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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoIG_DN30778_c1_g2_i1
Scaffold_idBomo_Chr6
NCBI non-redundant
(nr)		protein_tramtrack,_beta_isoform_[Bombyx_mori]
Ontology
GO:0002118 P aggressive behavior
GO:0003676 F nucleic acid binding
GO:0003677 F DNA binding
GO:0003700 F DNA-binding transcription factor activity
GO:0005515 F protein binding
GO:0005634 C nucleus
GO:0006351 P transcription, DNA-templated
GO:0006355 P regulation of transcription, DNA-templated
GO:0006357 P regulation of transcription by RNA polymerase II
GO:0007275 P multicellular organism development
GO:0007417 P central nervous system development
GO:0007517 P muscle organ development
GO:0007530 P sex determination
GO:0007617 P mating behavior
GO:0007618 P mating
GO:0007620 P copulation
GO:0008049 P male courtship behavior
GO:0016199 P axon midline choice point recognition
GO:0016543 P male courtship behavior, orientation prior to leg tapping and wing vibration
GO:0016544 P male courtship behavior, tapping to detect pheromone
GO:0016545 P male courtship behavior, veined wing vibration
GO:0021954 P central nervous system neuron development
GO:0044719 P regulation of imaginal disc-derived wing size
GO:0045433 P male courtship behavior, veined wing generated song production
GO:0046661 P male sex differentiation
GO:0046872 F metal ion binding
GO:0048047 P mating behavior, sex discrimination
GO:0048065 P male courtship behavior, veined wing extension
GO:0048813 P dendrite morphogenesis
GO:0060179 P male mating behavior
Transcript
Level		FPKM:0.00 TPM:0.00
ORF EntryO_BomoIG101793_3prime_partial:A_BomoIG_DN30778_c1_g2_i1
Sequence
(Nucleotide)
CGCCGAGCCGTTGAAATAGCTCGCCCACTGCGCCCGTGCGATCCCGCTGCGACGTTACGC
GACCTGTAATCAGTTACCAGGCTCACATCAACGCCGAAGAGATTGACGACGTAGACGACG
TAGAACTTAACTGGTACGGAACTGGTACTGGTACAAAGGGTAATTAGCCAGCATACCGAA
ATTAATAAGCCCGCATCCAGCGTAAATCGTTGCTGATTGGCTGCAACTCTGAAGAGCTAC
GGATGAATTTAACTACAAGAGGATTTTGCTGGCGAAAACAAACTGCAAAGCGATTTAACA
CGATAATTTGTTGACATAAATCCAGATATTCGACAGGACTTTGCTAGTACCGGAATTTCG
CTTAAATTAAGAAGCTAAAATAAATATTAGTAGCGTTAGATCATATTAGGCGTATAATTT
TCAATGTTTATTACATAAATACATTTATTACATAAAAGTTATTCATAGTTTTGATAATTT
TATAACCTTCCTCGATAACTGATAACTTTCTGTAAAATATGAAAGTGAAATTACCAAATA
ACTAAAATAACTTCTGCAAGCTGATGTAATTTAATCCAGTTTTAAATGTATTCCTCATTA
TTGGCACACCAGTTACATTTTTTTTTTGTTTTAAAACTTAAGCTTTTAACTTCTAAAATA
AGTTAGGGATGATGAATGACAAATTATTGTATATTGACAAACTGCCAAACGTAATTCCGG
TACTGCATTGTCCAAGTCTAAAAATAAGTAGATGCACAACAACACTGCACCAACTGCAAA
ATCATGTTCAATCTACTGAATATTAGATTTGCTCAATCATAAAATAACTTTTGCATGTTT
TTATTCTCATTTTCATTATTAGTTTTAAAGATATAATTATGTGTTTATTGTAATACATAT
GTATTTGCTTTACTTATAATACAAGACTAATGTGATTTCTGTGATTTCGATTTTCTGCTT
CGTAATTAGTGTTGTCACTAATTGAATTGTTGTCACTGAATTATTTACTTATTACAAGAA
ACGAAGCAATAAATCGAAATCAGAAACTGTTCAAATACGAATCGAATGATAATAAATAAA
TAAAAGCACAATATTGGCACTGAGCCTACGCAGGTTTATGCCTGAAACTGTATGGTTCGA
ACCGTGATATTTTGATGTGGTTTTATATTTTTAGAACAGGCATTCAATCGGGGCTTACAT
ACTATCTGGGATACACCCAGACTGCAATTGGTAACAGAATTTTTTTTTAAACCTCTTTAA
GACAACGTTAATACTACTAACAAAGTCTTAAATCCTATTTGGGAAGAACAAAACATTTTA
AATTGAAGTCTGGGAGCACCCAAGATCCAGATTATTACTTTTACTTTTTTAACAAATCAT
CCCACATAACGCCATTGTTTTGTTACATGACATACACTGTAGTAAAATATTATTTACTTA
TTAACCAATTCAAGATCTACATTTAACTCAGTGCCATTACTAGAAAGAAATACGTTTGTG
TATATACAGGGCAAAATACGTAGTAGGTACATCAGGTACACCCAGATCCTTATACCAAAT
AAGTTCAACAGATCTACTGAACCAATCAGCAATTGAATAGCAGGACAGTTACTGAACCAA
GTACTGAACTAAACTAAGTACTACCACCACTAGTACTGAAATTTTAGTCTCCTAAAAGAT
AATAACAACGATTCTGATTTTTCTGATCACTAAAAACTTCAACAGTACCTACTAATCAAA
GAATGGAAATACAAAAATACACTTATAGAATTACAACAAGATGAATGAGATAAAGATACT
CGAAGAAGTAAATTCCACTAAAAGTCAAGAGTCATGGGTGTGTGACTGTGCACACAGCTG
GTTAGAATTACAAAACAAAGTAAACACAACAGAAAAATCATAAAAACGAACACCCAATTT
TACACACCATAGTATCCACATTTGTCAAAATAAAAGAAAAAAATTATCGAAGATGGTTCG
ATCACATGTAATGACGCCCAAACGATGATAGCGTGAAGCTTATCAGTATCAGCTTTTCAT
CAGCTTATCATTAAACGCTCAATTCAAATCATCTTCTTGGGTTGCTATAACTATGTGAAT
AACGACATAGACACCCGGAAAATTGTACCTAGACTAAACGGCAATAGTATACTACAATAC
ATACCTAAGTAAGACTAATATAACTTATAGAATAACTTATTAGATTAAAAAATATTAGAT
TTTAAACAGTTAAATCACCAGTTATGACTGAAATCAGCGACTAGTATAACAGGGATGGCG
AACTATGTTGTGCCTTTTTAAATTTAAGAGGAAATAATCAATTATTAGAAACTGAGAATA
AAATTGCATTTATAGGGATTCATAAAAATCACGGAAATCTAACAATATAAAAAAGAATCG
TAAATATATCTTCAACATATTGATATTGAAAATACCTTAGTTGCTACTTTCACATTAAAT
TACCAACGACAATTAATTAATAAGAGACACTGCCCTCCGTGACGCAAACCCACATCTGTC
AAGGTAGCAAACAACCTTTAGACGCGGGAAACACCCTGCCGTCCTAAAACCTATAACGGC
CTATAAACTATAAATCCTTCCGATACGCAACGTGAATCTTGAGACATGAAATTAAAACTT
CAATTGCATTGTATAACGGCAGTACCACTATTCCAACCGACAGGCACGACTGCTTTGCGG
TAGAAATACCTATCATATATAAGTCGGTTGGGATATCTACCTATCCACAGTAATAAAATT
TGTTGTTCATTTACTGCAAGTGAAAAATAGAGCTCATTTGTGAGACTACATACTCGCTGC
GGTGTCTGAGAAATCCGATAACTACTTAACCCTAGGAGTTACGATCTCGTAGGGTTCTCT
AAAAATCTAGGTTTTCAGGATAACTTCAGCCCCCTGACTACGACAAAAAAGTTCGAAAGG
CATTCACATACTTCCCAAAACAAATATTGCAAACAACCAAAGTGCCAACAAAATATGATA
TTAAGTTTAAAACTGTAGAGTGATTTTGGACACTGATATTGCTACTAAAATATAATAATT
TAGGAAGGAATATTTATTAGATAATAGAAAATACATACCCAGAGGGAATTTATCAAGTTC
ATAGACTGTACGTACTATTTCAATTACCGTTGGAACTGTTCACTTCAAATCTGACAATTG
AAGATCTTTTAACGGCTCTATCATTATTGATGTAAATTTAATTTCTCAGAAATTTCAAAA
CCGTATCGAGTTCTTTTCGTTGGCCATAACAAAAGTTTCGCTAGCCCTAGTATACAGTAC
TGCACAGTGCAACATCAGCACACATCACTGAAACTATCGTGGTAATCTATTGGAGTATAC
TAAAGTGTAAATTTATGTGTACTTTCAGTGTTTTTGTGCTGAATGACACCAATTTGCTCT
GCGATTTTCTTTTGTCCCAATCGTGTTATTCCTTAGAAAGCATCCAGATGCAAGAGCAGA
CCCGTAACACCTGGACTTCGGAGTGGATTTATTTTGCTGTGCGTCATTTGCTACTGCGAA
AGCTATTTTTTATTATATCTAGAATGAAATGCACGTTCACTGACATTAGCACCAACAATG
GACCAGCAATTCTGCTTGCGCTGGAACAACCACCCTAACAATCTGACCGATGTGCTTGCG
AGTCTTCTGCAAAGAGAGGCTCTCTGTGATGTCACTCTCGCTTGTGATGGAGAGACAGTC
AAGGCACACCAGACAATATTATCAGCATGCTCACCATATTTTGAAAGCATATTCCTGCAA
AATTCGCATCCACATCCCATTATATTCCTTAAAGATGTACGATTTGCAGAGATGAAATCG
TTACTGGATTTTATGTATAAGGGGGAAGTAAATGTTGGCCAAAATATGCTACCAATGTTC
CTAAAAACTGCAGAAAGTTTACAAGTTAGAGGTTTGACAGAGAACAATACATTGAATCCG
AAGTCGGAAGAGCGATCGACGCCAGTGGTGGGCGCGGAGAACCTATCCCGCGCGGAGTTC
GCGACGCCCCCCGCCGCGCACTGCGGTCCCCCCGTCGGACCCGCCCCGCC
(4070 bp)

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