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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoEE_comp70202_c0_seq11
Scaffold_idBomo_Chr25
NCBI non-redundant
(nr)		PREDICTED:_beta-mannosidase-like_isoform_X1_[Amyelois_transitella]
Ontology
GO:0004553 F hydrolase activity, hydrolyzing O-glycosyl compounds
GO:0004567 F beta-mannosidase activity
GO:0005764 C lysosome
GO:0005975 P carbohydrate metabolic process
GO:0008152 P metabolic process
GO:0016787 F hydrolase activity
GO:0016798 F hydrolase activity, acting on glycosyl bonds
Transcript
Level		FPKM:0.01 TPM:0.01
ORF EntryO_BomoEE21476_complete:A_BomoEE_comp70202_c0_seq11
Sequence
(Nucleotide)
GTTCATTTTGTCAATTCACGTAATATTGAAAAGTGATCGACTTTTCTAATTTCTGCGGTT
TCATATTCGATTTACTTGTATACTTGACACGGATATAAGGCTGCGCTAATATAAAACCGT
TGTCTTCAAAATGGCCGTCTACTGAAGCCGCTTCTAACCAGAGAAACAATACCACCGTAT
CAACCCTTATATCCACGTTGTACTCTGTTAGATTATCGACTCTTCTTTGTTTAACCTTTG
TCACATGTATCTAAAAAAAATTGCAATAGAAATGTATGCACAGTTTAAAAAAAAAATGCA
TTAAAATCAATGTTAATGTTTTTTTTTTTCTAATTATATTTTTATCTCTGGGCCCACAAA
TATAGGTACCTATAACACATCGATAATATTACTGTCCACTTTAAGTTTCGTTGCTTAATA
CAACAGCTGCTGTATTCTTCAAACTGAACGTATAATTATTAATAACAAACAAACACAAAC
TAAAAGGCAAAGTAAATGTAGCCATTAAAAAAAATCAAAAGTGATTGGGTTTGCTTGTTA
TCGGCTATGAGCACCGCTGACCACAACATTAAATATTTATCCGGTTACAAAAATATTTCT
ATCGCGACAAGCGGCATTAAGTTCAACAATTCTTAAATAAAAGATGCTGGTATTTTAAAA
CGAATTTATACAAACCTGAATTCGAGGAACATTTAAACCTTTGACCGATTTCAGTGGCTT
TGGAAAGATGTAATTATATGGGCTTGAGGCTACGCCATCCGACTTCAAGGAAAACCTCAA
GAATATTTCATCAAGATTAGGTTCGTCCCAAAGATCGATCTCAATGTTTTGCTTCTTGGA
ACTCAGAGCTTCCGCTGCTGCATCGTAAGACTCGGTTTTGATAGGTACCAAACTAGACCA
ATTGAAGAACTCCACTGTAATTTTTGAGTCGAAAATCGGTACGAATCTGTCGTTTAAAAG
ATAAACATCAACATCCCCTGATAACAAAAGACGAGGGGATACTAAAACAGGCGCGAAAAA
CGTATTTGCGAAGTAATGCAGCATTTTCCATCGACCGCCGTGCTCAATGCCAGACCAAGA
CGGTGCCTGCCATACATCATTGAGTTGCCAATACAACGCGCCCATCGTGTACCAATCAGC
CTGGCTTTGTCGATAATATTCTGTCTGAACTTTCAATGACATCGCTTGCGAAATCTGACT
ATAAAACAAGAACTTTTCAAAATACTTTGTATCGTTTTTTTCCAACATCAAGCGCTTGTC
CATTTGCTGCTCAATATACACATAACCGTTCGGATGGTGCTGCCTGTGTTTCAAGAATTC
ACTGTCCAGACTGAGGTCTTTGTGGTCTTTCGTGGCAGTCTTCAAAACAGCCAATGACGG
CATCGATTGAAAACCATATTCTGAAGCAAATCTTGTAGCCGGATACACATTGTAATCCCA
ATTATCGATGATGTAGTTATAGTAGTGTGTGTCACCGTAATGGGGATCATACGGGTTTGT
CGCTATATAACCTTCTTTCTCAGATTCTAAGCCGTTCGTGGGACTCGAAATCAGATATCG
CCTATTGGGATCCAAAGCCTCGACAATCGGTTTAATCGTGTCAACGTATAACTTTATATA
GTCCTGTTTGTATTTATTAAATTCTGAGGGCTTCGAGTACCAGTTTCCTCGCAGAGCAGC
TTCGTTCTCGTTATTCCCGGACCATAACGCAATGGAAGGATGGTGCTGAAGATTTGTAAC
TGTTTGTTCTATTTCCGTTTTCACATTACTTAAAAATTCCGCATCGACAGGGTACATGGC
GCAAGCAAACATGAAATCTTGCCACACCAATATACCGAGCTGGTCACATCTTGTATAGAA
ATAGTCCGATTCATAGATCCCTCCGCCCCACACGCGTAGCATCGCCGTGTGGATATCTCG
AGCAGAAGTCAGCAAACTATCAACTGGAAGTTATCAACGCAATCTATTTAAGACAACTGC
AAAATTTATGAAATATACTTTAAATATGTGTGAACATATACATATATCTATTTTGTTTTT
CGATATTTCTTGCCGATTTCAAATAATATGAGAATATGTCATCGATGTAGTCGAAAGTAA
TTAGATGAGGGTTATCAAGGACAACCCAGAAACTACTGGTCAAATCTTGATAATATTCAA
AAGGGACAACATAAGAAGCACCAACTTTCAAATAAAAATCTGTTCATCTAGAAAAAATAT
CTGAATTTAATAACTATAAAAACTACAGGCGAATTGATAAACTCCTCCTTTCTTTGAAGA
CGATTCAAAATCATACGCACAATATTTAAAAAAGTTTCGAAAAATTTATCATCGACACTA
ATACCTACTATTTTTCAAGTTTTTCCGCCGTTAATTCTTAAAAAATAAATTTTGTTACTT
ATTCGTTCATCGGAGCCCAATTCCGGTAATATGTTGGCTGGAATCCAGTTCGATCCTTTC
ATGAATAACGGATATCCGTTTACTTTAAAATAGAATGTCAATCCCTTTGCTGACGTGGAA
TTTCCTAGTTTTATTGAAGCATCTTCTTCAATCAACTCAATTGTCCTAAAGCCGATTAGT
AGCTTTTTGTGTGAAATTTCCACGTCATGAGAGTTTGAGAGATACACGTTCAACTCGTAC
AGAGGTTGATCACCATAACCGTTTGGCCACCACATCCGGACTACGTTCTCACTTATTGTA
ATATTAAGCTCAACTTCAGCTGTTTTGTCTTCTTTCGTATTAATATCAACGTCTCCACCA
AACACTAAGGTTTGCCCTCCTTCGACTTGTAGAGACGCACTAAAATACGCTTGGAGAATC
TCATTACTCTTGGTAGATTCCAAATATGCCAACAATCTCAACTGCCAGTGGCTGTCAACC
TTTTTTATGTGTGTAGTAACCGTTCGTAAGATTAAACTGTTATAAAACTCGATATACGCT
GGTTTCCAAATTCCAACGGACGGTAGAGCAGGTCCCCAGTCCCAAGAAAACGAAGCCTGC
ATCTTCCTCAGCTGATTAACGTGACATTCTCCATTATATACATCAGGGACACAGGCTGGT
GCTGCATTTGTTCCTTGACATTAAACACGTATCTCACGAACATACTGCTCGTGCTACCAA
CTGGGGTATTGTTTATTTCCACGAACGCCACTGTATCAATACCATCGAACACCAAGTTAA
CTGCCTCCGTGCTCAAGTCTGCTGCGCTGACGTTAAACTTCCCAGTATACGTCCATGTAT
CGTATGCCACCCATCTGCTGAGCACGTCATTGAAGCCATACAAGACATCTCCAATGATAC
CCGCTTTGTTGAGATCGGTATATACCCCACCCGGCACAGAGCCGCGGACTGCAATCGATC
CATTCTTGTTGGTCAATTTCCAATGAGCAGCACTTAAATCTAACCGCACCGATGTAACAT
TATTGACGTAGAACAAAAAGACAAAAGCTTGCAACAAAACACACGTGTTCATTTTCATTT
GTTCTCGGGACTACTGAATGTTGTATACCAACAATCAATGATCAGCATACAAAGCATCGT
AGGAACACGATATCGG
(3556 bp)

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