Zvit007602.1


Basic Information
Transcription Factor Domain
Sequence Information
Similer Transcription Factors

Basic Information

Insect
Zaprionus vittiger
Gene Symbol
dl
Assembly
GCA_018904025.1
Location
JAEIFQ010000420.1:2921836-2925133[+]

Transcription Factor Domain

TF Family
RHD
Domain
RHD domain
PFAM
PF00554
TF Group
Beta-Scaffold Factors
Description
Proteins containing the Rel homology domain (RHD) are eukaryotic transcription factors. The RHD is composed of two structural domains. This is the N-terminal DNA-binding domain that is similar to that found in P53. The C-terminal domain has an immunoglobulin-like fold (See PF16179) that functions as a dimerisation domain [1-2].
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 1 6.6e-75 2.7e-71 238.8 0.0 1 169 56 225 56 225 0.99

Sequence Information

Coding Sequence
ATGTTTCCAAATCAAAATAATTTGGCCACAGCACCTGCGGCTAACGATGCCCAGCAACAACAGAACCTAAACTTCAATGGCCTGCAACAGCAACAACAACAACAGCAGCAACAAAACCAACAACAATTGCCACAGTCTGCCAAGAATGTGCGAAAGAAACCATATGTGAAAATCACAGAACAGCCAGCCGGTAAAGCGTTACGTTTTCGCTATGAATGCGAGGGTCGCTCGGCAGGTTCCATACCCGGCGTCAATTCGACGCCCGAAAACAAAACCTATCCGACCATCGAGATTGTGGGCTACAAGGGACGCGCTGTTGTCGTCGTTTCCTGTGTCACCAAGGATACGCCATATCGTCCACATCCCCACAATCTGGTTGGCAAGGAGGGCTGCAAGAAGGGCGTCTGCACATTGGAGATCAGCAGCGAGACAATGCGTGCGGTCTTCAGCAATCTGGGCATACAGTGTGTCAAGAAGAAGGACATTGAGGCAGCGCTGAAGGCGCGCGAGGAGATACGCGTCGATCCTTTCAAGACGGGCTTCTCGCATCGTTTCCAGCCTTCGAGCATTGATTTGAACTCGGTGCGATTGTGCTTTCAAGTTTTCATGGAGAGCGAAAAGGGTCGCTTCACCTCGCCCCTGCCGCCCGTTGTCTCTGAGCCGATCTTCGATAAGAAGGCCATGTCCGATCTGGTCATATGTCGCCTGTGCAGCTGCTCGGCCAGTGTGCTCGGCAATACACAGATCATTCTGCTGTGCGAGAAGGTTGCCAAAGAGGATATCACAGTGCGTTTCTTTGAGGAGAAGAACGGACACATTGTCTGGGAAGCTTTAGGAGATTTTCAGCACACCGATGTGCATAAGCAGACTGCCATTACGTTTAAGACGCCACGATATCATACCATGGACATAACGGAGCCCGCCAAGGTTTTCATACAGTTGCGTCGACCCTCGGACGGCGTTACCAGCGAGGCATTACCCTTCGAATATGTGCCATTGGATTCAGGTAGGCATACGTTCTGGAATCTTCATCGGCATCTCAAGCGGAAGCCCGATGAAGACATCTTTCAGCAAATACTGTCAATCGATACGGCGGCTGTGCCGCCCAAGCGTGAGATGCCAACGATTGAGGAACCAGTGCCGGAACCTATTCCCGAACCTTTACCGCTGCTAGATACGGTGGATGTACATGATCAGACGCCGCAGGATATGGAGGCAGCTTGTGCTGCAGCTGAGGCAGAAGCCGAGGCAGATCGTTTGCGCACAGAAAAGGAAATCGATACCATAATCGATGAGAAAGTACGCGAGCTGGAACAATTGGAATTGGAGCAACAGCAGCTGGCAGCAGTGGATGTTGTTCTCGCACCCGAGCCTCATCAATTGAGCGCCAACGATAAGATTAACGAATGGATGAAATCCAATGAGCTGCTGCAACAGCCACACGAACCCAGCCCTGGTCCTGGGGATGCCGAAGAGGAGGGCAGCGATGCACCCACAGATGGTACAGGTGATACTCAAGTGGCGGCTGCGTGTGCGGCCAACGATGAGGATAAGACACTGAATGAGTTGCTCGAGCAGGTGGCTGAGCTGGATGAGATCTATACGGACTTTGTCATGCAACGCGACACATACAACAACACTTTGCAGAATGAGCTGCAGTGCATGGAACGACCACCAATGCAGGTCGAGGAGAGTTTCGATGATACGGCCACATATACAAGTCTGCAGATTGCCTTTAAGAATCCCGTGTTAATACCCATGGATGATATAATGCCACCAACGCCGCCCATGTCGCAATCTGTGGAAATGTTGATGGCCGTCGAGGAGGAGAAGTTGCCTCCACTGCCTCCGAAACGACTGCGCAAGCAGGACAGCAATGCAGAGAATCGTTCGATAGAGGCAAACAACGGCGACTCCTCGCCGGGAGTGCGTGAGAAGGCGCGTCTGCCGCCTCCAATTATACATCCCCGCTTGGCCGAAATGTCCGCTGCGCCCACAAAGCGTTTGCCACAGCCACCAGAGTCGAAGCCAAAGCCTCCACCCGCAAAGAATCCCAACTTCAACACGTTGCCGCGTCAAAAGAAGCCAGGTTTCTTCTCCAAACTCTTTTCACGCCGTAAGAGCAAACCGGAACTAATGCAGCAGAGTAACGAGAACTGTTCACATCTCGGCACATCCAAGAGCAACAGTGCGGCGGCCAGTGAGCCCAGTCTGGATCAACATTTCAATGCCCGCGATCCGTTGCGCGCCTCACAACGTTCTGCCAAATCGTTGAATCCCATCAAATCCACCAATACGAGTCCATTAAAATCAGCAGCTGGAGCAGGCACAGCTTCGTCGCGAAAGGTTGCCAAGACGGGCAAACCATGTGGACGGAGTGTGAGCAGCGTGTCGGGCAAACGGCCGTCGTATCTGAATGCGGATGTGGTGCATATTCCTTTGAAGGGTGACAGCTCGAGCAGCCTGCAGCAGGCACCCACCAATGAGGCCTATTCGAATGCCAGCACAATTACAGTGGGCGGTCAGCTGGACAGACGCACTGCATCTGCACTGCAGCTGGCCGAGATTCCCATTAGTGAGGGCGGCATGGAGTTGGTTGCCATTGCCGATCGCCAGAGTCTGCGCAATTTGGTTAGCTCAATTGAGGCACATTTCAATGTGCAAATGGATCCCAATTTGGATCTCACTGAGGTGGAACATTTTGCCCTCTACACCAGTGTGCCGCCCACGGCGACAGCGAGTGAATTTGATGAGACCTCCGCCTACTATGCACCTGTCGATGCTGGCGAGATACTAACCCCCGATCAAGTGGCCAAGCGATTGGCCATGGCGAACACTAGCGGCAACAGCAACTGA
Protein Sequence
MFPNQNNLATAPAANDAQQQQNLNFNGLQQQQQQQQQQNQQQLPQSAKNVRKKPYVKITEQPAGKALRFRYECEGRSAGSIPGVNSTPENKTYPTIEIVGYKGRAVVVVSCVTKDTPYRPHPHNLVGKEGCKKGVCTLEISSETMRAVFSNLGIQCVKKKDIEAALKAREEIRVDPFKTGFSHRFQPSSIDLNSVRLCFQVFMESEKGRFTSPLPPVVSEPIFDKKAMSDLVICRLCSCSASVLGNTQIILLCEKVAKEDITVRFFEEKNGHIVWEALGDFQHTDVHKQTAITFKTPRYHTMDITEPAKVFIQLRRPSDGVTSEALPFEYVPLDSGRHTFWNLHRHLKRKPDEDIFQQILSIDTAAVPPKREMPTIEEPVPEPIPEPLPLLDTVDVHDQTPQDMEAACAAAEAEAEADRLRTEKEIDTIIDEKVRELEQLELEQQQLAAVDVVLAPEPHQLSANDKINEWMKSNELLQQPHEPSPGPGDAEEEGSDAPTDGTGDTQVAAACAANDEDKTLNELLEQVAELDEIYTDFVMQRDTYNNTLQNELQCMERPPMQVEESFDDTATYTSLQIAFKNPVLIPMDDIMPPTPPMSQSVEMLMAVEEEKLPPLPPKRLRKQDSNAENRSIEANNGDSSPGVREKARLPPPIIHPRLAEMSAAPTKRLPQPPESKPKPPPAKNPNFNTLPRQKKPGFFSKLFSRRKSKPELMQQSNENCSHLGTSKSNSAAASEPSLDQHFNARDPLRASQRSAKSLNPIKSTNTSPLKSAAGAGTASSRKVAKTGKPCGRSVSSVSGKRPSYLNADVVHIPLKGDSSSSLQQAPTNEAYSNASTITVGGQLDRRTASALQLAEIPISEGGMELVAIADRQSLRNLVSSIEAHFNVQMDPNLDLTEVEHFALYTSVPPTATASEFDETSAYYAPVDAGEILTPDQVAKRLAMANTSGNSN

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

100% Identity
iTF_01556597; iTF_00587171; iTF_01549348; iTF_01550762; iTF_01551490; iTF_01555206; iTF_01557331; iTF_01550046; iTF_01558047; iTF_01558800; iTF_01552941; iTF_01548626; iTF_01554455; iTF_01552223; iTF_01553736;
90% Identity
iTF_01548626;
80% Identity
-