATACAACAGAAGAACATCTCAGTGATAAACAATGCACATTTACTTATAAAAAGCGTCGATAAAGCTCAGTCGTTTCTAGTTATAAGAAACGCAACACCAAACAGCACAGTAACGTTGTCTGAAGCAAAAGGTTCAAAAGATGATACAAAAGTGGAGAAACAGAAAGTAACTTCCGTAGATGGTGAAAAGAATATTCATATAGGCTCGGTAACACCTTCCTCAGTGAATAATAATAATAATAATCAGTTTATAAATGATGTTACACAATCTCCATCGCCGCTCAGTCATCAGAATTTAAGATTTCATTTACAAACACAAAATTCGAGTTTATATCATTCCCATATCTTATCTCGCCATTATCTTGGCCAAGCCCAACAACAACAACACCAACAGCAGCAACATCAGACGACCACGCCAAATCAACCCTCTCACCAACCAAATCACCAATATCATCTTCATCATCAGCATTTGACACGACATCATTCTATGAATGTCGCTAACAATGTTCCGCTTAATGCTAATGGTGAACCAATCAAACTGCCAGAGAATTTGGAAGGCTTACCCAGAGCTGACCATCTTCCAAGTCAACGTCATCGTTGGAATACGAATGAGGAAATTGCAGCAATACTTATAAACTTTAGTAAACATCCCGAATGGCAATCGAAGGAAGTCAAAACAAGACCAAAAAGCGGCTCAATGATACTTTATTCGAGGAAAAAAGTTCGATATAGAAGAGATGGATATTGCTGGAAGAAACGTAAAGATGGAAAAACAACTCGCGAGGATCACATGAAGTTGAAAGTTCAAGGCACAGAGTGCATTTATGGATGTTATGTACATTCAGCACTGTTGCCAACTTTTCATAGACGATGCTACTGGCTTTTACAGAATCCTGATATTGTGTTGGTTCACTATTTGAATGTTCCTTATCCTAACGACGACAGGACACAGCATAATAAAATGGTCATCGCTCCATCGATAGCACTTTGGAATGATAAGAAGGAGTGGACTAAAGAAGAACTTCTCAATCAGCTAAAGCCAATGTTTTTCAGTGAAGATGATTCAGAAGTGTCACGAGATATTGAACTTTCGCTGATGCATTCACAAACATCTGACACAGTCGAAACGATTGTTTGTCAGTTAATGGAAAAACAAAGACACGCAAGACAAGCAGCTCTTGTAAAGCAGCTCGATCAAAGTTGTCCCGACTCGTCATGTGCATTAGATAGAAAGCCATATGCGATGAATGTACGTCGTAGTGGCAATCAAAAAAATCACACGGAAACAGTAAAGAATAACAATGATAACATTAATCAAGTTCAAACGACGAACTATATGATTGACTCAAAGCAACCATATCCCCGCTGGTACACAGACAGACAAATAAATTTGGAAATGGTCCAAAGGAAACAACAGTTTACGAAGTGTGATGATAAATCTGTGAATGCATATCAATCAGCAACGAATAATAATAGTAGAAGTCATCAGGAAACTCAAATTCAGTCGCCACTAATCAACAACAGAAATAACAACAACAACAGTAGCAATATTTACAGTTTGCAATCGACCATTAATTCAAAACAAAATAATAATATTTCACATAATCCAATTGCTAATGATGGTAGTGTTATGCAAACCCAACACAGAGCAACGCTAAAAAATGATGGTATCACTAATTTGTCGGATAATAAAGATCAATTAGCAATAAATTCAAATCAAAATACCATAATGACAAATTTACTGAACAGTCATGCAAACAACAGCAATTCAAATTGTGAGAAGATGAAGAATGATAGTTCTGTTAATTACCATAATAACAACAATAATAATAATAATAAGCAACAGCAACCACAACATATCTCATCGTCGATGTCACCATCATGTAATAAGGACACGGACATACATAATTTGACAAACGAAATGCAAAATTCATCTCGTGATATGTCAAAGGACGAAATGGAAAAGGAAAATTCTGTAAAGATCGAATACTTAACCCAGGAAATGTGTGACAAAAAGGAAGAAAATAACTTTGCATTCAATACGACTTTGGATTTGTCGCAAGAGGACATTCAGCAAACGCTTAAAGCTAATTTACAATTGAATTACACTTACAAGAATGAGGATTCAATTGTGCATGACATAAACAACACTCTTGGATTTATTGACGATTGTACGTCGAGTGTCATTGTTCATGAAGAGGAAGATGATGCGTTTGTAAATTTAGATGCTTTCGATATGTTATCAGAACTCCCTGAACTCGAATTGGACTCTGTGAAAAATCATATTGTACCGAAAAATGATAATTTTGATGATGGAAACATGCAAGTTAGTTCGTATATGATTACGGAATTTTGCCCCGAATGGAGCTTTTGTGAAGGTGGAATTAAAATTTTAATAACTGGTCCATGGACATTTGATTCCGCGTATACAGTTTATTTCGATAATGTCTCGGTGCCAGCAACTATAGTTCAGAATGGTGTTTTGCGAACATTTGCACCAAAACATGAGCAAGGAATGTGCAAACTGTGCGTTAGTGATGGCATCTCAGTATCGAATTCAGTTGATTTCGAGTACAAATCACAAACCAAATGTGGTTTCGGATATAATGAAGTGTTTTATAAGTTCGGCTTAATGAATAAGCTTGAAACAATTGACAGCAAAAATGGCATTAAAACCGAACCATGTGAAGAGATGAGTTTGTTTAATGATCAAAACTTTGAGGATCGATTGGTCTCATATTGCAAACGAATGAGTTGCAAAAAATGGGAAAATTCTTATACTACTGACGGAAAGTGTAACAATTTGACCATTTTGCACTTTGTTGCAATGTTGGGATACTCAAAGCTTGCAAAATTCCTGTGGCAATGGAAATCAAACAACACTTGTCCATTGCTTGAGACTGAAGTTAATCCTATGGCTCAAAGTAGCTTCGATGGCAACACACCATTGCACGCCGCATGCGAAAACAAGTTCGAAGAATTGTCCATTTATCTTTATAAATTGAATCAAAATGCGGCGAATTTAAAAAATTATCGCAATATGACGGTCAAAGATATTTGCACTGGAAATGGTTTGCATCAATTGATGAACGCAATTAATACGGAAAAATCGAATGAAATAATTGAATATGATAAAAAGGACGATCAAATATTTCTACGACCCGATGCAATAATGTCAACATCATCGTCACCAAATAGTCGAATCAACAAAAGGTCATCAATCGATTTCAATCAATATCATGGAGGAATGTGTCAGAAAGAATCACAAAAGTCACGAAGCATGTCTTTGCCAGTTACTTATCTAGATAGCAATTACTCATTGGAATTAGATAACATTTTTTCATCCGATCAGGATTCATCATCGAACAGCAGCTCAATCTTATCGCCGCTGCGCAAAATCGATTTTGCTTTTTGTGAAGTATCTCGATCAAGATCTATTTTGGAAACAGATCAAACCCATCAAAGTTCCTGTTCATTGTCGGAAGATGATGAAGTTAAAGATATAACGATGAATGATGTCAATATTTCAAGTTCAGAAACTGTAGGGGAAACCGACAAGAAAGTTCTCAATCTGGCTGAAAAGATTATTGCTGCCATGCCCAGAAGAATCAAAAATGAAACGGATGAATCAATGCCGCTAGATGAGGAAATCGTATCAAATGATACGAATGAAATTAGCGCTTTAATGACTGATTCATTTATGGAATCAAATTTCGATCATGAATTCAATTTTGAATTTAACAATTATCGTTATGATGAAAACTGTTCAACGCCATGCTCAAGTTTGAGCCCCGCCAGTTCTGGTCCACTACAAAGTCCTGCCAGCTACTTTCAACCAGAACCTCCTCGAAGTCCTCCAGTAACTGTTTCTGAATTCAATGAATTCTTTGAAGCCTCTAGCTCATCAGTTTCTCAAGCGTTCGACACATTAACGCTATCTGAGAATGAGCAAAAAGAACTTTATGAGGCGGCGAAATGCATTCAAAATGCATATAGGACTTATAAAGGACGCAAGAAGATGGAGGAACAAGATAAACGTGGTGCTGCGACAGTTATTCAAAACTATTACAGACGCTATAAAGAGTACGCTTACTACAGAGAGATGACTCATGCTGCTCTCGTCATTCAAAACAAATATCGATCATATTGTGAAAATAAACGCTTCAAAAAATCACAAATGAATGGAAATGATACAAGAGCATCGAGTGAAAGTGTTCGTCGTTTCAAAAGTCACGACTTGAGTTCGACAAATATCTCGGAGCTATCAACGAAGGAACCTCAAATAATGTCCGGATTAAAACGAACTTACTCACAAAGAACACAACACGATGCCGCTCGAAAAATTCAACAATTTATGCGAAAATCTAAAATCAAACTCCAGAAAGAACGGGAAGAAAAAGAGAAGCAGGCGATCAAGTGTCCAGCTCCATTGTCCCAAACAAGTTTTGTGTTTCAAGGTCATCAACACTCCGACCTTTTTTCCGATCAAACGTAA
Protein Sequence
MTTSQNIFANQQNGNVVYMVRGPKIEGSSGNGQHIIIQNTQDLINLLNKSNSRIVEKPNDDVGATTTTTIVKSSQAPDGKIQQKNISVINNAHLLIKSVDKAQSFLVIRNATPNSTVTLSEAKGSKDDTKVEKQKVTSVDGEKNIHIGSVTPSSVNNNNNNQFINDVTQSPSPLSHQNLRFHLQTQNSSLYHSHILSRHYLGQAQQQQHQQQQHQTTTPNQPSHQPNHQYHLHHQHLTRHHSMNVANNVPLNANGEPIKLPENLEGLPRADHLPSQRHRWNTNEEIAAILINFSKHPEWQSKEVKTRPKSGSMILYSRKKVRYRRDGYCWKKRKDGKTTREDHMKLKVQGTECIYGCYVHSALLPTFHRRCYWLLQNPDIVLVHYLNVPYPNDDRTQHNKMVIAPSIALWNDKKEWTKEELLNQLKPMFFSEDDSEVSRDIELSLMHSQTSDTVETIVCQLMEKQRHARQAALVKQLDQSCPDSSCALDRKPYAMNVRRSGNQKNHTETVKNNNDNINQVQTTNYMIDSKQPYPRWYTDRQINLEMVQRKQQFTKCDDKSVNAYQSATNNNSRSHQETQIQSPLINNRNNNNNSSNIYSLQSTINSKQNNNISHNPIANDGSVMQTQHRATLKNDGITNLSDNKDQLAINSNQNTIMTNLLNSHANNSNSNCEKMKNDSSVNYHNNNNNNNNKQQQPQHISSSMSPSCNKDTDIHNLTNEMQNSSRDMSKDEMEKENSVKIEYLTQEMCDKKEENNFAFNTTLDLSQEDIQQTLKANLQLNYTYKNEDSIVHDINNTLGFIDDCTSSVIVHEEEDDAFVNLDAFDMLSELPELELDSVKNHIVPKNDNFDDGNMQVSSYMITEFCPEWSFCEGGIKILITGPWTFDSAYTVYFDNVSVPATIVQNGVLRTFAPKHEQGMCKLCVSDGISVSNSVDFEYKSQTKCGFGYNEVFYKFGLMNKLETIDSKNGIKTEPCEEMSLFNDQNFEDRLVSYCKRMSCKKWENSYTTDGKCNNLTILHFVAMLGYSKLAKFLWQWKSNNTCPLLETEVNPMAQSSFDGNTPLHAACENKFEELSIYLYKLNQNAANLKNYRNMTVKDICTGNGLHQLMNAINTEKSNEIIEYDKKDDQIFLRPDAIMSTSSSPNSRINKRSSIDFNQYHGGMCQKESQKSRSMSLPVTYLDSNYSLELDNIFSSDQDSSSNSSSILSPLRKIDFAFCEVSRSRSILETDQTHQSSCSLSEDDEVKDITMNDVNISSSETVGETDKKVLNLAEKIIAAMPRRIKNETDESMPLDEEIVSNDTNEISALMTDSFMESNFDHEFNFEFNNYRYDENCSTPCSSLSPASSGPLQSPASYFQPEPPRSPPVTVSEFNEFFEASSSSVSQAFDTLTLSENEQKELYEAAKCIQNAYRTYKGRKKMEEQDKRGAATVIQNYYRRYKEYAYYREMTHAALVIQNKYRSYCENKRFKKSQMNGNDTRASSESVRRFKSHDLSSTNISELSTKEPQIMSGLKRTYSQRTQHDAARKIQQFMRKSKIKLQKEREEKEKQAIKCPAPLSQTSFVFQGHQHSDLFSDQT

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

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