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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_TrvaFAMAMG_TR13600c0_g1_i5
Scaffold_id
NCBI non-redundant
(nr)		PREDICTED:_laminin_subunit_alpha_[Bombyx_mori]
Ontology
GO:0001964 P startle response
GO:0002121 P inter-male aggressive behavior
GO:0005102 F signaling receptor binding
GO:0005576 C extracellular region
GO:0005578 C extracellular matrix
GO:0005604 C basement membrane
GO:0005605 C basement membrane
GO:0007155 P cell adhesion
GO:0007411 P axon guidance
GO:0007417 P central nervous system development
GO:0007422 P peripheral nervous system development
GO:0007476 P imaginal disc-derived wing morphogenesis
GO:0007498 P mesoderm development
GO:0007507 P heart development
GO:0008021 C synaptic vesicle
GO:0009887 P animal organ morphogenesis
GO:0009888 P tissue development
GO:0010906 P regulation of glucose metabolic process
GO:0016321 P female meiosis chromosome segregation
GO:0030054 C cell junction
GO:0030155 P regulation of cell adhesion
GO:0030334 P regulation of cell migration
GO:0030424 C axon
GO:0031410 C cytoplasmic vesicle
GO:0031987 P locomotion involved in locomotory behavior
GO:0033627 P cell adhesion mediated by integrin
GO:0034446 P substrate adhesion-dependent cell spreading
GO:0035001 P dorsal trunk growth, open tracheal system
GO:0035011 P melanotic encapsulation of foreign target
GO:0036062 C presynaptic periactive zone
GO:0042995 C cell projection
GO:0045202 C synapse
GO:0045886 P negative regulation of synaptic assembly at neuromuscular junction
GO:0045995 P regulation of embryonic development
GO:0048598 P embryonic morphogenesis
GO:0048854 P brain morphogenesis
Transcript
Level		FPKM:0.33 TPM:0.32
ORF EntryO_TrvaFAMAMG16631_complete:A_TrvaFAMAMG_TR13600c0_g1_i5
Sequence
(Nucleotide)
GTGCGTAACTAACTAAACGAATGTATTGTTTTGGAAAAGCTACGACATGAGAACAATACA
CATTGGTGAGAATTTCTTGTGCATTTTCCCTTCGCAAACTAATAGCCAAAAACAATTGTG
TGTGTGTGATCGTGCTACCTACACCTACAATGATTTTGCACCTAACCTTCGCCAAAAGTG
TTTAAAACTTTAACTTTGACAGAAAACGACTTAACGCCAAAGGTACAGCAAGCAGAAGCA
GTGCTCCTTAACACTACTACTCAGATTGACCGGATGAAGATGTTTGTGCAGCCTGTTAAT
GAACAAGCTCAGAAATTCGAAGCCCTTGTGAACGCTACTCGTGGATTGAAGGATAAATTG
GACGAAATGTTGGAATACACGGATCTAGCGCAACACACTGCCCACTTAGCCGAAGAACTT
AATAAGAAGAACAGGTTGTCGAAGTTCGGTAATAAAGTCCTATCAGTGACGAAGCTTAAC
ACGGCAGCGATGAGGGACCTTATAGATACTGCTTATAGTATCGGTAACGCGTCATTCTAC
AACTTGGAGGTCATCGCCATGATACCTAACACGAAAAAATCCGCAGTTGAAATCGAGGAT
GCCAATAAAAATGTCACCGAACGACTTGAGAATTTGACAAGGGAACTGCCTCAATTCGAA
CATCTGACGTCTGAGGCTATGCACCATGCCACTATGCTGCGTAGAAGGGTAAATTCATAA
ACCAATCATGCACTTGTATAGTAATATAAACACGTGCTTTGAAAGTAGTGTCAGCTGCCT
GTAATGGGCACTTGAGATGTTTGAATAAAAAGCGTAGTTTAATGTGAAGTATCATTGTGC
TTTATAAAGATAATAGAGTAATAAAATGTGTTTGTAGGCGGAGAGCCTTCGCGATTTGGC
GGAGAGAGAGAACAATAATAGTCGTACTCAGCACGCATATACTGCTGCTTCGGCTTACTC
CTCTATCTACCAGGAGATCAACAAGGCGAAGGAAGCGGCTCAGCAAGCAGAAGACGCTGT
CGCCAACGTCACACAACTTAATCAAATATTGAATGAACGCGTTCGACCAGCTCTCGAGCG
TTCTTCCACTTTACTCGCGGATGCAACGAAAGCTCAAGAAACTGTCGATCAGAAACTTCA
ACCTAACCTCACCGCCACCGAGAAAGTCCTCAATTCGATCAGAGATGACTTGAGACGAGC
TGACGATGACGACAACGCGATTGAACTTTCCTTGCCACCTCTAACGTCGGTTAGTTTGGA
AGATGAAACGGAAAAGGCTGCCAGAGTGAACGCGACGATTGGTACAACGTTCGACATAAT
GTCCCAACTTGGCAATGAGTTGGCCGCGAGCAAAGATTGGGCCCAAACTTTACCCAAACA
GGCTGACGAGGGGCAGAAAATGACTTCAAATGTAGAGAGTCATCTGAAAAACATCAACGA
CATGGAACCGCAGATCTCATCGTCGTATCAAACAGTTAAAATGCGTCAAGAAGATTTAGA
GAAACGTCGTAGAGAAGCCGATGAAAAATTACAAAAACTTAAAGATCTAATTGAACAGGC
TCGTACAGTAGCGAACCGAATCCAAGTTGGTGTCACATTTGACCGTTGGTCGACATTGCA
ACCCCGGCTTCCTGACACCGTCGACGAGATGTCAACATCGACACATGTATCGGCATACTT
CCGGACAAAGGAAAAGGACGGCCTGATATTGTACTTAGGCAACCCTAAGGGCACCATGTT
GAGGAGGACCAAATCGGATGACTACATGGTGATCGGCATCCAGAACGGCTACCCTTACGT
CGTGATGGATATCGGAGACAGCGCCGACCCTGGACAGGAACCGGCGAGGATCTCCATAGA
CAAGATGGTGAACGATAACCGCTGGTACCAGGTCATTGTGGACAGATTGGGTCGTCGAGT
GAAACTTCAGATCCGCGAAAGCCTAGACAATGGAACAGACAGCATACACTCCAAAGAAGC
TGATTTACCAGGACACCACACCATCTTCAACCTTGACAAGGACAAGTCCAAGTTGTACGT
GGGTGGTGTACCTTCAGATGCCAAGCTTCAAGGCATCAGCTTCCCGGCGTTTGAGGGTCA
AATAGAAGAGCTGATGATTGGGGATACGCCGGTTGGATTGTGGAACTTTGTTAGTGCCAA
TAAACTTAAGGGAGCTAGGCAGAGAGACAAGTTGATATCATCGCAGTCGGGTCCTCAAGA
GTACCGGTTCGACGGTCGCGGCTACTCCACGATGTCAGGGCGAGGATACTTAAGTCCGCA
GTCGAACCAAGTGCTGCTATTCTTCAGGACGTACGCGCCTAACGGGTTGATATATCTGGT
CGGAGAAGGAACACATTTCTTCTCATTACTGATGCAGGACGGCAGGGTTTACTTACAGGT
CGCACTAGGCAACACTGAAGACCTGATCATAGTGGGCACTTCAAAAGCCTATAATGATGG
CAAATGGCACAAACTGGATGCCCGTAGGTTCCTTGCCAAATGTTCCCTCACTGTGGACAA
TGAGGTCTTGAAAGCTGAATCAGATTCCCCAAGTGTGGATATACCGGCTTTAGATACTAT
GAACTTCGGAGGGAATAATAAGGGAATACTGCAAGTACCAGACAGAGGCTTCGATGGATG
TATGAGGCAGATCAGTATCAATGGAGTCAGTTTGGACTTGAGTGAGAATCTCGAGTCGAT
TGGCATGGCTTATGGTTGTCAGTTCGCATCTCTAGTATCATTCAACGGCACGGATAGTTT
CCTCCGTTTCGTTAACGTGACGAGCGAGAATCCTCAACTGACGCTCAAGTTTAAAACGGC
TCAGCCTAATGGACTGCTGTTCGTTTACGTGAGCCGAACTCAGACGGCCACAATGCCTGA
TAGCATGTCTCTTTCACTTGTCAATGGTAAACTGGTATTGATCAGCCAAAGAGAACAACT
GGACACTGGTTTGAATACGTACAATGATTCACAATGGCACGTATTGACCGTAACGCACAA
CACCACGGCTCTCAAACTCGTTGTCGACGACTTTGATTATTTCAGTACGGACACAGCCCC
ACCACCTCTTCACATTCTGGACGGGGTACTATTCGTAGGAGGAGTCCAGCCTGGTTACGT
AGTTAGCGGTGCTTCGGGCAGTAAAGTACCCTTCACTGGGTGTATAGGCGACGCGACTAT
AAACGGACAAGTACTGAACTTGTTGGAGCCGTTTAGTAACGGCAGTGTCACCTTTGGAAG
GTGCGGTACTACTATCACGACGGGAGGTGTTAATCCAGATAAAGTAACCTGGTCGATACC
CACGTCTCCAGATGTACTGCCGATGCCAGAGCCGGTGCCTATTGCTCCTGTCAACGCAAT
ACCAGAAACAACCACTACTAAAGTGAAACTAAGAAACGAGTTGATACCGCCTGTAACCCA
ACCTTCGGCGACAACCAGAGCACCGGTAACCAGAGCACCAACCACGGTCATACCAACCAC
AACCACGAAACGACCCGCGCCCAAACCGGAACCAGGTTGCGCTTTGGCGTATGATCCGCA
CTACAGCTTCGGTGATGCCAACGAAGGATATAGATTTGGCACACGTAACATGAGTCGTAT
CGAATACTCCAAGTTACCAGGCAGACAGTTAGAAGGGTTCGATCTCACGATATCTCTCAG
AACATTTGACAAACAAGGAGGGTTAATATTCTACGCGGAGGCGGTACAGAACCCGACTCA
GTTCTTGGCTTTCTACATGAAGGATGGCAGGCTCCACTACAAATTCAATTGTGGCGGTGA
AACAGCTTTGATATCAACACGCCAACAATACAACGACATAGATTGGCACACTGTCACTCT
GACCAGGAATGGCGGCCACGGCAAGTTGGCCGTCGACTCGGAGTTGGTCGGGGAGGCCAG
CGTGGCCTGCAATGTGCCACTGCCGCTAGCCCCTCCCTATTACTATGGGGGGTTGGCTTA
TGTCAATGATGAAGTGGCGAAGATTTTGGATAACTTCTACCAGCCCTTCATGGGTTGTCT
GAAGGGCTTATACATGAATGGTCAGCAAGTGACCCGCATCAGTAAAGCGGTGAACGCGTT
ACGTTGTGTGGATAACGTCGAAGATGGCGTCTATTTCGAGGCTTCGAATGCTACTCACAG
CAATTACTTGAAGTTACTAGAAAACTTCAAAGTAGGCGACGAAGTATCTATATCAATGGA
GGTCAAGCCTCGTAACACGACCGGCTTGCTTCTAAGCGTTCACGGTAAAAAAGACTACAT
GGTCCTCGAGTTACTGGACAGCGAAGTTGTGGCTAATGTCGAGAATGGAAACGGACCATT
CCGGGCCACTTACAAGCTGAGCAACAAACATTACTTGTGCGATGGGAACTGGCATAAGAT
TCACGTTGTAAAATCCCTATACGTGGTATCAGTGGGAGTTGATGGTCATTTCTCGAAGCC
CGGCATCGGCGCCTACGAGTCCACAGACACGCATTCAGCTCTCTACATTGGGGGTCACGA
ACGACCCATCCACAAAGTACGGGGGGTCCATTCCAAACGCGGGTTCACTGGATGCGTCCG
GAATATTGTGGTTGGAGAATCGCCTATAAAGATCCCGAATAATGCTGTGGGTCGTGGGGC
CCATGTAGGCATTTGTCCACGTGATTAAATAATAAATACCATCTTTCAACGGTAGATGTC
AATTTTGAATGTCTATAATTGGTAACTTTACCCTATTGTCGCCATTTTGAAATTGCATTT
TTTTCTGTTTAAATCGTGGAAAGATGGTATTCTTTGCTTTATTTACCAATAGTCGTCACA
TTTAACAGTTTTGACCAGGCATAGACAATAATTATTCTTCAAGAGACTTTCTCCAAGACA
ATTTACTATAAAATATAGGTAGGGTGCTCACCCAATATGACAACTTCCAAATTGTAGTCA
ATCGCTACATTTTTTTTTATTTCCGGTGTTAATAAATAAG
(4960 bp)

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