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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_TrvaFAMAMG_TR23149c0_g2_i1
Scaffold_id
NCBI non-redundant
(nr)		PREDICTED:_A_disintegrin_and_metalloproteinase_with_thrombospondin_motifs_1_isoform_X1_[Amyelois_transitella]
Ontology
GO:0001658 P branching involved in ureteric bud morphogenesis
GO:0003073 P regulation of systemic arterial blood pressure
GO:0004222 F metalloendopeptidase activity
GO:0005576 C extracellular region
GO:0005578 C extracellular matrix
GO:0006508 P proteolysis
GO:0008233 F peptidase activity
GO:0008237 F metallopeptidase activity
GO:0008270 F zinc ion binding
GO:0016787 F hydrolase activity
GO:0031012 C extracellular matrix
GO:0046872 F metal ion binding
GO:1902017 P regulation of cilium assembly
Transcript
Level		FPKM:5.68 TPM:5.57
ORF EntryO_TrvaFAMAMG26715_complete:A_TrvaFAMAMG_TR23149c0_g2_i1
Sequence
(Nucleotide)
TTTTTTAATATTCTTAATTTTTTTATATACTCTCTTTTACATTTCTTAAAATTTAAACAT
TTGAGTGAATCAAGGCATAATACATAAATAAATTTCATAAATATTTTAGCGTTACGTGGG
CAAGGGTTTTTTTTAATATAATGTTTTTCGAGAGCCGAAAAAATAGTAAAACTAACATTG
GTAACTTTACAACGGAAAGTCACATAAATAAATTTTTAGAACAGCTTAAAATTATTTTTA
ATATTGGAATTCTTAAGATTTTTATAATTAAAACTAAATTGCTCAGAAACCGCGAACCAG
TCGCTCGGAAGATTAAAAAAAAATAATTAAAAAACTAATATAAACTCTAAATTACTTCAT
AAAAGGCACTTCGTGGCAGTTTCATATTCTTAATATTCATGATAATACGAAAAGTCAAAG
GGATGCTGATTTTCTCATTAAAGTCACTAGGAAAAGAGAAAATCCATAAATTTTAAAACG
ACAATACAAAAATATAATCTATGATATAAATTTTATTTTACAATGGACGGAATTTGCACA
TTGATGCATTTTACTAAATATTTGATGCTAAAAAAGTCTAAAAATCTAGGTAAAAGTGCC
CAATGATCTCTAACATCGCATTCAGAAATGGAAATTGTATAATCAAGTAATATTTCTTAG
TAAAATTGAAATAAAACTAGTTAAGAGTGGTTAGTTGTAGCTGTGTTCATAATTAGAGGG
TAGTTTGAATTTTGGACACCCACCTCAAACGACTTTTTCAGCACCAAAATAAAATTAACA
TAATTTTAATACAAAAATAAACGTGGAGTATTTTAATATAATAATAATTCAAAAAACATA
ACAGACTTTGACATCACATGAGTAGTTCTATTCTAAGATCTTACAATGGACGCGTGAAAT
AACCTAAAACTACAAAACTGTTCGTTCCTAAACTAGTTTTGTCTCTGTCGCTCGCTTTCA
AACCGAAATAAGCGAGAAAGGGACAACTTAGCAACTTTTCCTTACCTAAATGTGACGTCA
CATGCCACGCGTCCATTTTAAGCTCTTCACGTCAAAATCTTAAAACATAACCTAAAATAG
TTCATTAACCTCAATCACATTGCAATATCACACTTGACACTAGTCTGACACTTTAGAAGC
ACTGTCTTCAGACACACACTACACCCGTTTTCACTACTAATAAAAACAAGCAAAGGAAAC
AATATATCTGCTTGTGTTTATTTCGATAATTTCCGTTGCATTAATGGTATATTTAAACGT
TTAAGCTGGACGGCTTCCCCGGAAGTGACGTAGGACGTGACGTCATAGGGAGCGGCGACG
TCTCAGCCGGCAGTCTTCAGTAAATCCGCGCGTTTTCATTAATGGCGGCTGCAATAGTTC
TAAAGTCGACCTAGTTCGCCATTAGTCAGATTCCTCTGATAGGAGAACACCAATCTCGCG
GGCTCGATTTGCACTTGCTGCGAATTGGCATCAGGACGAATGGAGTTATCGCTCGATTTT
TGCGAGTAATACGTCCCAAATTTGAAGACTGGCTTCACGCCTTTGTCCTGATAAGCCTTC
GTCGTCGACCGTCCAAAGTAATTATCGAATTCGTCCTTATTGTAGAAACCTCGTTTGCTC
GTTTCCTCGACTTTTGGCGAGGGTGTCGCGAAATCTTTGAAGTCGTACGGACTTTTCGTT
GATGTGACCGAATATTTGTTCAGTGATGGAGGGTAGGTGGATTTCTGTGTGTAGTATTCG
TATGTTTTTGAAGTCTTGTCTGTGTAGGACGGTTTCCTTGTCGATAGGTAGAATTTGAAT
GGGTCTTCGGTTGTGGTGGTCGATCTGGTTGGAGTCTGGTAGTTTGTGTATTGACTAGGT
GTGTTACTTGGCACGTATGCTTGTGTGGTCGCTTCGTAACTAGTTATATTTGAGTAGAAA
GGGCTCGTCTCAGGGCGCACGTAGCTCGGCGTGTGTTGAGAATAATCAGGAATTATGTTT
TCATGTTCGGTTATACACTGGCCGTTTATGCAGTACTGTCCATCCCCACAAGGAGAGCCT
TCAGCAGCGGGTCGGTAGGCGACGCAGTATCCGCTTCCGGCGTCAAAGCAGAACAGTTGA
GCGCAAACTCGCTCGTCTTTGAAGCATGCACTCGTGCCTCTGTCTTTCCGACACTGTGCG
TCCAACGTGAGTAGACGACCGGGCAATACTCTAGGTAATGAGTCGTCTTCATGAGGAGAG
TTGTATAGGCAAGTTGCTGTCTCGCCATTTAAAAAGTGATGAAAACTTTGCACACTGCAA
GGCGACCACCTGAACCCTTTCTCTGTGTGTCTCAAGTCGGACATGATGAAGCCGTCTTCC
CATCGACACTTTTCAGCGCCTGGTCCGCCAAGATACGAAGGCGGTGGACTACCGTCGTGG
ACTGCTCCTAATAAATGTCCAACTTCGTGGGCAGCGACGATGATACCAGAGAAACCACCA
GTATCTTCGATGATGGCCACAGAGTTGACCTTCTCCAATCTCTTGTTAACAACGCAGGCT
CCTCCCACGTACGCAAAACCTGCTGTCCCTCTATTGCAGGCATCGTTCGCGTATTGCCTC
CTGCACATGTCTAGTTTGGTGATGGCGACAGCTATATCGTAGACGGGAAGTCGTCTCTCT
CTGAACAGATACTTGCCCATGTCTGTGAGAGCTGCAGCGGAATCAATGGCGTCGCGACCA
ACCCTGTTTCTCTCAAGGTAAGGTGTGGCATCGCGACCCCTTGATATAATAATACCGGCG
ATAGATATCCTTATCCTCGGTCCTTTGAGGAGCTTGTATCTCAAGTCTACTCCGTTCCAA
AATGACACGAAGTACCGCTTAATCTGAACGTTGTCACCGCCGTGCAGCCTGTATCCATCA
TAATCGACAATGACTAGTATCTCAGGGTAGATAACATAAGGAGCTTCCCGCTTCTGTCTG
CTGTGGGCTTCAGTGGACCGCTTCCTTCTGTAACGCTTGCCGATGTGGTCCGGCTCCATG
AACGCGTAATCGCTCATGTGATCATCAACTTCAGCTGGATCTCGTTTTATTATGACATGA
TGAGCTCCATTCAAAGCCTGCTGCAGTCTCTGCTGGTCTTCTTTCTTTCTCTTCATAATA
GGAAGTCCTGTGTCTATGGAAACCATGTCAGCCATGCTGGACGGGTCCATGAACATCTCA
TCATCCTGAGCCGGTGACGTCATCGTGTCGGGAATAGGCCTAATCACCAGATCGTGGCCT
ATGGAACCCTCCACCACAAGTTTTCCATGTTTCGGATGCCGCCTTATCAACAGAGCAGCG
CCATTTTCTTCATCTTGATACAGATCACCGAATTCTTCATCATCCTCCGTCACCATCTCT
TCGTAATCCACACCATGAGGTTGCGTTTCATTTTTCAAAGCTTTCCACATCTTCAGCCCA
TCCTTCTTGATTAAACCTTCCTGTTTCTTAAGAACTAACTTCAGTTGCCTACCAAAGGCT
TCCAGGTCTATCTTATGCACACCGTCTTCTTGGTCTTCAGCTGAATGTTCTTCATCACTT
AATTCACTATCACCTTCACTGGCTTGAACTTTGAAATTGACACTAACGGTGTTATTAAGA
TCACCAATTATATCAACATCTTTGATGTATTCTTTTGCTTTGACGAACATCTCATCGTTT
AGTAATGATGGTGGATTTCGGCCATCTTTTCCGATTTTTTCTGCCTTCAAATGGGGAGTT
TTTCCTGGGTTGAGGCCGTTGGAGTTTGCTGGGTGGGAGGTGGGTATATTCCGCCTTGCT
AGGTGGTGGGTGAGTTGGACTAAGTGGTACTCGGGTATTCTGCTGTGATCTTCGATGTGG
AAGACATTGCGAAGTTCATCAACTGTCATGTGCTCGTGTATCTTATTGTTAAGTGAGTGC
GTTGAGAAGAACGAGCAGATAATCACGAACACTGGCAGCCAGCGCGTCGTCACGGGAGAA
TCCATGATTAGCCTGTTAAATCGAAGGCGGACCGGGGGCACTAAATAAAACACTGTTTAG
GCACTCAGCACACATAATCCATTATCGAAAGAGAGTTTGATTTTTTTTTCTTTTCCGCGT
TCGCGACACAAAATTCCGTGGGGGGGAAAACTGGTGCCGCGCGGCGCGGGCTACGCGAAC
G
(4141 bp)

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