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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoIG_DN32664_c0_g1_i29
Scaffold_idBomo_Chr18
NCBI non-redundant
(nr)		protein_sprint_isoform_X2_[Helicoverpa_armigera]
Ontology
GO:0005085 F guanyl-nucleotide exchange factor activity
GO:0005096 F GTPase activator activity
GO:0005938 C cell cortex
GO:0006897 P endocytosis
GO:0007165 P signal transduction
GO:0007275 P multicellular organism development
GO:0007298 P border follicle cell migration
GO:0017016 F small GTPase binding
GO:0017112 F guanyl-nucleotide exchange factor activity
GO:0019901 F protein kinase binding
GO:0030139 C endocytic vesicle
GO:0030971 F receptor tyrosine kinase binding
GO:0032483 P regulation of Rab protein signal transduction
GO:0043547 P positive regulation of GTPase activity
GO:0048675 P axon extension
Transcript
Level		FPKM:0.01 TPM:0.01
ORF EntryO_BomoIG15443_complete:A_BomoIG_DN32664_c0_g1_i29
Sequence
(Nucleotide)
ACTCAGGCTATTTGGCTATAACATTTTTATATGTTTAAAAGTAAATAAAACATAAAATCT
GTACATGCATAATTGAGTAAATTGAAGCGTTTTTTTTATATATATAAAATTATTCACTCA
TTGATTTTAATTTAACTCTTGACTATTTTCTTCGTCGTAAAGTTTTATTGAAAAATACGA
TTTACGCCGTAATTTACTCGAATCGCTGTTAAAGAATTAAATATTATTACCTTAAAAATT
ACATTAAATAAATTATAATGAGAAACGACTCTACGAATATACAAAATCAATACAAACTCT
TAAATTAGTAGCTAATACGAATTACATCACAGTTCATAAACAAGTTAGTACAAGTTAAAT
CCGAAGGTAGCGTACTTCAAAAGTAAATTTAAAATTTCAAGAACGTGAAATTGAAAATAC
TTAAATCAAAGAACAAAACTAAACAAGGACAATAATAATATTTTGGTGAGTTTTGTTCAG
TGTAAGGGTTACGAAAAATTTAGGAACATATATTCACACGCTCGCAAGTAATATGCGACT
GCCTTTTAAAGGAAGTCGTAATACTATATCGTGTTTATTCAATTAAAAAGAATTAATTAA
ACCGATATTAAATTGAGAACGGTAAACGTATAACGTTCGTCATACGCGCATTTGAGTAAT
CACATACGTCATAAAAAATGTACAAAAACTGGACGAGTGACGCCCTAAATATTCAGTCAG
ATTACATATTAAAAACACATTACTTATTATCCGTTATTGAGTAAAAAAGCTACGAATTAA
TAAAAAAATTAGTACTCACGAATCAGTCAGTGAGCTTAATTATTATACTTATCGTGTACT
CGTTTTAGGAGGTAAGCATAAAAAGTTTACGCGTCTAGAGCTTAGATAAAATGTCGCAGA
AAATATCGCTTTAGTGTATTTAAACTACGAAAATATAGTTCGTATTTTATTAATCAGTGG
AAAAACATAGATTAGATTTGATTAGAACAAATCTATGAAGGTTCTAAATGTAATTGTGAT
CAATTAATGACAAATTTTCGTTTATTGGAATTAAAACTTTGAGAGTTGGGTTTGTTGTTG
CGTATAATTATGGATAAGACATCATCGCTTGCTGTGGCCAAGCTATTTTGGCGTCTATTC
TTCTGTACGCAAGGGTGAAATTCTGTCCGGTCTTCTCCGACATGACTTCTTGTGGACAAT
CATTCTCGTTCAACATCGTCTCGTGCCCGTCGTGTAAAGCGAACAACGCGTAGTCCTGCG
GGTTCGTAATGGCGGCTGCGTGAGCGAGCGCCCGGCACAGGTCGCGTGCGCGCGCGCCCG
GTCGGCACGGCACCGGCACTCGGCGTATGGAGCCTCGACACTCGTCGGGTAGCACGACGC
GGACGACCGCCACGGGGCATTGATCCCGACCGTCGATCGAGCCACGCCGCCACGGGGGCG
TAATATCGGATCCTGTTTCTGGGGCCAGCCTCTTCAGGACGGCCACGGCGGAGAAGAGCG
CGGTTAGATAATAGCCCCCTTCGCCCGCCAGGAGCGCCGGGGGGAGGAGTCCCGCCATCA
ACTCGGCCTCGAGTTCCGCACATACTAATCTGCACCGGGCGACCGTCCAAGCCAACACCG
GAAGCAGGTCTTCGGCGCCGAGACCGCGCTCGCCGCGAATAGCATTGAACATGACCGATA
TCGCGGCCAATAGATTTTCGAGTTTATCCAGCGGCGAATCGGCTTCTTGCATTTTCAGGA
AATGCTTTGAGATCACAGCCAACACTGCCGCGGATGGAACTTTTGTTGATTCCTTAACGC
CGAGCTGTAGCGGAGTAGCGTGCTGGGCCCGCTCGATGGCGGCGTGGAGCCGGCGCACGT
CCGCCGCGTGCCAGCCCGCCAGCAGCGAGTACAGCCGCGAGCGGAGCGGGCGCACCACGA
GCCGGTGCATCACCGCTTCCAAAATCGCGTCTAAGTTCAGGAACTCAGTCGGCTTTAACT
TCAGTCTTTCCTTTTCAACTTCTTTTTCGAATTCTCTTTCGCCATGTTTAACTAAATAAT
TCTTCATTCCAGACATGAATTGTCTTATGTTTCGCATCATCACCTGCGGACATGTTTCCT
TCGAGTCCAGCGTGCACGAAATAAAATTGTCGATGTTCTGAGCGAACGTTGTGCTCTTAT
CTTGCGCGAGGTGCAGAGCGTACGCACGCAGGGCTGCACCGGCGCCGCGTGTTGTACGCC
CACCTCTGAGGGCCCTGACACGACCGGCCGCTAATAAAGGATCCAAGCGATCTCTGAAGC
TCTTCGCACGCAAAGACATAACTGCTCCTCTTCTTGGAATAGGAGATTCCCATTCCAAAG
TCTCCTCTGCGTCATATGGCTGCTGATCGTTAGATGGTGGTATTAGTCCGTCCCACTGCG
AGCTGTCCCATGGCTCCGAGAATACAGTTCCATCGTCACTTGCCTGTTCAGATAAAGGCC
TCAGCTCGTGTACGTTGTCATAGCAAGAAGCGCGCGGAGGAGACCTCACTTCCTCCGGTA
AAGCTGCTGGTTGAGAATTGAGTCTCAATTCGGGTAGCCTTTGTGCTACCACTTGGTGTA
CCGTCAAGTTTTTGGATTCATCATCAACTCCACTCAACCTACATTCCTGTTCGGCTAGTG
ATGGAAAAGTTCCGCTTTCACCGTTACCGCTTTCGTCTTGTTTATCTGAGGACTTTGTGT
TGACGCGGGGCGGCTGGACGGGCTTCACCTTTGGTTTGCTTCGAATCGACACCAGGTTGT
CAACTGACGATGATGTGTTCGGTGATGAGGGAGATAATTCCTCGATGCTGTGCATATCCC
GCAGCGGATAGTAAGGATGGTTTTGATTTGGTGGTTCAGAATAACGTTGAGATAAACTCA
AACCGACACGGATCAATTTACGTCGTTGTACTGGTGGCAGCAACCCAGCCTCTTTTAAAG
CGTCGACTGGATCAGCATAATACGGACTACCAGTATTATCTTTATCCGATTCATCGAGAT
TCGATTGCTTCATATCATCCTCCAATTTCACAGTTTCCATACTTTCAGTGTTGTGATTTT
CTCGATTCTTAAGTGCAGCTTCTATTTCTTCAGTAAACTTTTTATTCATATTTAATGAGA
TATTAAGTTTATCTGGCCTCTTTGGTATAGCTTCACCCTTACTGTTTGTTGTCGCTATTA
TTTCATTGGATCCTTTAAAATTTTTCTGAAGTGAACCATCGGATAAAGTTTTCTTTTCGT
TTAGACTTTCATTTGAATTCATTATAAGAACGTTTTCTTTTTCCAAAATCGATTGTGTAC
TTTTTGCTGTAATCAATTTGGGTAATGTGTCAGGTAATAAATCAGGGCGTTTGCTCTTCA
TAATGCCGTTATTGACATTGTTTTCACCGTCGGGCTTCATTGGCTTAAAAGTGGAACAAT
TGTTACTTTCCGGTCCCCAAATATCTTCATAATCGGACACTTTGTCCATCAATGAACTTC
TGTAGTATATACCCGGTGATTCTAAGATGTCTGATTCCTGAAGTTAAAAAAAACAGTATT
TTATATATACAGACACGACTGAGATAACCGTTATTTTTATATATTTGAAAAGTGATTATA
AATAACAAGTTTATCAATGTACAAACACATGCTGTTAGTAATGAATTATTTTACAATACT
CATATCCAACATCCACTCCAATAATATATCAGTCTATTACTCTACCTGATAATGTCTGGA
TTCTTTTCTTAGCGAGTGCTTACTCCTCCTTGATCTGCCCGATGTGTTGGTTGTAGGGGA
CAAAATTTTTTCTCTATCTTTGCCTATTACGGGAGATATTATTGACTGATTGGATCCAGG
GGATAATACGTTTTTCGTAGTTATAGGTGAACTCCTAGATATGGGAGAGAAAAGTTCGCT
CTTGTTGTTCTGGCTAACGGGAGAAAAGACACTGCTTTTCGAAGATATAGTATCGTTAGA
TAGTGGAGAATTAATTTGGCTTGTTGGCGAAAATATTCCACTCGTAACGGAATTCGTTCC
ATTTGGAGAAACAAGATGGTTAGGAACAAAACTGTTTGTAGATGTCGTCAAGCTATTTAT
AACGGGATCAACAAATTCTGATGTATTCATTTGGGATTGTGGTTCAGACAGTGATCCAGG
TTCTGCAGCATTTTGTTCATTCTCCTGCCTTTTGAAGCTTCCATGTGAACTAGTAGTTAC
ACTGACGCATTCCCCCTCAGGTGACATACGATGTATTATATTCTGACTATTTCCATTACA
TTCAGCGGCATGTTTTGTGTCTTCAATTACATTGAATCCATTATTCATATTATTGCGATT
ATTAACCGTATTAGATGCAAGCGTTAGTTGCAGTTTTTCATTTTGTATGCTCTCATTGGT
TGCATTATTATGAGTTTGTGTATTATTAACGCTAAATGTGACTGTTGTAGTGACTGTTAT
GTTTCCATTCTGTGATGCTTTGTTAATCGGAATGAAAGCTAATGCTTCTGATTTAGGAGA
TATGGACGTCTTTGCCAAATGAGGTTTGGTCCAACGCGGGGGAGGAGGTGGAGGAGTAGT
TTTCACATTAATTATTTGAGTAGGAGAGGATCGCGTGTTTGTCGTAGGAAATGTATGAGG
TTGTGTTATATGAGCTGTACTAGAAATAAGGTTTAAAGTATTTGGTGGGGTTGGTCTCGG
AGCTCTAACAAATGCACTGCTTGGTTTTGCTGGTGGCGAAGGAGCAACGCGTCCTTTAAA
AGTACTTAAATTTTGATTCTGACTCGGTGGGGAACCTGATATATCTATAGGAGACATTTT
TAAAACTACATTTTGATCTTTTTCTGTGCTTAAGATCTGTTCTCTTGAATTCGTTCTTGT
ACTAGCATTAAAACTACTAAGACTGGATCCGGTGTCAGATGGAGTCACTGCCATTGGTAT
GACTCCATTTGCAAGTTGACATGGAGAAAGAATATTTTGTGCGTTGCTTTTGGAATTCGC
CATCGGGTACCCCCAAAACTCCTGACCGAGTAGTGCTAAGGAACTTAACTGATGCCGACT
CTTAGCTTCACGAAGCGGACGAGGAAGTTGTAGTTGCACTGGTAACTCGTCACAACACTG
TGAGTAATGAGCGATCAGTTCAGGTATATTGTCGAAGCGGTTGTGTGAAGTTTCAAGACT
TATGCGGCCTCCTGACGCTTGGATCAGATAATGCTCTATGTAAGGACCCTTATCGGCTGG
CAAACGGACACTTATCGCCATTGTGTCAGGCTGACTGGACTGACGAACCACGAAGTTCCC
TTCTTCCTTTCCCTGTAGAAGATGAAACGCTCCTGCCCTCTGTATCCCGGGAAGGAACCA
GACCGGATGTGTCCTTATCAGTCGCTCCAAAACACCTATATCGCATGGTGGTTGTTCCTC
TGAACACGAACCTGACGATGTCACCGACGAACAGTCACCTCGAGCTCCCTCGCCGTCTGA
CGACAGGCTTTCGCGACTCTGACTGAGACTATCCCCTAAACTCTCTTCTCCATCGACAGG
CCTGAATAAGTGTGCATCTTTAATAGGTAAGTCTCTTGATCGCTGCCTCCTCTGCTGGGC
CTCCTTCATCGCTTGATTCTGGAGTCTCTCGAAGAACTCTCGAGGCTTCAGCGGGGGTGG
CTCGTCGTCGGGAGGCGGCGGGGGGGGTGGCGGCAGTCTTGTGCGGGGTGAGCTGCGTAG
GAGGCACCGCTCGTCGTCTTCCGTGGAACGCTCATCGTGCTCGGAGTCGGTACTGCGACT
GTCGCGTCTCCTCACGCCTTGGAGGTGCGGTTCCAGAAAAGTCGCATTTCTGTACGCGAA
ATACCGACGCCTGACCGGACGCCGTCTGCTGATATTGCTCTCCAAAGAGGACCAACTATC
TTCTCTCGACCTCGATATCGCAGTGTTCCGCGCCTCAGCTATTCTGGCGCTCTCCAACAG
AATTGCCGTGTACTTTGTTATCAACATCGTTTGTTTCACTTCACTTATCACGATTTTTTA
ATTAATTACTTACATTTAATCGGTCGTTAAATTATAGACAGCATTGTATTGTTGATTATC
TGAGTAAAGAAACAAACACTGAACACGCGACGAATGTTTTTCGCGATTTCGCGTTTGCTC
AATATAGTTCGTGTGAATCGTCCGATCGGATACAGCGGCG
(6160 bp)

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