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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_TrvaFAMAMG_TR2993c0_g1_i1
Scaffold_id
NCBI non-redundant
(nr)		PREDICTED:_protein_lines_[Papilio_machaon]
Ontology
GO:0005515 F protein binding
GO:0005634 C nucleus
GO:0005737 C cytoplasm
GO:0006351 P transcription, DNA-templated
GO:0006355 P regulation of transcription, DNA-templated
GO:0007275 P multicellular organism development
GO:0007362 P terminal region determination
GO:0007367 P segment polarity determination
GO:0007440 P foregut morphogenesis
GO:0007442 P hindgut morphogenesis
GO:0008293 P torso signaling pathway
GO:0008544 P epidermis development
GO:0009880 P embryonic pattern specification
GO:0009946 P proximal/distal axis specification
GO:0016055 P Wnt signaling pathway
GO:0035220 P wing disc development
GO:0035277 P spiracle morphogenesis, open tracheal system
GO:0045944 P positive regulation of transcription by RNA polymerase II
GO:0048617 P embryonic foregut morphogenesis
GO:0048619 P embryonic hindgut morphogenesis
Transcript
Level		FPKM:2.68 TPM:2.63
ORF EntryO_TrvaFAMAMG1891_complete:A_TrvaFAMAMG_TR2993c0_g1_i1
Sequence
(Nucleotide)
AGTCGATGTTCATTTCGTGTAAATGTTATTGAAAATATAAAAAATTTGAACGAAATATCA
CATAAAACAGTGCATTACAGTGCTTAAATGGATTGCAGTGAATATGTACTAATAATTTAT
GGATACGTTTAGACGATCCCAGTGCTTCAACAACCTCGTTCGTGCAGTGAATAATGATCG
CCACGAACTAAAATCAGAAGCTTTAAGCTCACGACGAGTTCTAAATATTTGATATCGCAG
AAGTATTAATGGTTTTGAGAGGGCAGCTGTGTACTCCTCACACAAATGAAGCAATGGCTT
CTGATCAGCCTGTCAAGAAGAAACAGAGGTTTGAGGCACCAGATATAGACGAGGGCAGTG
ACAAATCAACAGAGGATGTCATCACAGACATTTTTGAGTCTGAAACAACACCCAATGAAA
CCACCGAGGAGTTCCCAACAAGAAATGGAGAATCTCCTGACAGTGGTACTGTAAGTGAAG
ATGCTGTTGACTGCTCAACCATTTTGAGGCTTCAGAGTGATTCAGTTGTGGAAATAGTAC
CGTCATGTTCAAATACGAGCTCACAGTGGAATTCTGAAGACGATAAACTGCTATCTGAGC
TAAGGCTACTTCAAAATAACCTCGTAGGGCAGTGCCTATGTCAATTTGATGAAGCAATTG
TAACACAACTCTTTGATCGCCAATTAAATATCTCAACGTGGCCGTTAACATGTTCCCTAA
CATACTTATCAACTATGCAGCTTATGTTTGACTTATATTTAAAACAAAATAACACAGGGA
CAATATGTTCGAAACTTATGAATGCGTGCGATATATTGGTTCGTAACAGGCATGACTGGA
TCACTGAAGTCGTGGAATTGGCTGATCACAAAAGTAAGTTTATCACATTCATAGCCAGCA
GAGTATTAGCAACGTTTCTAATAGTATCCAAGGATACTGTCGACGAGAATTGGCTGCAGC
AAATAGCAGAGAACATTTATTTATTTGATAGAATCAACAGGATTACAGTACAAAAGATTA
ACTTTACTTTAGATGTAATTAAAAGGATAGTTGAATGGAAGACAGTGGAACAACACCCTT
TAGAAGACAGTAATTATATTAATACTCCAAGTAATTCATATGTACAAGAAGATAACCCAT
TTAGGAGTAGTCAAGGATACTCCAGTAGTATGGAAGCCCCATCAAGCTCACAGATTAACT
TACATAATGCATTTTCGAATTTACACACAAACAATACTCCATCAACGTCAAATGAAGCTG
AACCTATCACGTTCAGGCTACAAGAACCAGTTCTGAAATTGGAATCAAATGATGAGAGAC
AGGAGATGGAGCATTCCCCTGAGCCTCCTCCAGTGAGAGTAGAAAGAGTCAATGAACATG
GATGTGTTACCGTCATGCTGACGGATTCCGAATCTTTCGATACGTCGCATATAAAATGCT
TAACCATTAAGACGTTGGAACATCACTGGCCTATCCTGGTCAAAAACATGAAACTCTTGC
TCCTAAGGTACCTTAATTTAGCTAATTCAGAAAACTGTATACTAACTTTTTTTTCTCTAT
GGGAGAATATTATAAGTGTGAAAGCGAATCTCTCCATAATTGATACGAAACCTTTTTACG
CAGACCTCCAGAGTTTTGTTGATTTATTAAGAAACACAGTGTTGCCAAGTTTAATATACA
CGCATTTGTTGAGTTTATTTAATGAGGTCCTGTGTTATGGGTCAACTTTGGCCTTACAAG
ATATTTTACCTGAAGAAATATGTAGTTTGGCCCATTCAATCGTAAGATTCGTTAAGGATT
TTAGGTTATTAAACGATGTTAGAGTACAAAACAGCAGGAGCGGTTTCGGATTTTTAGGTC
ACGATTGTCGAGTAATAAGGGACTATTCCTTAGGCCCTGAAGTATCTCCTCTATCATCGA
CAATACAGCTGGTAGACCAGAGCTACGGTGATGACGAAATTGATGAACAAAATCGGTCAG
AAGTAGACAAGACGATGCTACAGAGAATGTCATTGCTTGTCCTAAAATCTATAGCGGTGA
CAGTTAAAGAGATGAGGTGCGATTCATCAGATAGCTCAATAGACTCGTCGGATTACAATG
CAATACAAGATATGCAGATTGTCGAAAGGTCTATACGGGATGTGCTGAAAAAACTAGATG
TTTTTATCAGGAATAACCTGGATTTTCATCCCGAGACACCTTTCACTAAAATGCTCATTC
ATCTCTTCAGTGAACAGGATGATTACCTCATAGAATCCATGGTTTGTACTCTAGATATAA
CCGTTGGTATTGTGTACAGGAATTCGGTGTACCCAGACCTAATACCAATGTTGAACCCTA
TATCATCCTTTATAGAGTTCCTCAAAGTAGTCTCGCATGACAGCGATGTATTGTTAGACT
ATTTGGTAAGCAATGAGACATGTTTTCTGTTATATTTGCTGCGGTTCCTTAAGTATGTCC
GAAGAAATTGGCCAAAGTTTCTCGATACTTGTCAGCAGACCGATTCAGGTGGTTCCAGAG
GCCTTGATGATACGATGAGGGTACTTATAAGGCTCCGTCTCCAGATCAGCCGGTTAGTAT
CCAAATCTCTTTTCCCGTATAACATAAGTCCTGTTTTGAGGTTACTCGAAGTCTGTGAGA
GTTTGTACGAAGGGAACGAGTTTAGCTGAGTATTCCATAGACAATTTGTAATCTATGGTT
ATCCATAGATGATCTATAATCTATGGATTGGGAAGGTGTCCCCCATTTGAACTATAAAGA
CTGGTTTCTTATAACATTCCAAACTTATTTTGAGCTAATTTAATTTATATTAGATTATAT
GAATGTATGATTTGTAATAATTTAGTTTAGGATGTATGTCTTCCTTTAAATGTACAGTGG
ATGTTTTTTTTTTTTTCGATAGAACTCAATGTGCCTTAATAATAAAACGAAGGTGCTCAC
ATTAAATAATTATATTGCGCAAATATTGTACTTTTGTATCACATAGCATAATTTTAATGG
TATTTTTATATCATATTTTTAGGTAGTGTTAATTTATTTTAATTTGGTTGTATTATATAG
ATAAGTTTTTCCGAACTAAACGGGTCTGTGAATTTTTATAACTAAATTATGGTCGATGCC
GCGTTTTTTGTAAATAACAATTGCCATCAATTACCATTTTATTTTTAACTGTTTTAATCA
GTATTA
(3186 bp)

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