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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_SariASG_c36677_g1_i1
Scaffold_id
NCBI non-redundant
(nr)		endothelin-converting_enzyme_homolog_isoform_X1_[Helicoverpa_armigera]
Ontology
GO:0001666 P response to hypoxia
GO:0001921 P positive regulation of receptor recycling
GO:0004175 F endopeptidase activity
GO:0004222 F metalloendopeptidase activity
GO:0005765 C lysosomal membrane
GO:0005768 C endosome
GO:0005769 C early endosome
GO:0005794 C Golgi apparatus
GO:0005886 C plasma membrane
GO:0006508 P proteolysis
GO:0006915 P apoptotic process
GO:0007507 P heart development
GO:0008217 P regulation of blood pressure
GO:0008233 F peptidase activity
GO:0008237 F metallopeptidase activity
GO:0009897 C external side of plasma membrane
GO:0009986 C cell surface
GO:0010613 P positive regulation of cardiac muscle hypertrophy
GO:0010814 P substance P catabolic process
GO:0010815 P bradykinin catabolic process
GO:0010816 P calcitonin catabolic process
GO:0016020 C membrane
GO:0016021 C integral component of membrane
GO:0016485 P protein processing
GO:0016486 P peptide hormone processing
GO:0016787 F hydrolase activity
GO:0030141 C secretory granule
GO:0030819 P obsolete positive regulation of cAMP biosynthetic process
GO:0031410 C cytoplasmic vesicle
GO:0033093 C Weibel-Palade body
GO:0034959 P endothelin maturation
GO:0035994 P response to muscle stretch
GO:0042312 P blood vessel diameter maintenance
GO:0042447 P hormone catabolic process
GO:0042493 P response to xenobiotic stimulus
GO:0042733 P embryonic digit morphogenesis
GO:0042803 F protein homodimerization activity
GO:0043583 P ear development
GO:0045745 P positive regulation of G protein-coupled receptor signaling pathway
GO:0046686 P response to cadmium ion
GO:0046872 F metal ion binding
GO:0048471 C perinuclear region of cytoplasm
GO:0060037 P pharyngeal system development
GO:0070062 C extracellular exosome
GO:0070372 P regulation of ERK1 and ERK2 cascade
Transcript
Level		FPKM:71.51 TPM:69.25
ORF EntryO_SariASG12169_complete:A_SariASG_c36677_g1_i1
Sequence
(Nucleotide)
GAGCGTACGCGTCGATCCCGTGTACACATTACCAACTATTGGCAGTCGCACGCGCACTCT
ATACGCTTACACACGTTATTCGGACGCTAGAAAATTTAGAATGTAGCGTTAATATTTACA
AATAGGTGAACGAAAAAAATGTCCGATCCAAAAATACGGTCAAGTTCGACGCGAAAATAG
TAGGCTGTGGGTACCTCAACCTACGGGAAAAACTTCAGTGAACTTCGTTATAATAAAATC
GGTCGATCTACTAATAGCTTCTAAATAAAACGTCGGATAACCCAAATATTTACTTGAGCT
AATAATTTTTAATCAACGCGATATAGATTTTTATGTGATAAGTCAAAAAGGTTTTATGCA
AAAGTATTTATATTAAAAAAAAAACAAAACAATTACTAACTTAAGAAATAGTTTGAGAGT
AAAAAAGAGTTATGGCGTCCCCAAATCCGGAAACACCGTCGCCGTCTGTGACTCCTGAAG
TGACCCCGTCACCATCCCCTGGTCCAGAAGCGGTGATCGATAAATTCAACTGGCTGAAAA
GAGTCCACGAGAACAGACGTAATCCATTTGTTAAACCACGCCCTTCGCTGACGAGGGAAA
GCTCTACAGCAGAATTATTTTCAAGGGAAAACTCGAGTCCTGACCTTTTTCAGAATTCCA
GATTAAATTTATTCGAGACGGCTCCTAAGCCTGAAGTAACATCACAGGGTTATAAAAAGG
GTGTATCCTTAATAGGATGGCATCAGCGTACGAGGTTGGAACGCGTGCTGCTTGTCTTCA
GCGTAGTCCTGCTTGTTGCTGTCCTGCTGATGAGCACATTACTTTACACCATGCGTGGAC
CTTCGTACCTGCCGGTCCCGCCCTGTTATCAGCCCGAACCTAAAGAGTCTAGCGTCTGCC
TCTCAGGATCGTGTATATACACAGCAAGTGAGGTGATCAAAGCACTAGACGGTACCAAAA
ATCCATGCGAAGACTTCTACGAATTCGCATGCGGCGGTTGGATACGGAACAACCCTATAC
CTGAAGGGAAATCTAGTTGGGGAATATTTAGCAAGATCGAACTACAGAATCAGTTGACCA
TCAGATACGCTTTGGAAAAAGTCAATGTCACCGAACCGGTAGACGCAGAGGGCAAGGCGA
AGATTTACTACGACGCGTGCATAGACAAAAACGAAACAATAGAGCAGCTCGGGGGTAAGC
CCCTACTGGCTGTCATAAAGAAGTTAGGCGGATGGCACGTACTGCCGAACACTTTGATCA
GGGAGCAGAAATGGGACTTTCAGAAGCTCGTCCAAGACGTACAGAACAAATACAATTTAG
GTGGACTATTCAATTGGGCTGTCACGGAAGATGATCGTAACTCTTCAAAACATGTACTTG
TGTTGGACCAAGGAGGTTTAAATTTACCGACAAGAGACAACTACCTGAATAAGACTGCGA
ACAAGAAAGCATTGGAAGCGTACCTCGAATACATGACTCGGATTTGCGTACTGTTAGGCG
CGAATAAAACAGACGCCCGCGTTCATATGAGCAAGGTGATTCAATTCGAAACAGAATTAG
CAAATATAACTAAGTCCTCTGAGGACAGAAGGGATGAGGAAGACCTGTACAATCCGTTCA
CGATCAAACAGTGGCAAAAGGAGGCACCTTTCTTGAATTGGACAATGTTCTTTAATGATG
CATTCCAACTTGTGAATCGAACTATATTAGACACGGAAAGGATTGTCGTTTACGCTCCGG
ACTTCTTTAGAAACTTGACCAAAATCATAGCAAAGTACAGCAAAACTGAAGACGATAAAA
AAATTATAACTAGTTATATGATGTGGCAAGTGTCAAGATCTCTCTCGACGTATCTTTCAA
AGCCTTTCCGCGACTCAGCGAAGATATTGAGGAAGGCGCTCTTCGGTTCCGAAGGTACTG
AAGAATCTTGGAGATATTGTGTTACAGACACTAATAATGCTATCGGATTCGCAGTTGGGG
CAATGTTCGTCCGCGAGGTGTTCCACGGTGAAGCCAAAACCCAAGGCGAGGTTATGATTG
ACAACATACGAAACGCATTTAAAAGCAACCTAAAGAATTTGAAGTGGATGGACGCCGAGA
CACGGCGTGCTGCAGAGATTAAAGCGGACGCTATAACAGATATGATTGGTTTCCCCGACT
ACATTCTTCACAAGGATGAGCTGGATAAACAATACGAAGATCTAACTGTGAAGCCGAACG
AGTATTTTGAAAATAATATCGCATTCAACTTGTTCAGTCTGAAAAATGACTTGATAAAAT
TAGACAAACCCGTCAATAAAACTAAATGGGGGATGACACCGTCTACAGTGAACGCTTACT
ACACACCGACAAAGAATCAAATTGTATTCCCGGCCGGTATACTTCAACTTCCTTTCTACG
ACGGCGACAACCCTAAGTGCGTTAACTACGGCGCAATGGGAGTGGTTATGGGGCATGAAC
TGACCCATGCCTTCGACGATCAAGGCCGGGAATATGATAGGTTTGGCAATTTAAACCAAT
GGTGGAACAATGCGACCATAAAGAATTTCAAAAACCGTGCCAAATGTATCCAGGAACAGT
ATTCCAATTACACTATGGACGGACAGCATTTAAATGGCAAACAAACCTTGGGTGAGAACA
TTGCTGATAACGGCGGGTTGAAGGCATCCTTTCATGCGTATTTGGACTACAGTAAAACTG
CTAAAATCAATTACACACTCCCGGGACTTAAATACAATCATCGGCAACTATTCTTCATAT
CTTTTGCTCAGGTATGGTGCTCCGCGATGACCAAAGAGTCAACTAAAATGCAAATAGAAA
AGGACGACCACACGGTGGCCAAGTACAGAGTAATTGGACCGATATCGAACTTGAAAGAAT
TCTCTGAAGAATTTAACTGCCCGATTGGTTCTAGAATGAATCCGGTACAGAAATGTGAAG
TTTGGTAAAACTATTGAACATATTCATAGTTATTTCGTTTATATATAGAAAGAGCTTAGG
CTTGAGCTGTGTATTTATGAAAAAAAAAACAGCAAAATTATAGCGAAATAATATACGTAC
GTTTAGTAATAAATTAAGTGGACAGAAAAATCAAACAATAATTTGAAAACAAAAGCTTTA
CTAGAAAACTTAACGTCTTAATTGACTTGATGAATTTTTGTACTAAATTACAAGGATGGG
ATTTTTATACGTTGTAATATTTCAGTAAAGATGTAATTTTTCTAGTCTGGTTTATGTAAT
AAGATTTACCTAAGGGTTAATAATGTAAACTGTCTATTTGTATTATTTTTTTTTTTTTAT
GTTTTGAAGGCTTGTTTGTGATAAATCTGATAGTATAGCTAGTGTTTGATGTTAAGAGAA
ATTAAATCTTTTTTTTTTGTATATACACTATGAAATATAAAATGGATAAATCTCGAACGT
TACAAATTTTACACTTTTAAAAAATACTCCTAGAAATAGTCCCTGTTTTTAACAATCTAC
GGTGTAACGACTCTCGAATTGTTAAAAAATCAAATAATCATTCCAACCATACTCTGCTGA
TAAGAAAAAACAGTATATATCTCTTTTAATTTTTGGATCAAACTTGAATAGATACGGTCA
ATATCCACTAGTCTTTAATCATCTAACCACCACAATTTTAAAGGCAAAATGTAATGTAGC
TTTGAATCAATCATTTTATCTAAATATAATTATGTTGAGAATTACTGTTGAACTATGAAC
TAAATTTATATTGTACCAAATTAGCTTTTGGGTAAACTACCAACTATATAAAAGTAAGTA
ACAAATAGTATTTAGTTAAAAATAATTATATATATAGAAATAACATAAATAAATAATGTA
CATAAATTCCAGCTACCCTTTTTCTTTTTAAGTACAACCACCAATTTTATTAGACTAATT
TAGTGTGTTTTAACGGAGATTTGGAAGGCATTTTTTTTATCGAATTCGGTACCTTAATAA
TTCAATGAAAATTAACGATTCATGAGTACAATTTCAAAAGTACGCAACGTTCTAAGTGCA
GCTGAAATGTACGGGTACAAATAAAACATTCATATTTGTTTAAATATTGTTAATTAGCTA
TTGCTATTTTATTGTTGAGTATATGTACTTAAATATAAGCCGATATAAATAATATAGATT
AGTGCCATGTATACATTTCAAAACAAACAGCAGTGTAGGCTTTTAAAATTAGTTTTATAT
ACATTTTTACATTTGAAATTTCAGATCATTCTGGTCATTTCTTATTAGCATATGAAATTA
TTACTTAGGGTATAAGTGATGTTAGAAATTTGTGTGATAAATATGTAGCTACTAATTAAC
TACTGCTGCATTTAAGTCTCAAATCAGTTGGTTTTTTTTTCAACATATGTTTTTATTATG
TATATCTATCAATTTTTGTACGGATTTGCCTCACGAAGCTCACGCTTTTTGTGAAAATCA
ACATAATAAAAGACTATAAAAGTTTTTCTTGAAACTTTTCTTCACAGGAATTGCTATTCC
TGAAATATAGCGGTTCTTATAGTTGAAAATTAGTCGGAAGAAATTATAAACAACTATATA
ATCAATTCAAATCTTTTTAAATTAATATAGAAACTATACACACAACGCTTTTTGGGACCA
TCTGACTTTTAACATTCAATACAAATATGTAGGTAACTAATAGAATTTATATAGTTATCG
GAGCAAGTATCAAAACAAAACGACAGTTGTAAATGATTTTTATCTAATAAATAAACTCAA
GATCTTAAAACGGTTACAAAAAAGCAGAGAAAAACAATTGAATTTTTATACTGTGTTAAA
TATGCTTTTATTATCGATAGAATAAGAAATTATAATAAATTGATAAAATTTATTCTATTT
AATTGTATGTTTTGAATTCTCAATATAAAAGTTTTTGTGTGTAGTACCATATATAAAATA
TTATATATTAAATAGTTATATTTATTTGGCGTAACATAACATAAATAACTACAAAACTTT
TATTCCGCGTTTCACATCGCATTCCACGTTTGTAGAAGCGATAACATAAAGACATTAAAA
ACAACTGCTAAATATTTAATTCAAAAAAGGCAATTGGCTAACGACAACTGAGAATAACAT
TTACACTATTTATTTACTAATAAATAAATAAATAAATAATCACTTCATTTATTAAATATT
AAAGTATGAATTTATAAATAACGCAAACAAAAAATCTAAACCTCAGTAATCTATATCTAT
ATATATAATATTTTTATAATAACTTCATGGTTTTAATTTTAAGGCGCTGTGGGCATGCAT
AGTAAAAATTCACTTTTTTAATTTTCAATCTAATGCGCCAAAGAAATATAACCTCAAAAA
CTTTTCTACTTTGTACTAGTCAACTGTAAAATTTATTTTAGATCATGTTACAAATTTCGT
ATCTTTGGTAATTAACTCCTTGATGATTATTGTCTCAGAAAAAATACTTTTAGTATTGTA
AATTACACTTTCCATATTAAAGGTGATGTGCGCCAAGATGCTGTACTTTTACCACCACTG
GCATGATTCCTTTTTTTTAATATATACTTGATGCAAAAATAATTACATTTTTCAAAGTGT
GACCATATACCTACCATTTACGTGTAAAAAATAAAATCATTATACATATTGGATAACTCT
ATATTGATAGAATTAATAGATAGATTCGTTACTGCCCATATACCACATTCCTTAGTAAAT
AATTCTTTCAGAAACCTAGCCTTAATTTTGACTAATACTACATTGAATGCTTGACCTAAA
AAATGATAATTTATAATTAGTGGCGTAGCTTGCGCTAGACCAGGCCCGTATCAAAATGTA
TTAGGGTCCGACTGTGACGATATCAAATTGATGATAAAGATTCTAAATAACACATAATGA
ATTTTTGCTCACACGTCGGAGGTCCCTGTAGCCCGGGGGCCCATATCGTTGACACGGCGG
TAGCTACGCTCCTGTTTATAATGCTCTTGTAAACCAGCTGGAATCCCAACTGTTTTAAAT
GCAATTTCATACAGGTATGAGATGTATATAAATCACATAGAAGGGGTAAAAAAATTTTTA
CTGTTGTCTTCAATTCAAACGTTTATTGTTCGATATCTTATTTTTATATAATCTACTAAA
TAGTATGGTTGATGGTCCAGAATCAGCAAATGATTCCACTCACTGCCTTTACCTCGCGGC
GAACGCAAAATTATATTGGCGCACACCTTTCTGTAGATACCTAATTTATTCACTAAATAC
AACAATACAAATAAAAAGTCTTATTAAAAGTTCCATACCTTTAAGTACAATATTAATTGT
AGAACTAGACCAAATATCTGTATTTATTGTTATAATCAATAGACACTGTATTAAGAGAAA
CACTTGTTTATTATTTTGAAATCAATTTCAGATTTACATATTACATACAGAATTATTTCT
AATTTATGTTTAGATATCTATCTGGGCAGATCGG
(6454 bp)

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