| New model in OGS2.0 | DPOGS208433 |
|---|---|
| Genomic Position | scaffold359:- 30992-54158 |
| See gene structure | |
| CDS Length | 6468 |
| Paired RNAseq reads | 285 |
| Single RNAseq reads | 831 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA008806 (0.0) |
| Best Drosophila hit | CG31772 (2e-126) |
| Best Human hit | regulator of G-protein signaling 12 isoform 2 (1e-08) |
| Best NR hit (blastp) | hypothetical protein AaeL_AAEL009135 [Aedes aegypti] (4e-172) |
| Best NR hit (blastx) | GE18256 [Drosophila yakuba] (2e-136) |
| GeneOntology terms | GO:0005515 protein binding |
| InterPro families | IPR001478 PDZ/DHR/GLGF IPR011993 Pleckstrin homology-type IPR001849 Pleckstrin homology domain |
| Orthology group | MCL13703 |
Nucleotide sequence:
ATGTATTCCAAACAGGAATTTCGAGAGCAGTACTGCATCAACAACAAACAATTGGACTTG
TTGGAGTTGGAGAAGTCCAAAAAAGACAGATTTCTCGGCTGTCTCTCACAATATCACATC
GAGAGCCCCTGCTCCAGAACCAATAGAGCATCATTTTTATCCGTGTGCGTCCGTCGGCGA
GTGCCCTCAGATGAGAATCTCAACACCGATTATGCGCCCATCCAGAGATACCCAAGGTTC
GGGCAGCCGTCGCCCGCGCCGCCCGAGCTGTGCGCCCATGATGCTGACCTTGAGTGCTCA
TACTTTAGACGACGCCCCCGGTCTGTTTGTAGCCAGCCGGACCCAAAGCGGTACACCTGG
ATGCCTGAAGATGAAGATTTCACGAGAATGGAATGGCCTCAATCGGTAATGGAAGACAAC
GCTGGTTGGCCTCAAGGTTACAATGCAGACCAAATCGCGTCTGTTGGCCGTGGAGGGTCT
TTACCCAGACCGCCCTCTATAATTCCCTGCCCTGCCCACACTCCGATACCTCCGCCACCC
CCACCACCGCCTCTCACCATACCACCGCACAGAACAAAACACGTATCATTTGCTCGTTCG
CATACACTGACCACTTTCGACGATTCAGTTATGCCAGCTGCAGTCAGCGGTCGTTACCGA
CGAGATTGCGAGAGACTGATCGATGGACGCGTTGTTAAGCAAGAAAACAAACCGTACGCG
ACACTGCCAATAATGTTCCAGCCATTTCCACCGTATCCCCAATATATGGCACAGCCGCCA
GCTCCAATACATTACCCGCCGCCAATAACACCGTTACCGGCTCATGCACCAACTATAATA
CGTCCCACACAAACTGAAGCTCCGAAAGTTGTTGTTTTAGATTCAATAAAAAAGGGTGTA
ATGAGGACACAAGCTACTCAGACTGAGGTTTGCCTGGGACGAAAACCTCTTCCACCTAAT
TATTTGTCATTAAGTCCTCGAACTATTAAGAGGGTAAAAATGGTAGCAGCAGGAGTTCAG
ACAAATGGTTTTACTGTGGGTGTAAGAAGATTAACTAAATCATTTTCGGAGGTCGGCGGA
GACCGGTTAGTTGGTCGAGAAGGACAAAATGAAGTTGTTAACGCTATTGAAAGTTTAATT
GGTCCAGAACATGAAAAATTGCATAGAACCCAATCGGAAGAACCGCCACGATCTCCAAGA
TCTCCCACTGTGGTTCCTTCTTTTCCCTTAATGCAAAGAGGAGACTCTGATGACGTTACT
TCATCATCTGTAAAGTCACTGGCATCATCATCACAGGTTGACAAAACGTCAGAACTTAGC
GTCTTACAAAAGCAAACTCAAGAATTTTTTCAGCAAAACTACCAATTCATCCATGAAAGC
GATCGAGATGACACCATTGATGACGATATTCAAACTATAGAGAAAAGTATGGCTTTAAAT
AGGCGCAACTTAGAATATTTACAGCAGGAAATAGCTAAGCAGGCCAAAAATGAAAGGTCG
CTTCGATCCATATTATCTAAAAGCACAAGTGATGCTTCACAAAAGACTGTAAATTCTTCT
CATGTTATCTCGAAAACATCTACGTTCCAATCAGAGCCCTCAACCGAAACTTCAGCTACT
ACTACCGACGATAGTGAGAAAAATGAAAAAGAAATAATTATCGATTTTGAACCAAGGCCT
GATGATGAAGCCATTCCATTTACAACATTAAAGAGAAAAACAAAAAGAGTTCTGCAAAAA
ACACTATCCGAAGGAGAAATATTGCTTGACTCAAGAAAAACTGAAATAAATTCAAGTACG
GAAGGAGTAAAAGATGCGCCCATAGTTATGTCTACTAGTCAAGAGAACATGACAAAAGAA
GATCGTGAACGTGAAGCCTTATACAAGCAATACATTGCCCAAAACTATAATCAGACGCCG
ATAAAAGATGAAGGTATCTTCGGTTTTGAACCTGATGGATCTTTCAGTTCTTCAGATGGA
AATGCACCATATGAGGACTTTCATGAAAAGTATATTAGTTACAAGCATGAACCATTTAGA
ATTCGAAGCGTAAGTTTTGAGGAAAAATCTGAAAGATGTGAAAAGGAAGAAATTCCTTTG
GACAGCACTGCAAAATCGAGTCCAGCGTCACCAGATCCAGTAACCTGTGATGTCGAAGTA
GAACATAAATCAAAACGCTCGGTGATAACTAACACTGTTACTACAATACTTGCCCCTCTT
GATAAACTCTCACCGTGTGCTTCCAGTGAATCTCTTACAGTTGACCATAGCAGAGATCAC
TCTGATAGTATGTGGAATGAGTCACAAACAACAGTACTACAAGTTGATTCTGGGACAGAT
AATGGAACAGTTATAAGTTCTTCCGATCTCAGTTCTTTAGCTACGTCACCGGGTGCTTTG
GCATTATTGACTCCAACTTCTAGAAGAAAACAATTATTACTATTGCAACACCAACAAAGA
TCTTCATTAGACACAGATGCATTAGATGAAGAATTTGACGCATCACAGAGTCAGTCACCA
ACATCACCTCGAAATAAATTAGATACATCCAGTTCAAGCTCCGCGCAACCGACAAGAGCT
TCACTATCTCCACCTGCTGTTGTTCCAAATATTCAACTACCAATAACAAAGCAACCAACG
GTTTCTAAAATTTTATCTCCAACGGCTCCTATTAAACTTAATCATACTCCAGCTATTGCT
ATCACTCATCCTAGTTTGGATTTATCTGATGTGCCATTTAAAAGAACTCCAAGTTTCATA
AATAAAAAACGAGAAAGAGCACTTAGCCCTTCACGAAGACAGGATTTGAGAAGAGCTCAA
CAAAAAGAACCAAACGGAGCAATTCCCAATAAAATTCTGGAATCTCCTACTGAACCCCCA
TTATCCAAGCCCGCTAGCAGCGAAACAAGTTTAGCTAGGACTGATTCCGGAAAAATTAAT
AATACAGATGTGTCTGAAAGTACTACAACAACTGAAGATTATGTGACTGCCAATTCTGAC
AGCTCTAAAAAAAGCAATAACAAAAATCATAATCATAATTCTGAAAATAATAACAAAGCT
CAAGAGGGATCATCTTTTGAAAGTGCTTCTAGTTTGTATTCGTCGACAAAAACTGATAAT
GTTGCTGAAGATTTAATAGTCCCAAGCTTTTCACCTCCTTTAGAAATAAGTGATGATTTT
ATGGTGCCGAACTTATCTTCCCCACCATTGCCTTTATCAGAAAGAATACCAAAACCGTCT
GTAGAGAGATTTGAGGTAAAAGTTGATATTACACCTATTGCTGATTCAAATAGAAGAAAC
AAGACTGATCCTATTAAGCCAAAAGACGACCTTCCAAGGAAACCTAATATTGGTGCAAGT
CGTGATGCCATCAGCGGAAAAAGTAGTTCAAGTGGTAGTTACAGCATAGGCGGATCGAAT
CCAAATGTAACCGAGCCTAGTGATGAAAAAATTAATAAAGAAAAGGTAAAGAACGCTCCG
GAAACAATAGATAAACAAGATATGAAACTTAAGGAAGAGAAAAAAGAATTAAGGACTAAT
AACCGAAGGGAACAATTCGTTCCCAAATTGGTGGGGTCCCTATCAGATGATGAGAGAAGT
GTGCATTATTCATCTTCAGGTTATTATGAGAGTCCAATAGAGGATGATGATGATGGAGGT
TTAACTTACAAGCACTCCCAAAAATACAGATCATCGAACAGGCCAAAAGCTTGGTTATCA
GAAGAAAAAAGAAGAAAGAAAAAAGCTTTCACATTAGAGTTCTCTAAATCTTATGATGAT
TCAATATCTACCTCTCAAGATGATTGGGGACAAAAGAGTAAAGAACCAGATATTGTCCGA
CCAGAACGTAATGTTTTTAAATATAGTTCTATGAAATCATCGCTAGAAGAAAAAGTTAGT
GACATACGTAAAAAGAAAACTCATTTTATAGAGAAACCTAAAAGTGTTCAATCGTCTCCA
CGAGAACCGGTGGATATAGAAAAGTCTATTAAAGAGAAAATGTTAAAAGAAAAAGATAAT
GCCAATAAGAGGCCAGTAGAAAGGGAGAGATATGTAAAACGCACTAAGCTCAAGGCAAAA
AGCCCGACGCAAAATAAATCAATTGATAACAACTATAGACAATCTCATTATGACCGTCGT
GATACATTGGGTTCAAATATCAAATTGCATCTTAACATTCCGACATCTGACGATTCAAGT
GAGCAATACAGAAAAGATGGACTTGGCAATGGAAACGTTTCTCCTAGAAAACACAGGCGA
TTACGTGATAGTCCCAGAAGAAAAACGGGATCTAATTCCAATAACGCTAAGTCACCAACA
TCAAATAATCATACTTGTTACAGACCCAGAAGAAAAAGTGGATCCAACGAAAGCATATCA
CTACCAGGAAGCCTGCCACGTAGAAAGCAATCTATACCGACAGTTCCATGCTTAAGTTCT
TTAGAAGCTGAAGATATTGAAGCTGCGAGAACTCTCTCAAGAGCTGGTTCAAGGCTAACA
CCTCTAAGATACCTCAAAAGTCCTACTGCTTTACCAAGGAGTAAAAAATCAGAAAAAGAG
GGAAAGTTTGCAAAGGCGGCCTCAGCAGAGTCCCTACGTTCCGTTTCACCAGGATCCGAC
TCCGTCTTCTACTCAGAACACACAGAGCATGGCGATGGTGACGAGGCTCGTGCGCACTGC
CTGCACTGTGGGAAGGAGGTGCATATTGTGACTGCAGCCAACGAACACGATGCTAGTGCT
TCGAGAACTTCACAAACTGATGAGTCCTATGCGGATGCAACGCCAGACATAGTACCAGCA
CCCGCTGGTTTTGCTGACTCGCCCTCTTGTGGAGCCGCGAAAAAGCCTGCAAGCGGAGCT
CGTTTGTATAAGAAGCTTGACAAAAGATATCGATCCGAAGATAAAACCAAACATCATTAT
AGACATCGTCAAGACGTTCGAGCAAAGTCGGAAGAAAGGGGTAAAGATGTGTATGAAGGG
ATCGAAAAGCCTCAAGATACAAGAATTGCTCGATCAGCTGGTAACAGTCTTGACAAGCTT
GCTACTAATACTTCGGGTGATCCGGATGAACCAGAAGAATGTTCTGGCAGTTCCGAAGGT
GTTGATGAAGAGAAGGGAGTTTATGCGACACCGTGGTGGTGCGGTAACTGGATATTGTTA
TCCGAAAACAATGATAATTGGTCTCGAATACCTCCAGATGCATTACAACAACAAAAAGAA
GATCCTACAGATTCGGAGACGGAATTCAACAAACGGTATGTCGCTCTGACGCACCGCCTA
GTTCACCGCAGGGCATGTATTGAACTCAATAAACGACAGGCGGACAACAGTTTCGTATCG
GAATTTGAACTTTTACACCTAGCCAAAATGCGACACAGTTTTAGCAGTGGCATTAATACT
GCAAATGGAAATCTAAAGCAGAAGCTTGAAGAATTATTAAAATTGATGCTGGTGTTATGG
TGTCGACAATGCCAAGCCGACAAAATTGTCGCCTCTGAACCATGTGAAAGTGACAAGACA
GTGGTAGTAAGACGGGGCAATGAGGAATTCGGATTCAGGATACACGGGAGCAAGCCAGTC
GTGGTGTCAGCAATCGAGCCAGACACGCCCGCTGAATCTTCGGGCCTTGAAGTAGGGGAC
ATAATCATATCAGTTAACGGAATCAACGTTTTGGATAAAACGCACTCCGAAGTGGTGAAG
ATTGCTCATTCTGGTTCTGAAATACTGGAATTAGATGTTGCCAGAACTTGTGAGGTTGTC
GCAACTCTAGCCCACGAGACGGGTGCAGCAGCTCTTTACTCCGGATATCTCTGGAGAGCA
GCCACTTCACGGAATCATCAACGATGGACCAGACGGTGGTTTGTGCTGAAGAGGGACAAC
TGCCTTTACTATTACAAGACGGATTCTAGTATTCATCCCGTCGGAGCGCTGATGTTAGTA
AACTACCAGCTGACGGAGGAAGACGCTGGTCGTCCACACGGATTCCGCCTTCAGCGAGGT
GGTGGTACACGGCTTACACTCGCCGCTGACAGTGCAGAGGCGGCCGCTCGCTGGCAGGCC
GTGCTGGCTCACGCTATTGATGCCAGTAACCAGAGAGATGGCTGGTTAGAGGTGACTATG
AGAAATATGAAGCTTCCACCATCATCCATTCCACGACCAGACTGTTTTGGATATTTGATG
AAACTGGGCTCTAAATGGAAGTCTTGGGCCAAAAGATATTGTGTACTTAAAGACGCCTGT
CTTTATTTTTACAATGAAGGCAATAGTAAAAGCGCTTTTGGAATGGCCTGCTTACATGGA
TACAGAATACAGACAAGCTCTACTGGTGGCAAGAAGTACGCCTTCGAAGTTACTCCCACT
GAGCCTAAGCAAAGACACTTTTACTTCCACACCGAATCTGAAATGGATAGGAAGCGATGG
ATGGCAGCTCTGGAGTATTCGATAGACCGATGGATGAAGGCGGGTTGA
Protein sequence:
MYSKQEFREQYCINNKQLDLLELEKSKKDRFLGCLSQYHIESPCSRTNRASFLSVCVRRR
VPSDENLNTDYAPIQRYPRFGQPSPAPPELCAHDADLECSYFRRRPRSVCSQPDPKRYTW
MPEDEDFTRMEWPQSVMEDNAGWPQGYNADQIASVGRGGSLPRPPSIIPCPAHTPIPPPP
PPPPLTIPPHRTKHVSFARSHTLTTFDDSVMPAAVSGRYRRDCERLIDGRVVKQENKPYA
TLPIMFQPFPPYPQYMAQPPAPIHYPPPITPLPAHAPTIIRPTQTEAPKVVVLDSIKKGV
MRTQATQTEVCLGRKPLPPNYLSLSPRTIKRVKMVAAGVQTNGFTVGVRRLTKSFSEVGG
DRLVGREGQNEVVNAIESLIGPEHEKLHRTQSEEPPRSPRSPTVVPSFPLMQRGDSDDVT
SSSVKSLASSSQVDKTSELSVLQKQTQEFFQQNYQFIHESDRDDTIDDDIQTIEKSMALN
RRNLEYLQQEIAKQAKNERSLRSILSKSTSDASQKTVNSSHVISKTSTFQSEPSTETSAT
TTDDSEKNEKEIIIDFEPRPDDEAIPFTTLKRKTKRVLQKTLSEGEILLDSRKTEINSST
EGVKDAPIVMSTSQENMTKEDREREALYKQYIAQNYNQTPIKDEGIFGFEPDGSFSSSDG
NAPYEDFHEKYISYKHEPFRIRSVSFEEKSERCEKEEIPLDSTAKSSPASPDPVTCDVEV
EHKSKRSVITNTVTTILAPLDKLSPCASSESLTVDHSRDHSDSMWNESQTTVLQVDSGTD
NGTVISSSDLSSLATSPGALALLTPTSRRKQLLLLQHQQRSSLDTDALDEEFDASQSQSP
TSPRNKLDTSSSSSAQPTRASLSPPAVVPNIQLPITKQPTVSKILSPTAPIKLNHTPAIA
ITHPSLDLSDVPFKRTPSFINKKRERALSPSRRQDLRRAQQKEPNGAIPNKILESPTEPP
LSKPASSETSLARTDSGKINNTDVSESTTTTEDYVTANSDSSKKSNNKNHNHNSENNNKA
QEGSSFESASSLYSSTKTDNVAEDLIVPSFSPPLEISDDFMVPNLSSPPLPLSERIPKPS
VERFEVKVDITPIADSNRRNKTDPIKPKDDLPRKPNIGASRDAISGKSSSSGSYSIGGSN
PNVTEPSDEKINKEKVKNAPETIDKQDMKLKEEKKELRTNNRREQFVPKLVGSLSDDERS
VHYSSSGYYESPIEDDDDGGLTYKHSQKYRSSNRPKAWLSEEKRRKKKAFTLEFSKSYDD
SISTSQDDWGQKSKEPDIVRPERNVFKYSSMKSSLEEKVSDIRKKKTHFIEKPKSVQSSP
REPVDIEKSIKEKMLKEKDNANKRPVERERYVKRTKLKAKSPTQNKSIDNNYRQSHYDRR
DTLGSNIKLHLNIPTSDDSSEQYRKDGLGNGNVSPRKHRRLRDSPRRKTGSNSNNAKSPT
SNNHTCYRPRRKSGSNESISLPGSLPRRKQSIPTVPCLSSLEAEDIEAARTLSRAGSRLT
PLRYLKSPTALPRSKKSEKEGKFAKAASAESLRSVSPGSDSVFYSEHTEHGDGDEARAHC
LHCGKEVHIVTAANEHDASASRTSQTDESYADATPDIVPAPAGFADSPSCGAAKKPASGA
RLYKKLDKRYRSEDKTKHHYRHRQDVRAKSEERGKDVYEGIEKPQDTRIARSAGNSLDKL
ATNTSGDPDEPEECSGSSEGVDEEKGVYATPWWCGNWILLSENNDNWSRIPPDALQQQKE
DPTDSETEFNKRYVALTHRLVHRRACIELNKRQADNSFVSEFELLHLAKMRHSFSSGINT
ANGNLKQKLEELLKLMLVLWCRQCQADKIVASEPCESDKTVVVRRGNEEFGFRIHGSKPV
VVSAIEPDTPAESSGLEVGDIIISVNGINVLDKTHSEVVKIAHSGSEILELDVARTCEVV
ATLAHETGAAALYSGYLWRAATSRNHQRWTRRWFVLKRDNCLYYYKTDSSIHPVGALMLV
NYQLTEEDAGRPHGFRLQRGGGTRLTLAADSAEAAARWQAVLAHAIDASNQRDGWLEVTM
RNMKLPPSSIPRPDCFGYLMKLGSKWKSWAKRYCVLKDACLYFYNEGNSKSAFGMACLHG
YRIQTSSTGGKKYAFEVTPTEPKQRHFYFHTESEMDRKRWMAALEYSIDRWMKAG