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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_TrvaMG_comp26643_c0_seq5
Scaffold_id
NCBI non-redundant
(nr)		PREDICTED:_protein_spinster_isoform_X2_[Amyelois_transitella]
Ontology
GO:0003376 P sphingosine-1-phosphate receptor signaling pathway
GO:0005764 C lysosome
GO:0005765 C lysosomal membrane
GO:0005768 C endosome
GO:0005829 C cytosol
GO:0005886 C plasma membrane
GO:0006810 P transport
GO:0006869 P lipid transport
GO:0006897 P endocytosis
GO:0007040 P lysosome organization
GO:0007275 P multicellular organism development
GO:0007422 P peripheral nervous system development
GO:0007619 P courtship behavior
GO:0008333 P endosome to lysosome transport
GO:0008347 P glial cell migration
GO:0008582 P regulation of synaptic assembly at neuromuscular junction
GO:0009267 P cellular response to starvation
GO:0010001 P glial cell differentiation
GO:0012501 P programmed cell death
GO:0016020 C membrane
GO:0016021 C integral component of membrane
GO:0030154 P cell differentiation
GO:0031902 C late endosome membrane
GO:0031982 C vesicle
GO:0035193 P larval central nervous system remodeling
GO:0040011 P locomotion
GO:0043067 P regulation of programmed cell death
GO:0045476 P nurse cell apoptotic process
GO:0045477 P regulation of nurse cell apoptotic process
GO:0045924 P regulation of female receptivity
GO:0046624 F sphingolipid transporter activity
GO:0048477 P oogenesis
GO:0048488 P synaptic vesicle endocytosis
GO:0051124 P synaptic assembly at neuromuscular junction
GO:0055085 P transmembrane transport
GO:0090099 P negative regulation of BMP signaling pathway
Transcript
Level		FPKM:4.71 TPM:3.97
ORF EntryO_TrvaMG13536_complete:A_TrvaMG_comp26643_c0_seq5
Sequence
(Nucleotide)
AAAATACTTTCTTTTTATTTCAATTCAATGATGAAGCTATATGCCGTATGTACAACAAAC
TTGTTTAAGTAGATAATAATTTAGATGTACATAAAATTAATTCAGTCTTATTAAATTCTG
TACAGTTTAATCTAACATGTTACTAATATTATCATAAACTATAACGAACATACAATACTT
TAATTCGTAAACATCACTCCTTTTTATTGACGATAAAAGGTGGGGCGTTACATTGTTTAG
TTAAGCTACACCTATTAGAGGCGGTGCTTTTATAATTTAGGAACCGAATGATAACCGTTA
GTTAAACCGTAAGAATGTCCATATCCAGCACTGAACCTAATTAAATATTAAAACGCTCAA
CCGCGACGAATGCCATTAAATATTGCGATCTATGAATAATGTAATAAATAAATAACAATG
AACTCTAGTACAATAAGTTATAGGAATATTCGAGACAGTACTCAACAATAACAGCCATAA
TTTAACTATGAATGTATCGATTTTAAAATGAATACATCTATAAATATATCCAACTACGTG
TTCTTGATAGGCACAATTTGTTTTAAATCTAATTAAGGTATAGGATCGACCGATTTTACA
CTAATTTTATATAAAATTTTACCACACAAAACATTTATACCAACACATTATAATCAATCC
CGCCATTGTTCAGCAATAAATATGCTTAACAAATCAGTCTTCTTAATGTTGGGACAGTGA
AGCAACCACGTCTTTATTGTTACAGTTTTACTATCATTCAAATACTAGATCCGTATCACT
TCAAAAATACTTTGTATTTATGTTAAATCCGAATAAAGGCGTGATTACTTAACTGAAACA
GACAAGGCTCTCCTTTTGTGAAAGTCGAAAATTCTTTCACTATTTATGACCGACTTTTAA
ATATACTATTTTATTCTCCGGCTATGATTTCTTCGTGTGCTGAACTGTGGGATGGCTCAG
CGCGCGTTTCCGCTTCTGCAATAGCTCTGTCTACTTTTTGTTTATCTTTAACTATGTAAG
CCGACGTTATTAAAAAGAATATTCCTCCGAGTACTTCCACGAAGCAAGTTATAAAGAGCG
CGTACTGAAGTGCTCTAAATTGAACAGTCTTACTGGGCGGCAGGTCGTCAGGCGCCAAAT
ATGATTGTAAACTCTCTGATATAACTCCGATTAAATACGGACTTCCAGCGTCGCCGAACA
TATGCGATATTAATATTTGAAAAGCTTCCGCCGTCGAACGTCTTGGAGGAATTACAACGT
ACAGGATGATGTCGGCCACGACGGACCACGTGAGGTTGAGGACGAGCATGCCCAGGAAGA
TGAAGAGGAAGGCGGCGGCGACGGTGGAGCGCACGGCCGCCAGCGCGCCGTACACCAGCG
GCGACGACAGCAGCAGTGCCGCGCCGCACAGCAGCGGGTCCGCGTCGAGCAGCAAGGGCC
GCAGCCGAGCCGCCGCCGCCGCGCCCAACGGGACGCCCAGCGCCCCCGCCGCCATGCTCA
CCAACCCGAACTTGTACGACACGCTGCTCGACCACACAACACGCGCCGTCTCATACAACC
TCATACTGACTCGTCTCGCCATTAACACTACCACCTAACCTTACATTCCTCAACTACTTA
TCAGATCTGATAGTTTTATGTACAGACACATACATAAATAATGAAATTCTTATAATTTTT
GTGTTATTTGACAAAGATAATCACTGAAATCAAGCGCTATAAATTTGTTTCTTTCGGTTT
TTATGTATAAAATGTTTTATTTACATCAATTAAATGAGTCCATAATTTTCTCTGCTAAAA
GTTCCAGTTTGCTGAATCATTACTTTCCTAATTTGTTATACCCTACTGAGTGATTAAGTG
ATGTGATGTGAAATTGTAATTATATTAAATACATACGATTCTTCTGTGAAGGTGTTGCCC
GGTTGCAGGTCGAAGCCCGAGAATATGAACTTGGGTCCCCACCAGGTGAGCGCGCCCGTC
ACGAACGCCACACATGTAAACGCGATCGTCGACAACATGAACGAGGGATTCTTTACGAGA
GAACGAATGTCATCCTTATAAGATGTGGGTTTTATATGACTATCTTCTGATGCGCCTCGT
TCGGGATCTTCCATCGCCCACAGGATGAGGGCTACAGCGACCGCTCCAAAGAAAGGAGTC
ACACGTAATCCATACCGCCAATTATCCAGAGCCCCACCTACCAACGACCCCACTATGTAT
CCGAGACCACTTCCGACCGGGATCGCGAAATAGAAGAACGCTAACATCTTCGATCGTACA
TCTCCCACGAAGAGGTCACTGATAATGGTGGGAGCTATGGTGGAGTATGAGGCCTCTCCG
ATACCAACGAGGCCGCGAAAAAAGGCGAAAGACTCGTAGTTGGGTAAGAAAGACCCGACG
AATGTTGTTACACTCCAGAAAGCAACGCCACCCGCCATGATGGTTCGTCTGGAGTACCTG
TCGCCCAAATAACCGAATATCGGAGCGAACAACATGTAGGCCACAACGAACACAGTCTGC
AAGAATCCAGCCTTGCCATCTCCAATGTTGAATTCTTTTTGGACCTTATCTAAAACACCG
GCGATGGTCAATCTGTCCATGTAGTTGATGAGGTTAACGAAGCACAATACACAGACAGTC
ATGTATTGCGAGAAGGTCACGTCCCTTAAGCTTGTATGTCTTCTCGCCTGTTTCTCCTGA
AGAAGGGCCGTTGCTGATTCATTATCACCGTTTATCACTAACTGCTGGTTTGAAGTGTTC
GGTGTGATGCCACTGGGGTCCATGATTCCTGAACTATTTTAATTTTAACTCGTCGGAACT
CTACGAGAAAGCTACTTTCAGATATCTTAAATCACAACAGTTAAAAAAACCAACAATTTA
AAAAATCGGATTAACTTAAAATATGTGCTACAAATGGAATCTATTTTTACATTACACCCT
GAATAAATAATTGATCTTTCAATATTTTTTTTGCATGATAATTTTTGACGATACACTGAC
CCGCAGTACACAAACGCCTGTCAAAAAGCGACTGCCGAAATCCGAAATTGTGCAGTCGTT
TGGTTGAAG
(3069 bp)

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