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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_TrvaMG_comp27274_c0_seq1
Scaffold_id
NCBI non-redundant
(nr)		hypothetical_protein_KGM_22000_[Danaus_plexippus]
Ontology
GO:0000166 F nucleotide binding
GO:0001709 P cell fate determination
GO:0003676 F nucleic acid binding
GO:0005112 F Notch binding
GO:0005515 F protein binding
GO:0005524 F ATP binding
GO:0005634 C nucleus
GO:0005737 C cytoplasm
GO:0005938 C cell cortex
GO:0007219 P Notch signaling pathway
GO:0007275 P multicellular organism development
GO:0007400 P neuroblast fate determination
GO:0007405 P neuroblast proliferation
GO:0007417 P central nervous system development
GO:0007419 P ventral cord development
GO:0007422 P peripheral nervous system development
GO:0007507 P heart development
GO:0007622 P rhythmic behavior
GO:0008104 P protein localization
GO:0008347 P glial cell migration
GO:0008356 P asymmetric cell division
GO:0008593 P regulation of Notch signaling pathway
GO:0009786 P regulation of asymmetric cell division
GO:0016360 P sensory organ precursor cell fate determination
GO:0035050 P embryonic heart tube development
GO:0042694 P muscle cell fate specification
GO:0045035 P sensory organ precursor cell division
GO:0045165 P cell fate commitment
GO:0045178 C basal part of cell
GO:0045180 C basal cortex
GO:0045746 P negative regulation of Notch signaling pathway
GO:0045807 P positive regulation of endocytosis
GO:0050767 P regulation of neurogenesis
GO:0051642 P centrosome localization
GO:0051960 P regulation of nervous system development
GO:0055059 P asymmetric neuroblast division
GO:0061320 P pericardial nephrocyte differentiation
GO:0061382 P Malpighian tubule tip cell differentiation
Transcript
Level		FPKM:8.37 TPM:7.05
ORF EntryO_TrvaMG17793_complete:A_TrvaMG_comp27274_c0_seq1
Sequence
(Nucleotide)
CCAAATAATTAAATAGTATTGATCAAAATATTTTTTCACATTGTGTTGTGCTTCTATAAA
TATATTAAGAAATTTGTACAAAAAGGATAATTTATTCTTCCCGATTTAATTCATTCAAAA
CAAACATTTAACTACATCAGATTTAGTGACGCACTGGAAAATTATATAATATTTAAGTGA
AAAAAGCTGCAATATATTTTATGTTAGAAATCATCAGTGCGGGGTTCGCTGAGACGTGCG
CGCGCGGGTGCAGCACTGTCGCCGCCACGTGCTGGCATGGAGCGGTTGCGACGATCGTTC
CGCGAGTCGTTTCGACGTCGCAAGGGCTCGCCGCCGGAGTCAGCCCGGCCGCACCAATGG
CACGCAGACGAAGCGGCTGTCCGAGCCGGTACCTGCACGTTTCCAGTCAAATACCTCGGC
TGTGTCGAAGTCTTCGAGTCGCGGGGAATGCAAGTCTGCGAAGAAGCGCTCAAAGTGCTC
AGAAATTCACGTCGCCGACCCGTTAGAGCAGTCTTACACGTGAGCGGTGATGGTCTGAGG
GTGGTGGAAGAAGAAACAAAGGGACTGATAGTAGACCAAACTATTGAAAAGGTGTCCTTC
TGTGCTCCCGACAGAAACCATGAACGGGGCTTTAGTTACATATGCCGCGACGGCACGACC
CGTCGTTGGATGTGTCACGGGTTCCTGGCGTCTCGCGACAGTGGCGAGCGGTTGTCGCAC
GCGGTGGGGTGCGCGTTCGCGGCGTGCCTCGAGCGCAAGCAACGACGCGACAAGGAGTGC
GCCGTCTCTATGAGCATAGACGCCGCGAGCCACGCCTTCACCAGGCAGGGATCCTTCCGT
AAATCAGGTATAATATCGTCATCAAGCCGCCGTGCATCAGAGCCGGAACCACCATCAGTC
CCGCCGTCAGTCCTCCCGTCAGTATTGCCGTCAGTCCCGGCGTCAGTCCCAGTAGTCCCG
CCGGTGTCGTCCCGCTCGCAAACACACAACCCGTTCGCTGTGGAACGACCGCACGCCGCG
CCACATCTACTCGAACGACAGGGCTCCTTCAGGGGATTCGCGCATCTTAATAACAGTTCT
CCGTTCAAGCGTCAAATGTCGCTCCGTATAAGCGAGTTACCGTCGAACCTGGAGCGACAG
CGCGCCGGCCTGGGCTCCCCTCCCCGCGCGCTGCCCGCCGCCCCTCTCGCCGCCCCGCTC
GCCGCGCCACATGTCACGCCACTCACAGCCTCGGCGCACGTCTCGGCTACACCTGACATA
GCCGCCATAGAGGAGAGCGTGAACGGCGACGCAGTGTCAGCGATGTGCGAGAAGCTGTCG
GTGGGTCTCCGCGCGCTGACGGAGGAGCCGGTGCCGGGCGCGGGGTCGCTGCCGTCGCCG
GACGCGTGGCTCGGCCGCGTCGCGCGCGTGTCGCAGCCCACCAACCCCTTCCTGACAGCA
CTCACTAACCCGCAACCTATATAAACACACTCTTTCACATGGGGATCAGTGGCGTGCAAT
ACATCAAAACAAATAAGCAATGCATACCGTAAAATTATGAAATTGCGTTAAAATATAATC
ACAGAAATACACAGGCCGATTTATTATTATTATTTTATTGTATTTAACGAAATTTATAAG
GTTTTGCGTACGTTTCTAAGTATTCGCCTTAACTTACATTTTTGCACGCCACTGTTTATA
TCACAGATATTTACTAAAATTCATAACAAATATGGTTAAATCCCTAAAACTGACCTTATC
GTTAGTAGTCGTTGTTAATGGATGATAACGTAGAAATGGTGTTTATAATGTACAAACTAT
TCTCGCGTTGTCTTAGAATCTATGTTACAAAGGGATCTAACCGTTTAAAGATGCAATTAT
CAAGAATCATCTCGTAAAAGATGTGTTTCGGTAAAGAGCGGTTTTGTAGCGATAATGTGG
TTAATCTCGGTTCGGAAACTAGAATGAAAATGAAAGTAATACAAGTTTATGAAATCTGTA
GTGTGCTTGACTATCCTTCGTGCCAGTTCAATGACACTTGGTTTGGACAATCAATACAGC
TTGTCTTTGATTCAAAATTGTAATGGGTTGTTATAGTGTATATTTTTTACTCGTAAAATT
ACATTTATAACATCACTACGTACTTACAAAAGAAACGTACTTATTTTTAAATGCGGTGTA
CGACTACGAATTATAAATTTTCCTTGCAATTCAACGAATTATATTCGAGCCAAACGATTT
TTTGTGTATTACGTTTAGTCTTAATTGGAGAAATGATTATTAAATTATAACAATGTAACT
TAACTATGAAAACTAAAAAAAGTAAAATCACAAAAAAAGAACAACAAATAATAACTAAGG
TAAATTTGTTGTTTAGCTTCGAATAAGTACTTATTGGAAAAATTATAAATGTTTCGTGGT
ATGTTTAGGAAGTCTATTTATTGATGTTTAAAAATATACGTTTATTGGCTAGGGCCTCGC
GAGTGTGAGATGTCATTGACGCTTTGCCAACTAGTGTGTTGTACGATATGTAGACGCGGC
GTGTTATATCATAGGCCAATGTTAATGTCTCGATAAAATGAATGACGTCCACTATGTATC
AACAAAGTAGGGTATTCAAATTCTTAATGGTATACAGAAACTCAAAGTGAGACAAAATAT
AATAATTACAACTGGTTTGAGTTTCTTATACATACTGTTTTCAGATTAACTTTAAGTAAA
GAATCCCTAACAGAATTTGGAAAGCTGCATTTTGCAACTTATAAGTGTGTTTAATAAAGT
AACACAAATTACGGACAGTTCAAATTTTTATTATTCAAACAAACTTGATGAATAATAAAT
TATTGAATTTAGTCTGTCATAAAGCGTCTCATGTATGACGAATTTATTACAATTTAAACT
TTCGTTAAATGACAAAAATTTTAGAAATGTATAGAAACAAGGTGACGAAAAACTATTTAT
GAAAAATTCGGGAATTAGGGAAATGAAACTATTTATTGTACGTGTTGTAGTTTATTAAAT
AAATCTACGATATTAAGCACTGCTTTTGTACTGCACGGTTCACTTCTATGTGTCTGATTC
AATACGTAAGTTTGTTTCGTAATGTTTTATAATTTAGTTAGGTTTCCTCAATTCAGTATT
AGTGGGGCCGGGAGCATTGTTATAACGATGCACAACGAACAAACCAGTATCCATACTAGG
GATAATATACAAATTTAAAATACTTTTGGATATATTTTGTATTTTGTAAATGTATATATT
ATAGAATTGTAAATTTTTAGGAGACTATGACTTTGCCTTAGAGGATCTGTTTTTATACTT
TTTTACTGAATATTACATGTTCGAATTCAAACGTCG
(3336 bp)

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