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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoMG_comp39258_c0_seq1
Scaffold_idBomo_Chr10
NCBI non-redundant
(nr)		PREDICTED:_A-kinase_anchor_protein_1,_mitochondrial_isoform_X2_[Amyelois_transitella]
Ontology
GO:0003676 F nucleic acid binding
GO:0003723 F RNA binding
GO:0005739 C mitochondrion
GO:0005741 C mitochondrial outer membrane
GO:0005743 C mitochondrial inner membrane
GO:0005759 C mitochondrial matrix
GO:0005811 C lipid droplet
GO:0008017 F microtubule binding
GO:0010614 P negative regulation of cardiac muscle hypertrophy
GO:0010738 P regulation of protein kinase A signaling
GO:0016020 C membrane
GO:0016021 C integral component of membrane
GO:0019901 F protein kinase binding
GO:0019903 F protein phosphatase binding
GO:0019904 F protein domain specific binding
GO:0030061 C mitochondrial crista
GO:0030346 F protein phosphatase 2B binding
GO:0031594 C neuromuscular junction
GO:0032947 F molecular adaptor activity
GO:0034237 F protein kinase A regulatory subunit binding
GO:0035308 P negative regulation of protein dephosphorylation
GO:0045211 C postsynaptic membrane
GO:0048487 F beta-tubulin binding
GO:0051534 P negative regulation of calcineurin-NFAT signaling cascade
GO:0071320 P cellular response to cAMP
GO:0071375 P cellular response to peptide hormone stimulus
Transcript
Level		FPKM:2.56 TPM:2.02
ORF EntryO_BomoMG12722_complete:A_BomoMG_comp39258_c0_seq1
Sequence
(Nucleotide)
CCTACGTGTTGCTTGTAAAGATTTCAACAACGTTCGTGACCCTCGGTAAAAAACTTAAGT
TTAATGTTGCGTGCAGTACTCTACCTCGTGGTTTGTTCATAGTCATTACCAATCTGAGAT
ATTTTATGTCTCGATCTATTTATACGCGGATTGTTAGTGTATTGTAGTTTATTTGTTTTG
AGGTTCCGGGTGCCATGCTGGTATAAGATTAATTTACCTTCAATAAAATAAAAAAACTCA
CTATCTTCGTTAATGTAATGTTTATATTCCTATCGATTAAATCCGCATGTGTTAAAATAC
TGTAAATAAACACGCGGATAGCTGTAACCTATTTACATTTGCCAAAAACCAACCTAGATT
CGTCAACAGAGATAAGATTTCCACGTGAATATTATAGTACTAATCAGAGAATGGAGTATT
TACAAATTGTCATTAAAAGTGGCTCATTACAATGGCACCTTGTCGTCAACTACTCATGTG
GTCAGTACCATCCATAGCAGTCTTATTGGGTATTTTTTGGTTCAAGAAAAAAAGGGAATA
TGCAAAGTCTGACCCAGGTGGAAGAGAACGGCTAAAGAGTTTGAAAGAGGAACTTGCTGA
GGTTTTGAACGCACAAGCTGAGGCAAATCGAGGCTCGCCTATAAGCAAATTAGAGCACTC
TATCATTAAATCATCTCCTATTGATATCATACCTAACGGCACAAATTCACAGCGATCATC
CCCTTTGGAACTCACTGACGAAGAAATTGATCTGGAGATAGAAAAAATAATCAGAATAAA
ATCCATTGGAAAAGAGAAGAGAATGTCAGCTGGCTTTGACAAACAAAATTTGATTGTGAG
CTCATGTACTACAGAACCCTCCTTCGTAGTTAAGGAGTTGCAGAATAATTTGTGTTCACA
TGTTCAGCTCCAACAATCTTCACCTAAAAACTCAGAAATGCACATAATAGACAGTAATCA
TAGCTTTAGTAGTAATGTAAATTCTAATAAGGATCTGCTTGATTCAGAAGCAGAATGTTA
TAAAAAAAATAGTACAAACAATGGGACTGAGACCTTTGTGTCTGAAGGTGATACAATAGA
AAATACCTCTGAAGGTACAGAAGGATTACAACCACTTGATGTTGTTGATGAACCCTGCAA
TACAGGTGACAACAATGATAGGTTTTCCACTTCACAAAGAAGACTCCTTTCGGAGAGGGA
CTCTGCTAATCATAGTCCTGTTGATCCTTTATTAGCTAGTCCCTCAATGTGCAATTTTTC
AGATAATCACAGTGAGGGTTCAAGTGACAGTGGTAAAGGCTGTTCTGAGGCTGCTAGCCC
TCCTCCTGCCAGTTTAAATATAGTTCCAACAGAAACAGACCTTAGGATACACCAATTTGT
TTTATCTCAAAATCTTGTAGGTCTTTTAATAGGAAAACATGGTTCATTTGTGACTCAAAT
TAAAGCCAAAACTGGTGCAAGTGTTTACGTCAGAAGGCATCCTGAATCTTCCAAACAGAA
AATATGTGCAGTTGAAGGAACACAAAGTGAAATAGAAGCAGCTTTAGATATGATAAAAGA
AAAATTTCCTGAAAAAAAATTCCCAAACTTCTCACTGCAAGAAATCAGTGCTGAACTCTA
CCAAAAACTCACACCTCTCATCCCTGAGTTTTTACAATTGGTCGAATCTGTGAATAACGA
CACGATATTGACGTGTCTGGTGAGTGCGGGGCACTTCTTCCTCCAGCAGCCCCTGCACCC
CACGTTTCCGTCGCTGCACGTGCTTCACCGGCTAATGGCCGCCACGTACCAGAACCCGGA
TGTGCCGTCGTTGCCACGCCCCGTGAAAGAGGGAGCTATCTGTGCTGCGCCTACTGAAAA
TAATTGGTATCGCGCCCAAGTGATATCTACCTCTGAAGAGAATGATACATCTGTCGTGAA
ACTAGTGGACTTCGGTGGATATCTCACTGTTGACAACGATCAGCTCAAACAGATCCGCTC
CGATTTTATGACACTGCCTTTCCAGGCGACGGAGGCTCTCTTAGCATTTGTGAAACCAGC
TAACAATGAGTGGAGCGGAGAGGCTTTACGTATAATGGCCGGTTTGACCGCGGGGCAGCT
CCTACACGCGCAGGTCGCAGGCTACGACGAGACTGGCCTGCCTCTTGTACATCTATACCT
CACATTACATCCTCAACAAGTCATATTCCTGAATAGAGAGCTAGTAGAACGCGGACTGGC
GGAGTGGGATGTTCCACCAGACTCCTGAGCGCATACGTCAGCTCGATACAACGCCGAGCT
GCGAACCACTATTATTATTATTATTATTATTTTTATTGTAAAACTGACTATAATTTTACG
AAATTACATATGTTTAACATTTGTACATTGTGAAAAACAGAACAAGAATATATTGTTATG
ATAAATTAAAACTCTTTGTGAGTTTGATCAAGTACTCTTAATTTCATCAAATATATAATT
TTTTTTTTGAAAAACAATATTTAAATTTAAAAATAGTTTTCTTGTTTTTAAATTTTGTTA
GCATTTGATACTTTATTATTAGTTTCTACAAGAATGCTTCAGCGTTACCTACTTCAAAAT
GGTACATCAGTTTACACATTAGTGGATCGATTTAAGGTTGTTACTAATGTTTGCTACGTC
ATTTTATCTTTACAAAAGCTCCTCCCTCCCATAACTGGAACTCGAAATTTTAAACGATAA
ATGAGTGAGGATTTTGTAGTTTATTTTAGAATTATAATAGTGCATTTGCCCCCTATAAGG
GCGGTTTTACTGAGGCGATAAGTTAGAGCTTTTGAATAAATTCAGGATGCTCATTATAAC
GTAATAATATTATGTCTCATGGCCATCATTTTCCACAATTCCCTTAAATAGGGATTAAAC
AGTCTGAATAAAATGTTTCTGATTTCGGATACTTAAACTGGTTGTTATGCCTTAAAAATG
TGCCTTTCGTTCTCACTGTTTAACTCTTGTGCATTTTTTTTCTACATACTTGCAAATTTA
CTGCATCCGTCATTCATACGAGAGCTTTTATTGTTTTGTCACAATTATGTTACTTTTAAC
TTTCTATAATAATCTTCTGGAAAAGTCTAAAAGGGTTAACTGAAAAAATTTTCAAGTAAT
TGTTTATAATGAGTAAAGACTGAAATTGTATAGTTATGTACAGTTGTTACAATTTTTAAA
GTATGTGTAAATTGTTATAAACTTAATTGCGTGCTCGTTGATGTAATTGTATGAATGAAG
CCGTTACATCGAATTTGTTTTAATCAGACATTTTTTTGCACTCATGTAAAATGTACACAG
TATGTACTTAATTTGACAATTTTAAACATGCCTAACGGTTGACCTTTTTTGTAATGTTGA
ACCAAATTTAAAATATCAAACTCAACATCAGTCGATGTCTTATAATTTGTTTTCTTTAAG
ATGGCACTTTTTAATTACGCTACAAGTATCTTTTGGCATACGAATGTTCATAACGATTTT
ATAATGAGCGTTAATAAAATCCTGAATTCGTGTTAGAAATTAGTATAAATTCATGTACAT
AGTAGAAATTGAGTAGTCATAGGAAAATTTGATACTTGAATGTTCTTTACGGTTTATTGC
AGTATTTAATGTGTTGAGAGTTAGTTTGTTTTATTGATTCGCTTGTATTGCGTTATGTGT
AGTGTACTTGGCTTATCTGGTAAATTTAGTATTAAAAAAACTTCCATAATTTTGAAGTGT
GCAGTTTTTAGCTGTTTGATTATCATAGTATAAATAAGTCAGCCGAACTGTATTAAATTT
TAATCGACTCTCAAGTTGATGTATGGATACAATACAGGCTGTCTGTTTGCATTTTGTTGA
CGTCCCTAACTTGTACATAAACTAATATATTTGCGGTTAAATCAATAAATTATCGTTTTA
AAAAAAAAA
(3909 bp)

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