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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoSK_comp12905_c0_seq3
Scaffold_idBomo_Chr5
NCBI non-redundant
(nr)		PREDICTED:_cytosolic_carboxypeptidase_1-like_[Amyelois_transitella]
Ontology
GO:0001754 P eye photoreceptor cell differentiation
GO:0004180 F carboxypeptidase activity
GO:0004181 F metallocarboxypeptidase activity
GO:0005634 C nucleus
GO:0005737 C cytoplasm
GO:0005739 C mitochondrion
GO:0005829 C cytosol
GO:0006508 P proteolysis
GO:0007005 P mitochondrion organization
GO:0008233 F peptidase activity
GO:0008237 F metallopeptidase activity
GO:0008270 F zinc ion binding
GO:0015631 F tubulin binding
GO:0016787 F hydrolase activity
GO:0021702 P cerebellar Purkinje cell differentiation
GO:0021772 P olfactory bulb development
GO:0035609 P C-terminal protein deglutamylation
GO:0035610 P protein side chain deglutamylation
GO:0043009 P chordate embryonic development
GO:0046872 F metal ion binding
GO:0050905 P neuromuscular process
Transcript
Level		FPKM:2.91 TPM:2.93
ORF EntryO_BomoSK12276_complete:A_BomoSK_comp12905_c0_seq3
Sequence
(Nucleotide)
CACGCGCTCTAACGCTCCCAACACACACTGTTTATTTACCAACATATAACATCGCACATA
CGACATAGAAGACATCACATTCAACTTTTCGTATGGCGGACGATGCAGCGACGGATTGCC
TCTTCGAACGGCTCAGGTTGCACCAGCAGCGCTCTCCGGACGCGACCGAAGTGGCCCGCG
CTATCACCGCACGCATCAATGCGCGTCTCACTTCACATGACAAACAGATTCGCCAGAGTA
CATTGGATAAACTATGGAATAAACAGTCTGGTGGGATTCAGATGCTTCTCTCTATTTTGG
AATCTTCAAGAGACACGCCAACTTCGACCTACGTAACGGCTATTTTGAGGGAGACGCTAT
GCTTGAAACAAGGGAAAGGAAAGAAGTGTGCAGTTAGTGAATCCGGAAACAAGAAGAAGG
AAACCAAAAAGATTGGGAAGGAAAATAAGTTTGGTTTAGTCAAGAAGGCAAATAACCTCG
CCCGGCAGCAGTGTGCTCAGCAGTTCATATCCGCGAACGGTACTCAAGTTATCATTCGTA
CATTATTAGCGACGCACGGTAAACGAGATGGAAATGTTGGCACCGAGCTAATGCTGCAAG
ATCTTGTGTGGATCCTCGCGGCACTCGCGCCAAAAGATCCGAAATTCGCAATGAAAATTA
GAATGCTGGGATGCGTCAGGACTTTACATCTAATACTAAAAGGACATTTTACTGACAACA
AACTCGTTTTTCCCCTTTTGGTAATAATGAAACAACTAGCCAAAAACGAGGTGTGCTGCA
TGCAGATCGTGAAGACAGGCCTGTGTAGCGTCCTCCTAAGGGTGTTCGATCGATGGGATC
GATACGAAGGTCGAATGAGACTGAAGATATGCGCCCACATACTACAGACGCTACAACATC
TGTGTAACATCAAGGCAGGTCGTCGAGCTCTGTGCACTAAGAAACATGTTCAAGCGCTGC
ACAGGTTCTGTTCGCAATGTCCCGATGAACCGGAGTTTGACGGTCTCCTTGCGAGAGTGT
GTTCAGTGATTACTTTATGTCTAAAGCATCAAGCTTTACCAGTAGCTGCCGCTAGTCCGG
CTACGTTCAACCTGAATCCAATTTTAAAAGGTACAAATGCATCGTGGCCATGTCACGAAG
ACGAGGAAGACGCTGCTAATTCGGATTCCAAAACAGTTAACTCAGATGACGAAGACAGCC
CGGATATTGACATCGATGCTATAGACGAATTTCCTGACATAGAATATGATGATGATACAA
AAAATGAAAGTATGGAAGTATTGGATAAGATTAATATTAAAAATGGTGATAGTTTGCAAA
GCGCCTTATGGATTAATCCTAATGAGAGAGATTTTGAAGACTTAAAAAAGTATTTTATAT
TCTTCAAAGAATTTGGTTCCTATAATAAGCAAGCCAAACTCGTTAAAAGCCGGTCCAATT
CCCGCGGATCTATTTTAGAAGACTTCTTAATCAACCAAACCTGTTGCAATAGGAACGTTT
CCTCTGCACTAAGCCTCTCAATATCTACAGTTTTGGGAACAACATTTGACAACGTATTGA
CAACATCTCAATTACCTACCTTCACGCAAAGCTTCAATAAGATTCATGAGGTTACTTCGA
CAACATCTTGTTCTACTTTGAAGATCCATAAAGACATTTCCAAATATAGTTCGTTTGCCT
CAGTATATTGTACAATATCCTCAAGAGTGAAGAGTGTAATACCGTTTGTGAAGGTTGCGT
ATCCCGACATGACAAGGGGACTGAGCATCACGCACCCAGAGCCTTTGAATAAAATGGAAA
GGACAGCTTGCAGAGCTAAATTATTATCATGTGTGGACCGAGCAATAAACCCTGAAGCGT
ATATGAATGAAGTAGTTTATGATTTAGACCAGCTTTGTAGCTCAACAAATAATGTCGATG
CAGCCGCACAAAAAAGTTGCGAAGGTTTATTACTGAGTAATAATGATGAACAAGAAATAA
CGAAAGTCAACAATTTCTCTTCTCGATTAAGCTTTGAATCGAGATTTGAATCTGGAAACC
TCAGGAAAGCCATTCAAATAGGCCCCAGAGAGTATGAGCTCGTGCTCATGCCGGACGTTA
ACTCCAATAAAAGACACCAGTGGTTCTACTTTGAAGTACGTAGCATGCAACAGGGAAGAC
CGTATATATTCAACATCATCAACTGTGAAAAGTCTGACAGCCAATTCAATTTTGGAATGA
AGCCAGTTATTTATTCAGTGAAAGAAGCTGTTTTGGGTCGACCAGGTTGGACGCGAGCAG
GATCAGATATTTGTTACTACCGGAACAGCTACCACTACGCGAACCAAAAGAACCACAACA
AGTGCTACCTGACTGTCACGTTCAACATTGAGTTTCCACATTCCAATGACGTCTGCTACA
TCGCTTACCACTACCCCTTCACTTATTCAATGATAATGACTCGTATTTGGCAATGGAGCC
TGCAGATGCCTCCCGGTTCGTATTTCCGCGCTGAGCCTCTATGCTACTCTTTGAACAGTA
ACGAAGTACCCCTTTTAACTGTATCTGCCGAGGACACGCCATCTAATCCAATAGCGGATC
GTGAAATAGTATTTCTATCCGCTCGTGTCCACCCTGGCGAGAGCAATGCTTCTTGGGTGA
TGGACGGCACGCTGGGTTGTCTGCTCGGTGACTCTGTGGTCGCGGCTGCGTTGCGGAGCA
AATACGTGTTCAAGATTGTACCGATGCTTAACGTCGAAGGGGTACTCAACGGATGCCATC
GATGCGGCTTGACTAATGAAGATTTAAATCGACGTTGGTGTAAGCCCAGTCCGGTTCTGC
ATCCGTCTATCTATCATACTAAGGGCCTAATAGAATATTTAGTACGGGTCTGGAAGAAGC
CTCCGCTTGTGTACTGCGACTACCACGGCCACTCGCGTAAAAAGAATGTATTCTTCTACG
GTTGCGCTGGCGCTGAGAGCTGGTGTAGCAGTGACCGCCTTGTACAAGATGAACCGGTTA
AATACCTCATGTTGCCAGCCTTGATGCACAGAATATCACCTGCTTTTGCACTCGGTTCGT
GTTCTTTCCGTGTAGAAAGAGAAAGGGAGAGTACCGCTCGGGTAACGGTATGGAGACACC
TTGGTGTTACGCGCTCTTACACAATGGAAGCCTCTTTCTGCGGTTTCGATCGTGGACCTT
TTAAGGGTTTCCACCTGAACACCCAGCACCTGCAGAATGTCGGCAGCGACTTTTGTGAAG
CTCTTAATGGATTGAACGACAGCGCTGCTAATGTCGACATTCAGCTAACGAAAGACCTGA
ATGGAAATATCATTGAAATTCACTTAGCGGTGTCAGGGGACAATAGCGAGGCAGCAGTGG
AAAGCGAACTGGGCTCCGGCTCTGATAGCGTTCTGAAAACCGATTCAGATGAAGACTTTG
ATTAGTTACTGAAAATTAAAATAATAAATAGATCGCTAGAGGCATATTAGGATAAAGCGA
GATTACATTAAAACTACATCCTTATTTTTATTTATTTATTTTCGAGCCTTGATTTTATAA
GTTGAGTGCATTTTGTTCGCATCCCTCATTAGCAACGAATTATATTGGACCATAATATTT
TATTGAACCGCTTAATCACTAAAAGTCTGTAACAAAATAGACGTGGCGTGAGCTATTAAC
TTGCACTTACGAGTTTTTAATACTAAAATTATAAGCTGCAAGGTTCAAGTTTTTTTTTTT
TGTTGATAAATTAGTAATGAATTTAGTTTTACACATTAAAATTGTTATAGAATAAATAAA
AATTTTGGTTGGGCTGATTTTCGCATATTCACAATATTTAAATAACTTTAAATTCTAGTT
GTAGAAGATTATCGCTAATTGTCTATGTCCAATATGGCCTATTCTATACTATACTTTAAA
AATATATTAGACTATTAGAAACAATATTTTTTCTAATACAAATACGACAATAAGACGTTA
GGAACATTCTCAGAGATATTGTATTAAATATGTTCGTCCATTCTAATGTATGCAGATTTT
TTTACTGTCCCGAA
(4034 bp)

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