| New model in OGS2.0 | DPOGS210751 |
|---|---|
| Genomic Position | scaffold1645:- 47651-54399 |
| See gene structure | |
| CDS Length | 5220 |
| Paired RNAseq reads | 954 |
| Single RNAseq reads | 2329 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA006283 (4e-144) |
| Best Drosophila hit | ND |
| Best Human hit | ND |
| Best NR hit (blastp) | hypothetical protein TcasGA2_TC000755 [Tribolium castaneum] (2e-25) |
| Best NR hit (blastx) | hypothetical protein TcasGA2_TC000755 [Tribolium castaneum] (4e-27) |
| GeneOntology terms | ND |
| InterPro families | IPR017868 Filamin/ABP280 repeat-like IPR013783 Immunoglobulin-like fold IPR014756 Immunoglobulin E-set |
| Orthology group | MCL40050 |
Nucleotide sequence:
ATGTCAGACAAAATTGAAGAATTGTCGAGAAAGTTTGCAGAAAATGTGTTGGAAGAAAAC
GCACGAAGCGTTGGATTATTTCCAATACCAGAATATCCTGAATTCGAGCAGCGCGGCATG
TGGTCATCAGTACTTACCATTCTTCTGACGACGTTGCGATACCTCGCCCCTGCAACTTTG
CTAACTTTGCTCTGGGTTCAGCCGAACTGCGTGTTGAAACTTCTAAAATACATAGACTCG
GCCGTAAGATCTTTAGCATTCTCCAGTGAAGAACAAAAACAGGATATTTTAAAATGGCTA
GCGGAAGCCGGACCGGTGCGAGTCGACTCACTAGATGTCGTTTGGCGACAGGGTTGGATA
GTATGTGGAGTTCTGGACATGGCATTACCAGGAGCCTGTGCTGGCCATCCACCCTCAAAA
CTCTCGCTGAAGCACGCTCAAGTTATCGCTGAACATTATCTTGGCATAGATCCAATCTTT
ACCCGACAGGAACTTGAAGCTTACGAATCACTCAGTAAACACCAAGAATATAAGCTACTT
AATTTTTTAGAAAACATACGTCTGGCTCTATCGAGATTAAAGCCCCCCACACCAAAGCAT
AGGACTATGACAACCCAGAAAAATGTAACAGAACCGTTGCAAAACTGCTTGGATTACGTA
GCGAAAGGCTCGGGTCTAACAGCCATTCAAATAAATAATAAAGTATATTTTAAAATATAT
CCAACAGCTCAACAATCTCTGAATCCAGATGAAATTACTATTACAATATATGGCCCTCGA
GGGGTGTATGGAAAAACTATTTTAGAGCCAATATTGGGTAAAGCTCAATTAATAAGACAA
AATTTGTTAAAGAAACAGACAAAATCGATTTACACTGAAAATGCTCTACCAATAACACAC
GGTACAACTTACATGCGATCTTACGGAAGAAATGATGTTAATAAGACATTTTTTATTCCA
AAAACGAAATATGATATCGAAATTGAAACTGATGTAAAAGAAGATCACGCACGTGTAAGC
TATACTGCTTCTTTAGAAGGAAAATACAAAATCTCAATAACAAGTAGCGGGAAAAATATT
GTTGGTTCTCCATTCATTGCCACAGCTTCTAAAAATGTGGTTGAAATTTTAGAAAAAGAT
AACTTTTTCCTTGAGAACGGGGAAGAAATAAATATCATAGATACCAAAACTGATAAGAAT
GTTGTTTTAAAAGTTGTTGACTACGGGGTTGAGAAAATGCTTTTAAAAGAAAGTGGCGCA
CAAGAAAAAATACACAAAGGAGCAGCGAAAAAAATTAAGGAATCAAATTTTTTCTCTATT
AATAATAATCTATTAGCTGAAGATGAATCTAAGGATAAGCATACGAAAAATAAGCAGATT
CCCGAAAAGTTCTACAAAACAGCAATTAAAGTTATGATTATGAATCGTGTTTGTAAAGTG
CTTCAAAACGGGAAAGAAAACTCGAGTTCAAGAAAAATAAGTTTATCTAGAGCCACACAA
GACATACCCGATATCGTCAATTCCACATTTTATGATGATCAAATAGGTCAAATAATTCAA
GAAAAAAACAATAGAATAATTATCCCCAAAAACATTTCGGTGTCCATTTTAACTGAAAAG
TCAAAAGCCTATATCGATGACATCGAAGTCGTCGATACATGTAACACTAACATTCAATAC
TTAAGTCACGGTTTGGAAAATATTGTTAAACTTAAAGATGACCTTTTTGAAGAAGACACA
ATTTCAGTAGACACCACACAATCGACAAGCAATCCGTTTTTAAGTGATGGATATGAACAA
AACTATGAGGTAGGAAAACAGTTTGGTTCTTTCGTACCAAATGAATATGAAACCAATAAT
TCTCAAAGTGAGGAAACCGAAGATTCTGTTGTTAAATTATTAGATGATTATCAAGACCAA
AATAATACTGGCAATAATCCTTTCATTGATTATAGCAGTAGTAACTTCGTTACGTCAAGT
CTTACACGTGATAACATAAAATCAAAAGCTATCAGAGAACACACCGATTCTGTATTTCTT
GATTCGGAATATAATAATGAGTTAGAGGATGTAATGTGCAGTAGCTTAAAGAACAATCCT
TTTATCAAACACGAAAAATACCTAGCCCAATTACAAAATGACAAACCTGATTTCATTATC
GGTGCACCTGTATCTATACCGCAAGTTTTTTTATCGTCTTCAAGCGAACATCAAACAAAC
CCCTGTGAAATAACTACGACAAATTGTTCATATAATAACAATAAGCTAAAAGATTTACAA
AACCAAAACTCAACGATGACTCCTGAATATTCAAATCAAGTTGAAGATTTAACGAAAAAT
TCCAATTACAATAGCTTAGATTCAAATAATAGTTCCAAAATTACCCCTTCAGAAACTAGT
AGAGAACTGTCACCAAAAACTGATATTTGGGATTCGGCGTATGTTAGTATAGACGAAAAC
ATTTATGCTGAAAGTACTTCAAGTGAATCTAGTAATAGCAAAATAAATAATACTGAAAAA
ATATACTCTCAAATACGTCCTATCATAAAAGATATAAAATACATTGATGAAGACGATGAT
ATAACCAAATATGAAATAAAACGATCTGAAATTACACCCATAATTGAAGAGAACGAAAAG
AGCTTTACATTTGGCATGAAGGAAGCGACATATGGAACTGACGCAGTGGTGACTGCATTT
ACTGACCTTGATGATATTTATGATGAAATATTTTCGAACTCAGAAGTAAGTTTGGAAAGT
ACTAATCAAGACTACAAGAAAAATTTTGAAGTTGAACTTGTTACAGATAACAATGAAGTC
TGTGTCAATTCAGCATCTGATATTATAACAGATGTGAAAAGACAAACGAAACAAAGAGAA
GGAAAGATTTCTGAGGTTCAGGAAAATGTCACTGAATCCGTTTCAGTAAGTCAAAACCTT
CATGTCAAAGAAAGCTTTCGCGAAGAAAACAATAATCGACTCGATAACGAAACTCAATTT
GGAGACCCAAGATTTATTAATATTGTTTCCGAAAAGAAAAAGTATTGGGATGAAAGAATC
CGAGAAATAGAAGCTAAATCCGAAGAAATAAAAGTATTTCAAACTAAAAGACGTCTTTCT
GGTAAACATTTACGACGTAATGATTCATTGACCAAAAGAAAGGGGAAAAAAATTGTCCAA
CATATTTTAAAATCAGGGAAAGAAGAATATGAAAAATATGTCAAAGACAAATGTGAACCA
GTTAATGATGATGCCCAACAAATTGAAATATTTAACTCCACTGAACGAAAAGATATCGAT
AGTAACAACCACGAACAATTTACTTGTTTCGGAAAAAAATCCTCTGAAAATAAGGCGCGA
TCAGTAATCGATACACTGAAAGATTTCAAAGTAAGTAGTGAAGATTTAGTAGATATGGTT
ACTGTTGATGAGACACCTGTAACAGAATTAAACTTAAAACAAGAATTATCAGAGAAAGTA
TTCCAAGCATTCGAAACCAGTCCCAAAAGGTTCTTTGGCACCTCTAGAAAACATATTTTA
AATAAGATTGACACTTTTCTAGGACTACCGCATAATGAACAAGAGACGAAAAAAAACAAA
ATAGACGTTAACCATGAAAGCGGCTTAGTTTCTAGTCGTATTTCATTATTTCACAACATA
TCCAATACAGAAGAATTACCTTGGGCACGAAGAAAAAGTAAATCTATGCATAACCTGGCC
TACATAGATAGTAACAAAAAACTTAGTGTACAAAATGAACCTACACCTCTGTTGACAAAT
CCATCTCAAACTTATGATAATGATTCTATACACTCTGAAAATTCTGATTGCCTTAAAAGT
CCTAAACGAAACTCTACCATAAGAGTATTTAAAGAGGATCAAAATCAAAAACAAGCTGAA
TTAACGCAAAGCATCAGTCTCGACGAAACGTCCTCACGACCCATTCATGACAATTTTATT
AATACAGAAACAAATGATTACGTTAAAAATACTATAAAAGATTTGAATAAACAAACTAAT
CAGTCGAAAATGGATTCTTCAGTTAAGAAACTTAAATCCATTAGTAAGTCGGAAATGGAC
ATATTTAGCAGAACCACTGATATCGCTCAAGATGACGGTTTAGATAAACATAAATCCTAC
GAAGAATTGCCAAAAATATGCGTAAAGAATTTTATATCACACTATGAAGATGTTTCTAAG
AATTCTAATTTGACAACAAAAACTTACAAATTAAACTCGGCTGGTTTTACAGATAAGACG
CAAGTGCGGGATTCATTTCCAGATACGTCACATTCAAAAACTCTATCAGTCGAAGTTCTG
ACATCAGAAAAACTAAAATCGCCTGATATGGATGAAGCTAAGATAAATCTTTCTACAACC
GATGCTATACAGATATTTGAAAAATTAGATTCTAAAGATAAAAACAAAAAACAGTTAACA
AATACCTCGGTTAAAGGGAATCATAGTGAGGACGTAACTTTTTTAAGTTTCTCGGATATT
GATTTAGAAATAGTTGAAAAAGAAGAAGATAATAAAGATAAATCTGTGGAAGCTTGGGCA
CAACCTGAAGCAGAAAAGGCACATTTAGAATACAAGAATAGGTTCACGATGGCGAAAAAA
TATTTTCAATCGCTGGAAGAGCTAAGGCACGAAAGAGGAAATATTAGAAAGGAATTACTA
CATACTTCCGTCGAATCTCTTAAAGATAAAAGTCGGCCTAAGAAAAGAAGCAACATTAAA
AAGTCTAACTCAATGCCGTCATCTGAAATCGCGAAGATATGGAATCAGATGCAAGAACAA
AATAAAACAGATAATACCAAAAAGTTCGTTAAGATTTCAGAAAAATTCCACGTTGAAGAT
CTATTCGAAGACGTAATGGAAGGAAGACTGAGTCGACAAGGAAGTTTAAGAGGCATTCCT
CATAAAAAGGCTGTCCTAGAAACCTTTAGGTCCATGGAAAATATATCAGACAATAGATTG
AATTCTTACGAAATGGCAGTTGAGCAGTTAAACGATTTCGCAAAGGAAAACCAGGTCCGA
AATGCGCAGACCTATTTAAGTGAATATCCTTACTTGCCTACAACTGATCCGTCCAAATAT
CACTCCAGATTGGATACAACTGCATCTGGGTTGATTACTTTTAAGGAGTTAAAGAAGATA
CCACGAAGAAATAGTGTACCAGACTTAAGATTGAATCCAACATTTACAGCTGACCTTTGA
Protein sequence:
MSDKIEELSRKFAENVLEENARSVGLFPIPEYPEFEQRGMWSSVLTILLTTLRYLAPATL
LTLLWVQPNCVLKLLKYIDSAVRSLAFSSEEQKQDILKWLAEAGPVRVDSLDVVWRQGWI
VCGVLDMALPGACAGHPPSKLSLKHAQVIAEHYLGIDPIFTRQELEAYESLSKHQEYKLL
NFLENIRLALSRLKPPTPKHRTMTTQKNVTEPLQNCLDYVAKGSGLTAIQINNKVYFKIY
PTAQQSLNPDEITITIYGPRGVYGKTILEPILGKAQLIRQNLLKKQTKSIYTENALPITH
GTTYMRSYGRNDVNKTFFIPKTKYDIEIETDVKEDHARVSYTASLEGKYKISITSSGKNI
VGSPFIATASKNVVEILEKDNFFLENGEEINIIDTKTDKNVVLKVVDYGVEKMLLKESGA
QEKIHKGAAKKIKESNFFSINNNLLAEDESKDKHTKNKQIPEKFYKTAIKVMIMNRVCKV
LQNGKENSSSRKISLSRATQDIPDIVNSTFYDDQIGQIIQEKNNRIIIPKNISVSILTEK
SKAYIDDIEVVDTCNTNIQYLSHGLENIVKLKDDLFEEDTISVDTTQSTSNPFLSDGYEQ
NYEVGKQFGSFVPNEYETNNSQSEETEDSVVKLLDDYQDQNNTGNNPFIDYSSSNFVTSS
LTRDNIKSKAIREHTDSVFLDSEYNNELEDVMCSSLKNNPFIKHEKYLAQLQNDKPDFII
GAPVSIPQVFLSSSSEHQTNPCEITTTNCSYNNNKLKDLQNQNSTMTPEYSNQVEDLTKN
SNYNSLDSNNSSKITPSETSRELSPKTDIWDSAYVSIDENIYAESTSSESSNSKINNTEK
IYSQIRPIIKDIKYIDEDDDITKYEIKRSEITPIIEENEKSFTFGMKEATYGTDAVVTAF
TDLDDIYDEIFSNSEVSLESTNQDYKKNFEVELVTDNNEVCVNSASDIITDVKRQTKQRE
GKISEVQENVTESVSVSQNLHVKESFREENNNRLDNETQFGDPRFINIVSEKKKYWDERI
REIEAKSEEIKVFQTKRRLSGKHLRRNDSLTKRKGKKIVQHILKSGKEEYEKYVKDKCEP
VNDDAQQIEIFNSTERKDIDSNNHEQFTCFGKKSSENKARSVIDTLKDFKVSSEDLVDMV
TVDETPVTELNLKQELSEKVFQAFETSPKRFFGTSRKHILNKIDTFLGLPHNEQETKKNK
IDVNHESGLVSSRISLFHNISNTEELPWARRKSKSMHNLAYIDSNKKLSVQNEPTPLLTN
PSQTYDNDSIHSENSDCLKSPKRNSTIRVFKEDQNQKQAELTQSISLDETSSRPIHDNFI
NTETNDYVKNTIKDLNKQTNQSKMDSSVKKLKSISKSEMDIFSRTTDIAQDDGLDKHKSY
EELPKICVKNFISHYEDVSKNSNLTTKTYKLNSAGFTDKTQVRDSFPDTSHSKTLSVEVL
TSEKLKSPDMDEAKINLSTTDAIQIFEKLDSKDKNKKQLTNTSVKGNHSEDVTFLSFSDI
DLEIVEKEEDNKDKSVEAWAQPEAEKAHLEYKNRFTMAKKYFQSLEELRHERGNIRKELL
HTSVESLKDKSRPKKRSNIKKSNSMPSSEIAKIWNQMQEQNKTDNTKKFVKISEKFHVED
LFEDVMEGRLSRQGSLRGIPHKKAVLETFRSMENISDNRLNSYEMAVEQLNDFAKENQVR
NAQTYLSEYPYLPTTDPSKYHSRLDTTASGLITFKELKKIPRRNSVPDLRLNPTFTADL