| New model in OGS2.0 | DPOGS202699 |
|---|---|
| Genomic Position | scaffold50:+ 3128-18014 |
| See gene structure | |
| CDS Length | 6741 |
| Paired RNAseq reads | 9483 |
| Single RNAseq reads | 23515 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA004806 (0.0) |
| Best Drosophila hit | neural lazarillo (7e-14) |
| Best Human hit | apolipoprotein D precursor (7e-17) |
| Best NR hit (blastp) | chlorophyllide A binding protein precursor [Bombyx mori] (0.0) |
| Best NR hit (blastx) | chlorophyllide A binding protein precursor [Bombyx mori] (0.0) |
| GeneOntology terms | GO:0005576 extracellular region GO:0005615 extracellular space GO:0008289 lipid binding GO:0005319 lipid transporter activity GO:0005515 protein binding GO:0006629 lipid metabolic process GO:0005215 transporter activity GO:0005501 retinoid binding |
| InterPro families | IPR011038 Calycin-like IPR022272 Lipocalin conserved site IPR003057 Invertebrate colouration protein IPR012674 Calycin IPR000566 Lipocalin/cytosolic fatty-acid binding protein IPR013208 Lipocalin-like IPR005657 Triabin, pallidipin/procalin |
| Orthology group | MCL39892 |
Nucleotide sequence:
TTGGATTTCTGGATTCTTCCAACCGCGTTGTATACAGATAACAGTCTGGGTTACTCCTGT
GCTAATTTGAATAGCACACACAAAAACGTTTACATATGGCAGCTAGGGAGATCGACAGCC
ATTGGAGATATGATAGAGGCGAACCTAAACCAAACTCTCCTAAGTCTATTGGGTATTTCA
ATAGAAAGCCTTACGGTTGTGGATCATTCAGAAGCCGCTTGCACAGTTCTCCCGGATATA
CTACCCGGGGAACAGGTTATCCTACCAGGTTCATGTAATGAAAACATGAGAGTCGTGCAA
AACTTCTCTGCCTCCGCCTTCACAGGAGTCTGGCACGAAATATCCAGTTACGCTTCAGTA
AACGAAATTGGAAGTTGTCGTAAAGCAGATTACCAGCTGATGGGTTCAGCAGTATCAGTA
AGAAACAGTGAGGTCGTTAACCAGGCCCTTCGAGTTATATCTGGAAATGCTAGTATCTCC
AGCAGTGATGGCAGCGCTAAACTTGAAGTCGTTTTAGAAGTAGCCCCTGGAAATTTCCCA
AAGAGCTCTCTGTGGGTGCTAGCTACAGACTACACAAACTATGCCGTTTCGTACACATGT
GTTAATCTGCCCGATAACCGCAGACGAGTTAGTTCCTGGATTCTGAGTAGATCGCGCCAG
TTGTCCCAATCAGCGCAGATTGCCGTCGACGCCGTAATACGTTCAGAAGTCGATCTCAAC
ACTCGTTTCTATGTCCCAACCAATCAGTCTGATGATGATTGCTTCTACTATCCGGATCCC
GTCCCTGGACAACCTGTCGTCTTCCCTGGACAGTGTGATGAGACCATTCAAGCCATACCC
AGATTCAACGCCTCCAGGTACATGGGTCGGTGGTACAACATAGAGTCTTACCCTGCAACT
TCAATAAACGGCACCTGCTCTAAAGCACTCTACACGCTCATGGACAACTACGTACAGGTC
AACAACTCACAGGTTGTTAACCAGAGGCTAGACAGCATAACTGGTAGTGCTGTTATAAAT
AGCACAGATCTTTCTGGAAAACTTTTGGTTTCTTTTCCCAGCACTGGCAATACTCCAAAC
ACAGCAAACTATTATGTTCTGGACACCGATTATGATTCTTACGCCGTTGTTTACAGCTGC
AGAAATAAAAACTCAGAGGAAAGAGTTGTTACTGGTTTCAAACTTGGTAGGAACAAGGAA
TTAAATAGTTCCGCACTAGCCGCTATTGATAGAGCTATGAGTCCAATACCGGTCATGGAC
CAGAGATATTTTGTTCGTGGGAACCATTCTGAGGAGAGCTGTTTCTACTACCCCGAACCT
CAAGAAGGAGTTCCAGTCGTCTTCCCTGGGCGATGTGATGACAATATAAACGTCGTACAG
AATTTCAATTTAACAGAGTTCGCGGGAACCTGGTATGAGATTCAGTCATATCCTACGAAC
GAAAAGAGAAGCCAATGCGTTAATCACGTCCTGACACAGGTTTCAAACACAGCCTTTAGC
GCCGTCAGCTCTTCCGTTATTGACCAGTTCAAAAATGTTTTCAATTCTACCATAAGTGTT
GCTTCAGGCAACAACACCGCTAAAATGATTATGACAATTCGGTCTGAAAATAATGAAGCA
AGTGAAATACCGTTTTGGATATTGGATACCGACTACAGTAATTACGCTCTAGCTTATGGA
TGCAAAAACAGAGATGAAGACAGATTGGTCTATAGCTGGAAGCTCAGTAGAAGCAGACAA
CTGTCTCAAAATAACATAACAGCAATCAGTAATACCATGTCGAAAGTAAATGTTTTGGAA
GATAGATATTTTGAAACTAAGAGTCATACGGCTGCATCGTGTTTCTTCTTGCCCGACATT
CCGAAAGGAGAACCTGTGATAATCGACGGTCAATGCGATCTAAATATACCAGTGGTGCAA
AATTTCAGCGCTTCTGCGTACCTCGGCAACTGGCGTCTAATTGAGAGCTATGCTAGCAAC
TTTCAAAATGGTACCTGCAACAGAGCCAACTATCTCAGTGCAAACAATACAATTGTGGTT
AGAAATTCCCAAGTGAACAATCAATCGTTAACCGTCGTAGAGGGATCCGCTTGGCTTCTC
AGCAGTGGGAAACTTGAAGTCGACTTACCCGACACTAACAGAACGATCGAATATTGGGTT
TTGGACACCGACTACTCTTCGTATTCATTAGTTTACAGCTGTGAAAACTTAGATGCAACA
CGAAGAAGAGTATGGAGTTGGAAGATGAGTCGAACCAGAGACTTATCACCGAATGCTATT
CAGAATATTAATCGCATTGTTGACAGCATAGATGTTCTCAATAATCGTTACTACGAAGTA
TTGGATCATTCTGACGACGGATGCTTTTATTTACCAACACCTGATCAAAATTCGCAAGTC
ATATTCCCTGGCCAATGTGATCCTAATATAAATGTTGTAACCAGTTTTGATGCTGTTGGG
TACATGAATCTTTGGCATGATATTGAGTCATACCCAACACAATTCCAAAATGGTACCTGC
AATAACGCTTTATATACACTACTTCCAAACGGCACTGTTGATGTTTTGAACACCCAAGTA
ATTAATCAATCATTGGACTCTATCAAGGGATCTGCTAGACTAGCATCGAATGATTCCAGT
GCTAAGCTAATTGTAACATTCCCAGCTGGAAACGGATTTGTTGAAACACCTTACTGGGTA
CTAGGCACGGATTACTACTCTTACGCCCTTGTATACACATGTGTCAATTTAGATGATGAA
AGACGTCTAGTGTGGTCTTGGAAACTAAGTAGAACAAAGCAATTATCACCCAACGCATCA
GCAGAAATCGATAGAATAGTCAACAATATTCCAGTACTTAACGAACAATATTATGTAAAG
AGAGATCAAACAAAAGAAGGCTGTTTTTACTACCCAGAGCCTCAACCGGGAAAAGTTGTA
GAATTACCAGGACAATGTGAGAATGTACAGGGTATTTCTAACTTCAACATGTCTTTGTTT
GAAGGTGTATGGCATGAAATAGAAGCATATCCTAAAGAACAACAGTCTGGACAATGTATC
AGCCACGATTACACAGTAACTTCAGCTAGGACTCTGAATCTCTTCTCCAGTAATGTTATT
GATCAAGAACTTCGAGTAACTAACAGTACAGTAACATTTGCTTCAAATCAAGAAACTAAT
GGAAACTTAATAATAACCCTTAATTCTGGAGGACAAGTTGTCCAAATACCATACATCGTT
TTAAGCACCGACTACGAAAACTATGCGTTAGCATACAGCTGTGTTAATTCGACGAAAGAT
TTCCGAAAAGTTTTCAGCTGGAAGCTTAGCCGTAGCAAGTTTTTAAGCAATGAATCACTT
GTCGCTATTGACAAAGCTATGGCCAACATCACTGTATTGGAAAATCGATATTATGAGAAT
ATCAATCAAACGGACAATGCATGCTTTTATTTACCAAAACCAGAGCCTGGTAAACCAGTG
ACCTTTGTAGGACAATGTGATGAAAGCATACCCGTTGTTAGTAACTTCGCAGCTGCCAGT
TATTTGGGACGTTGGCTCTTAATAGAGACGTACCCAACAGTAAATCAGAAGGGTGAATGT
AATGATGCCTTGTACAGCCTAAACAGTGATAATAGTACAGTAGACGTATACAACACTGAA
GTCCTTGACCAAGAACTCCTCACAATCAATGGAACAGCTGTCCTAGCATACAACGACGGC
AGTGCAAAACTCAATGTATCATTTCCTACTACAACTGTACCATCTCCGTATTGGGTCCTG
GACACGGATTATACTTCTTTCGCATTGGTTTATACCTGTCGTAACAATGAAGACAACACT
CGAACAGTAACAAGTTTCAAACTCAGCCGCAACAATACTTTAAGTCCAGAAGCGATTGCG
AGAATCAATCAAAAAATAAGTCAGATCGATGTTCTGGATGACCGTTACTTTAACAAAGTT
AACAGGACTGATGATGCTTGTTTCTATTACCCCAACCCTGGACCAGAGTCGCCAATCTTC
AGAGGTCGTTGTGATGAGAATATTAGTGTTGTCCAAAATTTCAACGCTACAGCTTACCTT
GGAGTTTGGTATGACATATCAAGTTACCCAGTGAGATTCCAATATGGCACGTGCCCGACT
GCTACTTACGAGGCTTCGAGTGTTGGTGTGAATGTTTTCAACACAGAAGTTGTTGACCAA
AGACTTAGTACAATTAGGGGATCTGCAGTAATTGACTCTAACGACGGTTCAGCAAAGTTG
TTGGTCTCTTTCCCAATAGCTGAACTTAATGCAACAACCAAATCACCATATTGGGTGTTA
GCAACTGATTACAACAATTATGCCTTAGTTTACTCTTGCTCTAATGAAGGCGAAAACTCC
AGAAGAGTGAGCAGCTGGCAGCTAAGTAGAAACAAGTTCTTATCACAAGAATCATTAAAT
GAAATCAATAACAAGATAAACTCGGTACCAGTTCTTAATGAAATGTATTATAATAGACGC
GGACATTCAGACGAAAATTGCTTCTACTATCCTGAAAACAACGGAGGACCTGTTGTACAG
TTTGGCCAATGCGCAAACAATCTGAGTATCGTCAATAACTTCAATATTAGCTCTTTTGCA
GGGTCGTGGTTCGAAATATCCCGATTCCCATCCGAACTGCAAAATGGCGAATGCGTGAAC
AGTATCTTTGAGGTTAATAACCAAAACATAAGTATGAGAAAGAGTATGATATTCAACGAG
AGAATGATCAACGTATTTGGAAACGCTGTCGTTTCATCGGATGCAATAATAACTGTGAAT
CTTACTAACGAAAATGGAGACCGTTTCGCAACAAGATTCCAAGTTCTAGATGTCGATTAC
AACGATTTCGCCTTATTGCATAATTGTAGGAACCTAAACTCCTCACACAAACAAGTTTAC
AGTTGGAAGCTCAGCAGATCTAAATCGGGCTTGTCGCCGGCTGCAATAACTCGTATCAAT
CAACTCGTGTCTAACACTAGCGAACTTTTCGAAGACTATTACGATGTTACCGATCAAACC
TCCCGAGGCTGTTTCTATTACCCTGACTTCCCACAGCCGCCTTCATCAATTATACTTCCA
GGGCCATGCAATGAAACGATTCGGGCTAAGTCGAATTTCAATACAACAGCTTATCTTGGC
AAATGGTACGAAATTGCTAGTTATCCTCAAGCATTCCAAGATGGCGAATGCGCTCGTGCT
CAATACAGCGCTGGAAATAACGTGGTTAACGTTTTAAATACCCAAGTAATTAACAGAACG
CTTGACGTACAGACTGCAACCGCTGTTGTCGCTTCAAATGACAACAGTGGACTTCTGAAT
GTAACTTTTGTCTTATCCAATGGTGATATAAACGTTGTGAACTATTACGTGCTTGAAACT
GATTACACGAGTTACTCGCTCGTTTACAGCTGTCGGAATACAGACGACGGAAATCGACAA
GTGAGCAGTTGGAAACTCAGTCGTGATAAAGTTTTACCAAACAATTCCATACCAATCATC
GACAACATAATTAAGGACACCCAGGGTCTCAGAGAGGAATACTATCGAACAACTAGTCAA
TCTGACGAAGACTGCTTTTATATTCCTGAGTTTGATAGAACAAAAGCACCCGTGTTTAGA
GGACAGTGTCAAAATATTACTGGAATGCAAGGCTTCGATGCTCAGAGGTATCTGGGATGG
TGGCACGAGATTCAAAGATACCCCACAGATAATGACTCCGGAACTTGCATCAGCTCTAAC
TTTAGAGCTAATGGTAACCAGATCCAAGTCACAGACACTAATATTTTCGGTACTTCATCT
CAAGTTGCCGTTAATAATGTTACAATAAGCAACGATGGCAGAATTAGAAGGATCTCAAGC
AATGGTAACATTGATGACATTTGGGTACTAACAACTGATTACCACAACTATTCGCTATTG
TATTCCTGTGAAAATGTCAACAGTAGCTATAAAAGGGTATGGAGCGCAAAACATAGTAAG
GACCGTCAGCTAACACCAGAGGCCGAATTAGCCATGGCATCACTTATCAATAACACCAAG
GCCTTGGAACCACAGTTCTATATCCCCGTAAACCAAAGCGATGAGGCCTGCTTCCACTAT
CCAGAACAGAGCGGTGATCAGATTATTCTTCCCGGACAGTGTGATCCAAATATACCTGTT
ATGCAAAACTTTGATGCAGTGAAATACACCGGAACATGGTACCAAATAGAAAAATACCCT
CAAAGGTTTGAAAATGGCACCTGTATCGGTGCGAGATATACTTTAGACGAGCAAACGGGA
GTGGTAGATGTTCTTAACTGGCAAGTCGTGAATGGAACACTGGACACTATAGAAGGCAAT
GCCACTATCATCTCAACTGATGGAAGCGCTAAGTTAATTGTCAATTTACCTATACGTGGC
CGTAATGAATCAGGCACGGTGTCTATGGAACTCTATGTATTAACAACGGATTACGTTACT
TATTCTCTGGCATACAGTTGCGTTAATATCAACAAATTTGAACGCTCTGTGGCCGCTTGG
AAACTGAGTCGTACAAGAACAATGATAAACCAATCAAACTCAGAAATCAATGCCTACATG
AACAGTCGAGAAGAACTCCACCAGCCCTACTTCGAAAGGGTTGAACAAAACGATGATTGT
GAAGAACCTAATTCGTCATACTTAGCCAGAAGTAGTATTATTTTAATCCTAGTTTGCAGT
GTTCTGCGCTTTTTATATTAG
Protein sequence:
LDFWILPTALYTDNSLGYSCANLNSTHKNVYIWQLGRSTAIGDMIEANLNQTLLSLLGIS
IESLTVVDHSEAACTVLPDILPGEQVILPGSCNENMRVVQNFSASAFTGVWHEISSYASV
NEIGSCRKADYQLMGSAVSVRNSEVVNQALRVISGNASISSSDGSAKLEVVLEVAPGNFP
KSSLWVLATDYTNYAVSYTCVNLPDNRRRVSSWILSRSRQLSQSAQIAVDAVIRSEVDLN
TRFYVPTNQSDDDCFYYPDPVPGQPVVFPGQCDETIQAIPRFNASRYMGRWYNIESYPAT
SINGTCSKALYTLMDNYVQVNNSQVVNQRLDSITGSAVINSTDLSGKLLVSFPSTGNTPN
TANYYVLDTDYDSYAVVYSCRNKNSEERVVTGFKLGRNKELNSSALAAIDRAMSPIPVMD
QRYFVRGNHSEESCFYYPEPQEGVPVVFPGRCDDNINVVQNFNLTEFAGTWYEIQSYPTN
EKRSQCVNHVLTQVSNTAFSAVSSSVIDQFKNVFNSTISVASGNNTAKMIMTIRSENNEA
SEIPFWILDTDYSNYALAYGCKNRDEDRLVYSWKLSRSRQLSQNNITAISNTMSKVNVLE
DRYFETKSHTAASCFFLPDIPKGEPVIIDGQCDLNIPVVQNFSASAYLGNWRLIESYASN
FQNGTCNRANYLSANNTIVVRNSQVNNQSLTVVEGSAWLLSSGKLEVDLPDTNRTIEYWV
LDTDYSSYSLVYSCENLDATRRRVWSWKMSRTRDLSPNAIQNINRIVDSIDVLNNRYYEV
LDHSDDGCFYLPTPDQNSQVIFPGQCDPNINVVTSFDAVGYMNLWHDIESYPTQFQNGTC
NNALYTLLPNGTVDVLNTQVINQSLDSIKGSARLASNDSSAKLIVTFPAGNGFVETPYWV
LGTDYYSYALVYTCVNLDDERRLVWSWKLSRTKQLSPNASAEIDRIVNNIPVLNEQYYVK
RDQTKEGCFYYPEPQPGKVVELPGQCENVQGISNFNMSLFEGVWHEIEAYPKEQQSGQCI
SHDYTVTSARTLNLFSSNVIDQELRVTNSTVTFASNQETNGNLIITLNSGGQVVQIPYIV
LSTDYENYALAYSCVNSTKDFRKVFSWKLSRSKFLSNESLVAIDKAMANITVLENRYYEN
INQTDNACFYLPKPEPGKPVTFVGQCDESIPVVSNFAAASYLGRWLLIETYPTVNQKGEC
NDALYSLNSDNSTVDVYNTEVLDQELLTINGTAVLAYNDGSAKLNVSFPTTTVPSPYWVL
DTDYTSFALVYTCRNNEDNTRTVTSFKLSRNNTLSPEAIARINQKISQIDVLDDRYFNKV
NRTDDACFYYPNPGPESPIFRGRCDENISVVQNFNATAYLGVWYDISSYPVRFQYGTCPT
ATYEASSVGVNVFNTEVVDQRLSTIRGSAVIDSNDGSAKLLVSFPIAELNATTKSPYWVL
ATDYNNYALVYSCSNEGENSRRVSSWQLSRNKFLSQESLNEINNKINSVPVLNEMYYNRR
GHSDENCFYYPENNGGPVVQFGQCANNLSIVNNFNISSFAGSWFEISRFPSELQNGECVN
SIFEVNNQNISMRKSMIFNERMINVFGNAVVSSDAIITVNLTNENGDRFATRFQVLDVDY
NDFALLHNCRNLNSSHKQVYSWKLSRSKSGLSPAAITRINQLVSNTSELFEDYYDVTDQT
SRGCFYYPDFPQPPSSIILPGPCNETIRAKSNFNTTAYLGKWYEIASYPQAFQDGECARA
QYSAGNNVVNVLNTQVINRTLDVQTATAVVASNDNSGLLNVTFVLSNGDINVVNYYVLET
DYTSYSLVYSCRNTDDGNRQVSSWKLSRDKVLPNNSIPIIDNIIKDTQGLREEYYRTTSQ
SDEDCFYIPEFDRTKAPVFRGQCQNITGMQGFDAQRYLGWWHEIQRYPTDNDSGTCISSN
FRANGNQIQVTDTNIFGTSSQVAVNNVTISNDGRIRRISSNGNIDDIWVLTTDYHNYSLL
YSCENVNSSYKRVWSAKHSKDRQLTPEAELAMASLINNTKALEPQFYIPVNQSDEACFHY
PEQSGDQIILPGQCDPNIPVMQNFDAVKYTGTWYQIEKYPQRFENGTCIGARYTLDEQTG
VVDVLNWQVVNGTLDTIEGNATIISTDGSAKLIVNLPIRGRNESGTVSMELYVLTTDYVT
YSLAYSCVNINKFERSVAAWKLSRTRTMINQSNSEINAYMNSREELHQPYFERVEQNDDC
EEPNSSYLARSSIILILVCSVLRFLY