| New model in OGS2.0 | DPOGS205602 |
|---|---|
| Genomic Position | scaffold435:- 23329-36231 |
| See gene structure | |
| CDS Length | 2808 |
| Paired RNAseq reads | 858 |
| Single RNAseq reads | 2073 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA007151 (0.0) |
| Best Drosophila hit | CG33080, isoform A (1e-177) |
| Best Human hit | hypothetical protein LOC57462 (2e-58) |
| Best NR hit (blastp) | PREDICTED: similar to ENSANGP00000011992 [Nasonia vitripennis] (0.0) |
| Best NR hit (blastx) | PREDICTED: similar to ENSANGP00000011992 [Nasonia vitripennis] (0.0) |
| GeneOntology terms | GO:0017177 alpha-glucosidase II complex GO:0004558 alpha-glucosidase activity GO:0005975 carbohydrate metabolic process |
| InterPro families | IPR000322 Glycoside hydrolase, family 31 IPR017853 Glycoside hydrolase, superfamily |
| Orthology group | MCL16155 |
Nucleotide sequence:
ATGCCATCATATCCCCATGATTATGTGGAAATGCCGCCGCGGACAAGGATGAGGATTCTG
GAAACGTGCGGAACTCCTAACGATGTACTGACACCAGATCAAGCAGACAGAAATGATTTT
CAAGTTAACCTTGACATCAATCGGTCAGTCACACCGGAGATAAAGATATTCGGTCCAGAG
GATGATACGGCGGATCATAGGGATGAGGACTCCGCTCCGACTGAAAGAGAACATGATAGA
GACGTTGAAGGAAAAAGTACAGTTGACATAAAAAGAGACAACACGAGTTCAGTCGCACAC
ACCTTTAAATACCGGTCTCCTCTGTGGTTCGAGTCGGATTCTGACATCAGTAAGAGTGGC
AGCAACTCAAGCGGGGACAGGGTCCAAGGTGGGGGGCTCGGCTGCGGAGACGAGAGCCTG
GAATGCAGCTCAAACAGTTCAGACAGCGTCAACAACTTCCTAGATAAAAAGATTCCTGAA
CATCACCAGAGCTCAGTTTCGGTGTTCAGTGACGACAACAATGATGTTCATGATGATCAG
GCTAAAGTACCGCTTAGATCGCCTCGCCGTAAGTCCACAGCCCCTCGACGGTTCAGATCT
GAGTTCAGCATGGACGAAGATGAGTACTCCCCAAGCAATTCAGTCACGAGTGTGAACTCG
CTCGCTAGTCTACTTAAGGAGAAATTACAAAGCATTCCTCAGAAAATAAGAAAAAAGCCT
ACAGATTACAAGCTGCGCGCGTTCGTCGGACTAATGTTTCTAGCCGTGGTGTTCTTTGTG
GGGTTCGCCTACGTCCTCTACCACCGCCAGGCACTCACGACCGCCTACTTCGAAAGAGTG
CAGTTCAATGAACCCAAACGACTTATCAGGGTTTACAATCAGGATGATGTGGAAATACTG
AAAGCCAGATTGGGAGTGGATCTTCACGGGCAGCACAAATCCTTCCCGTGTCTACCGCAG
CACCGCCGGCGAGGCTCTGAATGCCGAGAGTGGCTTCACGCGTTGCGACTTTACCTCACG
AGTCTACCTCCAGAGCATGACAATACCACGTGCTACTCTGTCACCTGGCAAGCACTGTCA
AATGACGTTACACCAAACGATTGCTTCGACTGGGGCGACACGAAAGTTAACTGGTTCGGA
GCTGGGCAGTCTCTTAACCTAACCTGGCCACTCAACAGCGGTGCCATAGATTATACGCCT
TTCATCACAGGCGACATGCAAAAATCTCAGTTCGGTAACGTTGTTACGAGATATTTGATT
AACTCGAAAGGAGGAGCGATCACTGTGGATGAAGACACTCCGTTGCATATTTCTGTTAAC
AGAGGTAGAAAGGAAATATGTTTGAAAGCTAAGTACGACGACTTCGCATTCGCTAATAAA
ATTACAGAGTTCCCTGAACTGAAATACAATATATGCACTGCAAGGGATATAAAGTCCTTG
CATTCTTCTATTCATAACCACAGAAGAGCCCCTCTGTGGGACGGCCTGAAGCCAGGTGAC
ATTAAAACATTAGACTCTCTCATTTCTGAACCAGTTTGGCAAATTGCTCCTCGATTCAAA
CACGAATTACAAGACGAAACAATAGCCAAATATACAGAAGATGTTATAAGCCTAGGGTTT
TTGAAACAAGGGCATGTATTGATTAACGAGTTTTGGCAGAATGAAATTGGTGACTTGACA
GTCGATACGAGTCGCTTTGCAACATTAAATGTAACCGTAAACAAACTACACAGACGGGGC
TTTAAGGTAGCTTTTACGATACAACCCTTTATAAGTACTGAAAGTAAAAACTTCGCTGAG
ACTGTACAAAAAAGATTGTTGATCAGCGAAAGAAACAGCGACAGAAGAATCCCAGCGTTG
ACAAGGTTTAAGTCTCTAGCGAGTGCGGGCGTGTTGGATATAACTAATAATAGATCTGTG
CCTTGGATTATGGATAAACTACAGACTGTGATCTCCGCATATCATATAGACTCGTTTTAT
TTCGACCTCGGCACCGCTTACGACATGCCGCACTATTATCGGTGCGAACAAAAGTTGATA
AATCCAGATCAATACAAGACAATATTTACCAAAACATTTGAGAAGGCTTTGAACATTATT
GGCGTGTCCTCTGCCATACATCTCCCGCGTCCACCGATTTTCGTATCTTTGCCGCCGTTT
GAATCTACTTGGGATGCTTTAAGACTGGTGATACCAACGATGTTGACGTACGGCATAAAC
GGTTTCCCGTTTACAATGCCGGGCGCAGTGGGGGGAGACATATACTGGCCTGGAAGCGAA
CAGTTCTTACCATCAGCTAAAGGAGCCGTAGAATCGATCGTGAACAGCACAACCCAGGAG
AATGGTATCGAGTTACCGGAAAGAGAATTGTACATGAGGTGGCTGCAACTAGCAACCTTC
TTACCTGTCATGAAGTTTACTCACCTGCCAAGCAAGTACAACGACGTCACTGTCCTAGAA
ATGGCTAAAAATCTAACTCTTCTACGACAAATGTATGTGACGCCTTTGTTATTAAAATAC
AAGCGTGAAGCTCTAGAGGAAGGCCTGCCGTTGGTGCGGCCTCTGTGGCTGGTGGCGGAC
GCTGACGTCACCCCCGCTCTGGACGAGTTCGTCATTGGAGACGAGATTGTAGTCGCGCCT
GTCGTTCACCAAGGACACACCACGAGAGAAGTGTATTTGCCGGCTGGTCTGTGGCAGGAC
GGTATAGACGGTTCATTGAGGAAAGGCAATCGTTGGATGCACGACTACCGCGTGCCCGCT
ACCAAGGTCGCGTACTTCCTCAGGAAACCGGACGACTTAAGGTTTTAA
Protein sequence:
MPSYPHDYVEMPPRTRMRILETCGTPNDVLTPDQADRNDFQVNLDINRSVTPEIKIFGPE
DDTADHRDEDSAPTEREHDRDVEGKSTVDIKRDNTSSVAHTFKYRSPLWFESDSDISKSG
SNSSGDRVQGGGLGCGDESLECSSNSSDSVNNFLDKKIPEHHQSSVSVFSDDNNDVHDDQ
AKVPLRSPRRKSTAPRRFRSEFSMDEDEYSPSNSVTSVNSLASLLKEKLQSIPQKIRKKP
TDYKLRAFVGLMFLAVVFFVGFAYVLYHRQALTTAYFERVQFNEPKRLIRVYNQDDVEIL
KARLGVDLHGQHKSFPCLPQHRRRGSECREWLHALRLYLTSLPPEHDNTTCYSVTWQALS
NDVTPNDCFDWGDTKVNWFGAGQSLNLTWPLNSGAIDYTPFITGDMQKSQFGNVVTRYLI
NSKGGAITVDEDTPLHISVNRGRKEICLKAKYDDFAFANKITEFPELKYNICTARDIKSL
HSSIHNHRRAPLWDGLKPGDIKTLDSLISEPVWQIAPRFKHELQDETIAKYTEDVISLGF
LKQGHVLINEFWQNEIGDLTVDTSRFATLNVTVNKLHRRGFKVAFTIQPFISTESKNFAE
TVQKRLLISERNSDRRIPALTRFKSLASAGVLDITNNRSVPWIMDKLQTVISAYHIDSFY
FDLGTAYDMPHYYRCEQKLINPDQYKTIFTKTFEKALNIIGVSSAIHLPRPPIFVSLPPF
ESTWDALRLVIPTMLTYGINGFPFTMPGAVGGDIYWPGSEQFLPSAKGAVESIVNSTTQE
NGIELPERELYMRWLQLATFLPVMKFTHLPSKYNDVTVLEMAKNLTLLRQMYVTPLLLKY
KREALEEGLPLVRPLWLVADADVTPALDEFVIGDEIVVAPVVHQGHTTREVYLPAGLWQD
GIDGSLRKGNRWMHDYRVPATKVAYFLRKPDDLRF