| New model in OGS2.0 | DPOGS215954 |
|---|---|
| Genomic Position | scaffold257:- 13874-21310 |
| See gene structure | |
| CDS Length | 3108 |
| Paired RNAseq reads | 1148 |
| Single RNAseq reads | 2873 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA001069 (4e-11) |
| Best Drosophila hit | CG3407 (1e-48) |
| Best Human hit | zinc finger protein 737 (4e-34) |
| Best NR hit (blastp) | PREDICTED: similar to CG3407-PA [Apis mellifera] (4e-59) |
| Best NR hit (blastx) | PREDICTED: similar to CG3407-PA [Apis mellifera] (1e-59) |
| GeneOntology terms | GO:0005622 intracellular GO:0008270 zinc ion binding GO:0003676 nucleic acid binding |
| InterPro families | IPR007087 Zinc finger, C2H2-type IPR015880 Zinc finger, C2H2-like IPR013087 Zinc finger, C2H2-type/integrase, DNA-binding |
| Orthology group | MCL18501 |
Nucleotide sequence:
ATGAGGAACGTTGAACCTGTGTTAGAAGATAAAATGGACGAAGCTGTCACTCATTATATA
AATTCACATCAACCACCTGAGTCAGTACATATAGATGCAAATTCAATGGCTCTCAATGTG
CATGATGATTCCACTGGCAGAGTGGTTACTGTTATGCACCCCCATAATTTTACGACTCAA
ATGTGCAGACAAGTATCAGTAGGTGACCAAGTTGGAGAAGGACCATGGGTAGAGGAATTC
CTAGATCCTGAAGGTAGACTAGCAGCTATAGTGGCACATCTAGCACAACACTCTAGGACG
CAGCATCATTTGCATAAAGTTCCTGTTAGGAGTGATCTGGATTCTTCAGTAATTTTAGAT
GCACCAATGAGACTTTTCAACGGTCAAACTTTGGAACCACACTCTGAACCCATTGTAGTA
CAAGTTCCACCTCTGCCTCCATTACCACCATTACAAGAGATGAAGAGATGTCCGGAAGCG
GACTGGTTTAATAAAGACAAAAATGAGCTTAAGGAACAGCAACTCCTTTCACAGGATACT
GTTCTGGAGTCCAGCGGATCTCCAGCACATAAGCAGAGTAAAAAGAGCCTGCCTCATAAG
AAGAGGATCTCACGGAAACTAAAACGAACCACCAATAGCACTCCGCAGCAGGATATAGTA
GTGATCAATTGTGGATCTGAGGTTCCACAAGAAGAAATTCTACCAGATAGTTTCTCACAC
GCTCACGAATCCCACGATACCAATAACGGACACGACGCCCATGGAGCTCACGATGCCCAC
GATCCCCATAATCCTCACAATACTCACAATCTCCACAACCCCCACCATCCTCACAATCCT
CATAACCCCCATAATGCACACAATCCTCATGATCCCCATGATCCTCATGACACTGTTTTG
CCTGAAACCCATCATATTGGACAGGAGATACGGTCGCCCCTGATTTGTCAACTTTGCGGC
GAATACTACGGTCACGAACAGCTGAAGTTCTACCATCATCTCAAACAGCATTACGAGCCA
CAGCTCGTGTTAGACACTCCCGACCTACCAATTGACAAGATGACAAATACGTGTATAGAC
AATGTGGCAACTCTTCCAGATTCGATAGTGGAACTATCACTAGAAAATACAGTACCAAGG
ATAATATACCCTCCGCAGGACAAAACATTTTGCAGCTATAAGATTCCGTTTACTTCAACT
AATATGGAAAAGGAACAGGAACAGGGAAGAGTTGATTTATTTGATTCATTGGACAAACTG
GAAATGTATTTCTGCACAAAGTGTAATAAATCATTCAGGAAACAGAAACAATGTGAGATC
CATATAAAAGAAGCTCATCTGAATCAGAAGATGGATGATATATCCGAGTTCAGTGACCCT
GAGGATCTCATGGAGGGCATACACGTGGCTGTAGAAGAGGGAGGAGGAGAGGGGGAAGGC
GGTGGAGACTGTAGCAGTGAGCAGTACGACCAGGCTCTACTACCGCATCTGACAGTAGAA
AACGGACACGTACATCAAGAACATGTTAGACACTGGTATATGAGGAATGGGTCAAACAGT
TCGGTGCCACTTTGCACATGTGGCGGTGCGGGTTACTGTGCTATGTGCACTCATGCACAC
ACGCCCACCATTCAACCCACACAGACGATACACACACAGACCATACATACCCAGAGCTCT
GACATGCCCTTGCCCAGTGTGACCAGTGTCAGCCACGTGACAACCAGCCACGTGACCAAT
GTCAATCATGTGACCAGCGTCACTCACACCAGCAATGTTAACGTCAGTCAGAATGTAGCA
GTCAGTCAGAGGACGGAAAAAGATGAGTCGCTACAGAGGATGTTCGAAACTGAGAATCAC
AGTCAGGAAAACTTCACAGAGAACATTCTAGAACAACAGGAGCTGAACATCAAAGTTGAG
CAGCCAGTAGAAGTTAAACAGGAGAAGAAAAAGCCCACTAAGACCTTCGAGTGTTCGCAT
TGTGATAGAGTGTTCCATCATAGAAACAGCCTTTTCTATCACACGTTGATGCATAGCGAG
AAGCAACAAGTCTGTAGAGAGTGTGGGAAGGAATTTTACACCGTCAATGCTCTTAAGATC
CACAAGCGAGTTCACAGTGACTACCGGCCTTGTAAGTGTGACGAGTGCGGAAGAGATTTC
AGGCAGTGGTCAGATCTGAAGTACCACAAGGCATCCATACACTCCGATAAGAAAAACTTC
AAATGCGAATTCTGTGGTAAGGAGTTTGCTCGGCGCTATTCTCTTAACGTACACAGACGT
ATACACACCGGCGAGAGGAACTACAAGTGCGAGTACTGCAACAAGTCTTTTAGGGCCTCG
TCCTACAGGCTGATTCATATGAGGACACACACTGGTACTAAGCCCTATAAATGTACACAA
TGTGAGAAATGTTTCCGTGTGGCTTACGATCTGCGACGACACATGCTGATACACGACAAA
GTGAGAGTCCGAGGTGAAGAACAAAAGAATAAAACAAAGGAAAAGAAACAGAACGACACT
AAGGAAGAAACGAAGGAAACAAAAGCCGCTAAGGCAGACGAGAAGAAGGAAACAAAGCTA
CCAATATTAAAAAGTCTGCTAGATAAGAAACAAACTAAACCACCAAAGAAATCACCTAAA
AAGGCACCAAATGTAACAGTTCAGAGTAGATCCAATGAACAATTTAAAATGGACCCAGAC
TATAACAACGAAGTGTTCGACACGAGACAGGAACAATATAAATTTAAAGTGTACTCAAAT
GAATTTAAACAAAAAGACTATATAGAAGAAGTCAGACTAGAGGGAAGGTCAGAGGACAGA
GAACTGGCAACACTAAGGACATTGAAAAATCAGGAATGTGAAAATATTGAGACGAACAAG
CTGCCTTATAGAGAAAACACTGACGGGAAGATGCAGGTTTACACACAAATAGAAAAAACA
AAGGAATATAGTGGACCTATAGTTACCAATGCAGTATCATTAAGTGATATGAGGAGTTTA
GACCGTGAGTCCAGGGACATGAGGAACGAGGTTCACGGTGAGACCATTGACAGTGCACTC
CTGGAGCGTTTGTCTGCTTATTATAATAATAACATTCCGGCCGTATGA
Protein sequence:
MRNVEPVLEDKMDEAVTHYINSHQPPESVHIDANSMALNVHDDSTGRVVTVMHPHNFTTQ
MCRQVSVGDQVGEGPWVEEFLDPEGRLAAIVAHLAQHSRTQHHLHKVPVRSDLDSSVILD
APMRLFNGQTLEPHSEPIVVQVPPLPPLPPLQEMKRCPEADWFNKDKNELKEQQLLSQDT
VLESSGSPAHKQSKKSLPHKKRISRKLKRTTNSTPQQDIVVINCGSEVPQEEILPDSFSH
AHESHDTNNGHDAHGAHDAHDPHNPHNTHNLHNPHHPHNPHNPHNAHNPHDPHDPHDTVL
PETHHIGQEIRSPLICQLCGEYYGHEQLKFYHHLKQHYEPQLVLDTPDLPIDKMTNTCID
NVATLPDSIVELSLENTVPRIIYPPQDKTFCSYKIPFTSTNMEKEQEQGRVDLFDSLDKL
EMYFCTKCNKSFRKQKQCEIHIKEAHLNQKMDDISEFSDPEDLMEGIHVAVEEGGGEGEG
GGDCSSEQYDQALLPHLTVENGHVHQEHVRHWYMRNGSNSSVPLCTCGGAGYCAMCTHAH
TPTIQPTQTIHTQTIHTQSSDMPLPSVTSVSHVTTSHVTNVNHVTSVTHTSNVNVSQNVA
VSQRTEKDESLQRMFETENHSQENFTENILEQQELNIKVEQPVEVKQEKKKPTKTFECSH
CDRVFHHRNSLFYHTLMHSEKQQVCRECGKEFYTVNALKIHKRVHSDYRPCKCDECGRDF
RQWSDLKYHKASIHSDKKNFKCEFCGKEFARRYSLNVHRRIHTGERNYKCEYCNKSFRAS
SYRLIHMRTHTGTKPYKCTQCEKCFRVAYDLRRHMLIHDKVRVRGEEQKNKTKEKKQNDT
KEETKETKAAKADEKKETKLPILKSLLDKKQTKPPKKSPKKAPNVTVQSRSNEQFKMDPD
YNNEVFDTRQEQYKFKVYSNEFKQKDYIEEVRLEGRSEDRELATLRTLKNQECENIETNK
LPYRENTDGKMQVYTQIEKTKEYSGPIVTNAVSLSDMRSLDRESRDMRNEVHGETIDSAL
LERLSAYYNNNIPAV