| New model in OGS2.0 | DPOGS215110 |
|---|---|
| Genomic Position | scaffold718:- 1254-17026 |
| See gene structure | |
| CDS Length | 3657 |
| Paired RNAseq reads | 1133 |
| Single RNAseq reads | 2769 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA009599 (3e-07) |
| Best Drosophila hit | CG31150 (3e-30) |
| Best Human hit | ND |
| Best NR hit (blastp) | hypothetical protein AaeL_AAEL006028 [Aedes aegypti] (3e-38) |
| Best NR hit (blastx) | conserved hypothetical protein [Culex quinquefasciatus] (7e-39) |
| GeneOntology terms | GO:0005319 lipid transporter activity GO:0006869 lipid transport |
| InterPro families | IPR015819 Lipid transport protein, beta-sheet shell IPR001747 Lipid transport protein, N-terminal IPR015255 Vitellinogen, open beta-sheet IPR015816 Vitellinogen, beta-sheet N-terminal IPR011030 Vitellinogen, superhelical |
| Orthology group | MCL22730 |
Nucleotide sequence:
ATGATATATCGATGTATACTTCTGTTTGCTGTTCTCGCCCCGGCCTCGGCGACGGGGATA
CAAATGCTTTTCCCTGATCAGAAGCAGTACAATTACGTTGTCAAAACAAATATATCAACG
GGCGTCGCCCATAGGAATTCTTACTGGACTTTGGAGGGCAGACTAGTTGTACTTGTGGAC
GATAATTACTATGCCACAGTTCAATTTAAACTGGAGGATTTGAAGACATCTGTGTATAGT
TATAACACCGGTTTTTCATCGTATCACACCCCCGAAGCGGCCAGGGAATTGGAGGAGCCG
TGGAAAATTATTTATCAGGAGAACGGTTTCATAAGTGCAATCCAGCATTTGCCGCACGAG
AGAGTTTGGGTGACGAACATAAAGCGAGCGATATCCGTCAATTTCCAGTTGAAAAAGGAC
GCCGGTTCTTATACCAATGAAGAGCCGTGCCTGTACGAGAGTTGTGTTATGGTGTATTCC
GTGCAAGGGAACACAATCAAGAAGTATAACTCCTATCAGAAAGCGTCCATGACCTCACAG
ACCAGTTGGAGTTCGGTGCCGTGGAGTGGAGATTACGGGAGGGGGGTGCCCGAGAACATA
GCGACCTCGCAACGAGTGTACGATCTCGATGAAAAGGGCCTCAATTGTTTGAACATGAAG
GGTTTGTTCGAGTACATAGTGGACGGGCATGTGCTCACAGTTACAACTGAGTCGGTGGAG
GAGGAGCTCCAGAAGTCAAATCAAATGGGTTACGAGGAACTACAGCATGAGCTATCGTGT
GAGATAAGTAAATATATGAACTGTGATGTGTCTTATACCCTCAAGAGGTTACTGCCGGGG
GACTTGAAGGATAATATAGAAGATGCTACAATTCTCTCACTGATCCGTAAGCTGCCGTTT
AACATAGCGAATCACAGCCAGGCACTTCTTGAGGACATGGAAACTATCAGCAAGTTGGGT
TTGGACTTCCCTCAAGAGATACGACATGCTGGAATTCTGTCATTTGCAATAATGGTGTCC
CATTGCGTGGAGGCGATGAAGGTCAAACAGGACTATTTTGACAGCATTTTAGTCAAATAC
TTTAGAATGTACAGTGACTGCCCTCAATATCTGGATCGTCTTATTTGGCTCCAAGGTCTT
TGTAGTTTGGGTTACACATCAGAGTCTTACATACGAACGATATACGCTGACAAAACCAGG
AATAGACATGAAAGATTGTGGGCATCACTGGCTTGCGGACAGGATACCAGAGGATACAAT
GTCTTAGAAACTTCTTTGCCAATCTTAATGGACGACAACGAGCACATCCAACTACGTATA
TCAGCTCTCCACGCTATCCTCAGCTCGGGGATAAGAGAGAGCGACTTTCTTTTCCTCCAC
AGCTGGATATCCACCAGCCGACCTGAACTCCAGAGGTTCTGGTACTCAACTGTTAAGAGC
CTTGAAAGCAACAAATTCCCTAAGTATAGAACTATTTCAGATTACATTCCTTTCGTCTCG
AAGGACGTTGTTAACCCTGACTCATCACTGTGGGGCACTAACAACTACATCGTCAGTGGT
GATGAGCTTAGTGGCTGGGTACAGGTGATGACTGTTGGAAACCCTGCCCCAACCCTTGCA
GCGCTCTCCGTTTCTACTGGAGGACGACGGGCCTATCAGGCTTCGGTGTACATTATAGCT
GAAGGAGTGCAGTTTGATAAAGTGAGGAAGTGGAAACAGAGTGATCTCAAAGTGGATAAT
CTATTAAAAATCCTAGAAAGATTGAATGTGCGAAATTTGAAGACATCAGAAGAGGTTCAC
ATAGATGTTGTCATTAAAATCCAAGACAAAACAGTCTACGCAACTCACATCAACCAGACG
AGGTTCGAGTCTTGGAACGGATATGACTTGACGAAATCGATCACGGAGTTCCTGAGGTTC
GGCAGTCACATAAACCAGCAAATAGCGTACTATCCCATTCAGATAGACGTCAATGTACCC
AGCGATTTAGGCACACCCATCCGCCTTCAGTCGTCCGTGGTGACCTTCACTTCACTCCGC
GGTAACCTCACCTCTAACCCGGACAGTGGACTCGCCCTGGATTGGGTTAACGATTTACAT
ATACGCCATCAAGCGACTATAACAACAGCGCTATCAACAATCGCGCCGTTGCTGCAATCA
GAACACGAAGTACGCGTCCAGCGTTCCGCGGTAGCGCATCTACCTATCAAATTTAACGTA
ACCATGGAACAATATGCTAAGTCTATAGCTTTAACCTGGTTGAACCCATTCGCTCAACGT
GCCGGCTTCGCCATCCACTCTTGGATCCAAGTACACATGGACGCCAGGCAGCCTGATCTG
TACACAGTCTCCAGTGGAATAACTACTGATGATGACAGTGGCATCTTCTTTGACTGTGAG
AGAAAGACTTCAGGTGCTGAGGTGGTTGAGAAATATATAATGTCCAAGTTCATGAGCTAC
GATCTATTTCCAACCAAACATATTCTCAATACAATATCTCGGTTCATAACCTCTTGTGGG
GTGATCATCCCTCCCAACCGACTAGTGGGAGGGGAAGACGAGATGGTTCACGTGGAATTT
ACGTTAGGAGACATTGTGTTCCAGAAAGTGGATAAGATAGAGATGGAATTTGACTTCATG
TTGAAGTATTATAGTATAAATGATCCAAATAAACAGATATACTTAAAAATTGATTCAAAT
ACTAAAATAAAAAGTGCGGGGAGGAATCTTTTTATCAAATGGTTCTTATACGTCAACCAG
CCGTACTCCTTGGATCCGAAGAAGAAGTTTTGGAAGCTTTGTTATACCCAAAAAGACACG
AGCCACGCCCCATCAGACCAAGATATCACCATCCATCCATCTTCCTACCATGGGACATCT
AAAATATTGTATCAGACATCAGAAGAATACAACCAGTGTAATCCCAATGAGACAAGACCT
AATGAATCTATTGAGACAAAACTTCAGTTGAACTACAAAGGAACGCCGAAAAACAACAGA
GGCACCATCGAGAGATATGTCGAAGTCGACATTTTGGGGGAGAATTTGCATAATTTTGAT
CTACTGCATAATCTGGGCTACGGTGTCAAGACGCCCGTCGCTCAACTATTGGGAAGCTTC
GATAAGAACAAAATTAACACTACGTCAGTTATTAAGGAAAAGGATGGTATAGCATCAATA
CGTGTGAATGGAGGCGTGGAGGTGGAGATGTACGTGGGAGGTCTGTCCTGGCTGCTCGAT
AGCTGGACCGCCATGCAACTGATGAGGAGGTTCGGGTTATACCGTGAATGTCGTCTTCAA
GAGTCGACGGTCCAGATGTTGTCCGGATCCGTGGAACAGCTGCAACCCCTGCAGTGTTCG
GAAAGCCTCGTCCTTGCGGATTGCTCTGTATCTCCAAGGTTCGTTATTCTCCGGAAACAA
GATGGCGGTATCCAACTCTACGACGGAGATTATCCGTCCAAAAATGCGACGAGCGTACAT
TCTTCTAAAGTGACAGATTATAAGTCCATCTTGGAAGTTGGAACCAAAATCCTTTCGGAA
TCCACGGGTGTAGTGATGTATAAGAGATTAAATGAAAACGTTATTCTTTTACCATCTTCC
TACATGCATTCTGTGTGTGGAGAATGCGCTGGTCATACAACGTATAACAATTGTTGA
Protein sequence:
MIYRCILLFAVLAPASATGIQMLFPDQKQYNYVVKTNISTGVAHRNSYWTLEGRLVVLVD
DNYYATVQFKLEDLKTSVYSYNTGFSSYHTPEAARELEEPWKIIYQENGFISAIQHLPHE
RVWVTNIKRAISVNFQLKKDAGSYTNEEPCLYESCVMVYSVQGNTIKKYNSYQKASMTSQ
TSWSSVPWSGDYGRGVPENIATSQRVYDLDEKGLNCLNMKGLFEYIVDGHVLTVTTESVE
EELQKSNQMGYEELQHELSCEISKYMNCDVSYTLKRLLPGDLKDNIEDATILSLIRKLPF
NIANHSQALLEDMETISKLGLDFPQEIRHAGILSFAIMVSHCVEAMKVKQDYFDSILVKY
FRMYSDCPQYLDRLIWLQGLCSLGYTSESYIRTIYADKTRNRHERLWASLACGQDTRGYN
VLETSLPILMDDNEHIQLRISALHAILSSGIRESDFLFLHSWISTSRPELQRFWYSTVKS
LESNKFPKYRTISDYIPFVSKDVVNPDSSLWGTNNYIVSGDELSGWVQVMTVGNPAPTLA
ALSVSTGGRRAYQASVYIIAEGVQFDKVRKWKQSDLKVDNLLKILERLNVRNLKTSEEVH
IDVVIKIQDKTVYATHINQTRFESWNGYDLTKSITEFLRFGSHINQQIAYYPIQIDVNVP
SDLGTPIRLQSSVVTFTSLRGNLTSNPDSGLALDWVNDLHIRHQATITTALSTIAPLLQS
EHEVRVQRSAVAHLPIKFNVTMEQYAKSIALTWLNPFAQRAGFAIHSWIQVHMDARQPDL
YTVSSGITTDDDSGIFFDCERKTSGAEVVEKYIMSKFMSYDLFPTKHILNTISRFITSCG
VIIPPNRLVGGEDEMVHVEFTLGDIVFQKVDKIEMEFDFMLKYYSINDPNKQIYLKIDSN
TKIKSAGRNLFIKWFLYVNQPYSLDPKKKFWKLCYTQKDTSHAPSDQDITIHPSSYHGTS
KILYQTSEEYNQCNPNETRPNESIETKLQLNYKGTPKNNRGTIERYVEVDILGENLHNFD
LLHNLGYGVKTPVAQLLGSFDKNKINTTSVIKEKDGIASIRVNGGVEVEMYVGGLSWLLD
SWTAMQLMRRFGLYRECRLQESTVQMLSGSVEQLQPLQCSESLVLADCSVSPRFVILRKQ
DGGIQLYDGDYPSKNATSVHSSKVTDYKSILEVGTKILSESTGVVMYKRLNENVILLPSS
YMHSVCGECAGHTTYNNC