| New model in OGS2.0 | DPOGS209083 |
|---|---|
| Genomic Position | scaffold888:+ 62898-68382 |
| See gene structure | |
| CDS Length | 2826 |
| Paired RNAseq reads | 511 |
| Single RNAseq reads | 1334 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA005696 (1e-136) |
| Best Drosophila hit | ND |
| Best Human hit | ND |
| Best NR hit (blastp) | beta-fructofuranosidase 2 [Manduca sexta] (0.0) |
| Best NR hit (blastx) | beta-fructofuranosidase 2 [Manduca sexta] (0.0) |
| GeneOntology terms | GO:0004564 beta-fructofuranosidase activity GO:0005987 sucrose catabolic process |
| InterPro families | IPR023296 Glycosyl hydrolase family 43, five-bladed beta-propellor domain IPR001362 Glycoside hydrolase, family 32 IPR006232 Sucrose-6-phosphate hydrolase IPR018053 Glycoside hydrolase, family 32, active site IPR008985 Concanavalin A-like lectin/glucanase IPR013148 Glycosyl hydrolases family 32, N-terminal |
| Orthology group | MCL24933 |
Nucleotide sequence:
ATGTCTCTGATACAAAAGATTCTGTGTCTGTGCTTAATAGGGTTGTCGCAAACGGCAAAT
TTAACCTATGACGAATTAAAACGGGAGTTAGAAAGTTATATTGAAAATAAACAAAAGGAA
ATAAACCAAAGATATCGGCCTTTGTATCATGTGGCACCACCAGTTGGATGGATGAACGAT
CCCAATGGATTTGCTTATCACAATGGATTATTTCATCTTTTTTACCAATTCTACCCTTAC
GATAGTAAGTGGGGTCCAATGCATTGGGGCCATGTTACTAGTACTGATCTTGTTCATTGG
AAACAGAAGCCGACTGCTTTAATACCTGAGGAGGAGCAATGTTTCTCAGGAAGTGGTATC
AGCGATGACAATAAGCTGGTGTTAATGTATACTGGGCATGTTCTTACAGAAGAAGAACCT
TTCTATAAACAAAGTCAATATCTTGCTTTAAGTGAAGATGGAGTTAACTTTGAAAAGTCC
AAATCAAATCCAATTATTGAAAGCCCTCCTAACAATTCACCTGACTTTCGAGACCCAAAA
ATTTGGAAGCATGGAAATGAATTCTATGCGGTTATTGGCAGTAAAGACAATGGCAATGGA
ACTGTGCTTCTATATAAATCAAGTAATTTGACAACTTGGGAATATTTATCAGTACTCGGA
CAATCTACTGGGGAATTGGGATACATGTGGGAATGTCCAGACTTTTTCGAATTGGACGGG
AAGTTTATTTTATTGATGTCACCTCAAGGAGTAAAAGCAAATGGTGATAGATATAAAAAC
GTTTATCAGACCGGCTACATGGTGGGAACTTTCGATTATAATACGAGTCGTTTTGAAACA
GATGGTGTATTTCAAGAACTAGATTATGGTCACGATTTTTATGCTGCCACGACCACGGAA
GCTAAGGGCAGTAGATACCTTTCAGCTTGGTTTAGTATGTGGGAAGTGACACATCCGGAG
GATGTTGATGGTTGGATAGGCACAACTACGTTAGTTAGGGAGCTGAGGTTCGTTAACAAT
CGTTTAATTATGAAACCGGTTGCAGAAATTGTTGATCTAAGAGAAAGTTTAGCTCTCCAG
GGGGATTTTAAAGCCAACCAGGTGCAAGAATTTGGTAAAGCAGTAGAAATTTTAATTGAA
GGTAATTTAAAACAGAATATTGACTTGTTATTAGATGGACCAAACGGTGGTGGCCAAGTG
CAGTTAAAATGGGACGCAAAAAATGGTACAGTTTCTGTGATCAGAGAAGAAGAGGTGCGA
CGAGTAGTGTGGGCACCTATTGATTCTCAAATTTGGCGAATTTTCCTGGATACAAGCAGT
CTAGAGTTGTTTTGTGGAGAAGGTGAAGTAGTTTTCAGTAGTCGAGTTTATCCTCTCGCG
TTCACATGCATCTTAGCGTTGGCCTATTCAAAAAGTGTAGATAATAATTATGAAAATGAG
AAAGAAGATTTAGAAAATTATATACAAAATAAGAAGAATGAAATTAATCACAGATTCAGA
CCTCTCTACCACGTCGCACCTCCAGTCGGCTGGATGAATGACCCCAATGGATTTTCATAT
CACAACGGAGAGTTTCACCTTTTCTATCAATTCTATCCATATAAAAGCGAGTGGGGCCCT
ATGCATTGGGGACATGTTATCAGTTCTGATCTTGTTCACTGGAAACAAATGCCAACAGCT
CTTCTACCGGGAACAGAACAATGTTTCTCTGGTAGTGCTATAAGCCAAGGGGATGTTTTG
ACATTAATTTACACTGGTCGCAGATCCATTGATGAGCAGCCTTATTTCAACGAAAGCCAG
TACCTCGCGTTTAGTGATGATGCTGTAAATTTTTATAAATATGAAGGAAATCCGGTAATT
CCCAATGCACCAAATAACGCTCCCGATTTTCGTGATCCTAAAGTTTGGAAATACGGAGAT
GAATATTACGTAATCATCGGTAGTAAGACTTCAGATGAAAGAGGAAGGGTTCTTTTGTAC
AAATCTAAAGATATGTTTGATTGGGAGTTTTTAACTGTATTAGGCGAATCGAATGGATCT
TTGGGATACATGTGGGAATGTCCGGATTTTTTCGAATTAGATGGGAAATTTATTTTACTA
ATGTCACCTCAAGGAGTCTCACCACAAGGAGACAGATATAAGAACTCACACCAGACAGGA
TATATTGTTGGAAGTTTTGACTACGACACATTTCAATTTATTCCCGAAGTTGAGTTTCAG
GAAATAGATTATGGTCATGATTTTTACGCAGCCACAACAACACAAGCGAACGGAAAACGA
TATCTGTTAGCTTGGTTTAGTATGTGGGATGTACCTTACCCTGAAGACGTCGACGGTTGG
GCAGGTATGATGACTATTACTAGAGAGCTTAACTTGGTCAATAACAGAATACTTATGAAG
CCAGTTTCTGATATGCTGAATTTGAGGAATGAAGTCGCTCTCAAGGATGAAGTGAAGCCT
GGACAAGTACACCAATTCGGAAAAGCTGTGGAAATAATTATTGAGAGCGACCTTTATAAC
AAAATTGATTTATTATTAGATGGTCAGGAAGGCGGAGGCAAAGTTTGGATACGATGGGAT
CCTGATATCGGTAAAGTTGTAGTCGATAGAGGATCTGGAGATATAAGACAAGTAGAATGG
AAACCTATCGGTTCAACTACATGGCGAATATTCTTGGATAGCTGCAGCTTAGAACTGTTT
TGTGGTGAAGGTGAGGTTGTGCTCAGTAGTAGAGTATATCCATTGGGTGGATGGAGATTA
AAAAATCAAAGTCCACAAACGATACGAGTGGAGGCTTACAATCTGCAAAGAAGTGTACCT
GAATAG
Protein sequence:
MSLIQKILCLCLIGLSQTANLTYDELKRELESYIENKQKEINQRYRPLYHVAPPVGWMND
PNGFAYHNGLFHLFYQFYPYDSKWGPMHWGHVTSTDLVHWKQKPTALIPEEEQCFSGSGI
SDDNKLVLMYTGHVLTEEEPFYKQSQYLALSEDGVNFEKSKSNPIIESPPNNSPDFRDPK
IWKHGNEFYAVIGSKDNGNGTVLLYKSSNLTTWEYLSVLGQSTGELGYMWECPDFFELDG
KFILLMSPQGVKANGDRYKNVYQTGYMVGTFDYNTSRFETDGVFQELDYGHDFYAATTTE
AKGSRYLSAWFSMWEVTHPEDVDGWIGTTTLVRELRFVNNRLIMKPVAEIVDLRESLALQ
GDFKANQVQEFGKAVEILIEGNLKQNIDLLLDGPNGGGQVQLKWDAKNGTVSVIREEEVR
RVVWAPIDSQIWRIFLDTSSLELFCGEGEVVFSSRVYPLAFTCILALAYSKSVDNNYENE
KEDLENYIQNKKNEINHRFRPLYHVAPPVGWMNDPNGFSYHNGEFHLFYQFYPYKSEWGP
MHWGHVISSDLVHWKQMPTALLPGTEQCFSGSAISQGDVLTLIYTGRRSIDEQPYFNESQ
YLAFSDDAVNFYKYEGNPVIPNAPNNAPDFRDPKVWKYGDEYYVIIGSKTSDERGRVLLY
KSKDMFDWEFLTVLGESNGSLGYMWECPDFFELDGKFILLMSPQGVSPQGDRYKNSHQTG
YIVGSFDYDTFQFIPEVEFQEIDYGHDFYAATTTQANGKRYLLAWFSMWDVPYPEDVDGW
AGMMTITRELNLVNNRILMKPVSDMLNLRNEVALKDEVKPGQVHQFGKAVEIIIESDLYN
KIDLLLDGQEGGGKVWIRWDPDIGKVVVDRGSGDIRQVEWKPIGSTTWRIFLDSCSLELF
CGEGEVVLSSRVYPLGGWRLKNQSPQTIRVEAYNLQRSVPE