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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoFB_comp10381_c0_seq8
Scaffold_idBomo_Chr27
NCBI non-redundant
(nr)		PREDICTED:_plasma_membrane_calcium-transporting_ATPase_2_isoform_X3_[Bombyx_mori]
Ontology
GO:0000166 F nucleotide binding
GO:0005388 F P-type calcium transporter activity
GO:0005516 F calmodulin binding
GO:0005524 F ATP binding
GO:0005794 C Golgi apparatus
GO:0005886 C plasma membrane
GO:0005887 C integral component of plasma membrane
GO:0006810 P transport
GO:0006811 P ion transport
GO:0006816 P calcium ion transport
GO:0006874 P cellular calcium ion homeostasis
GO:0008152 P metabolic process
GO:0016020 C membrane
GO:0016021 C integral component of membrane
GO:0016787 F hydrolase activity
GO:0030165 F PDZ domain binding
GO:0034220 P ion transmembrane transport
GO:0043231 C intracellular membrane-bounded organelle
GO:0046872 F metal ion binding
GO:0070588 P calcium ion transmembrane transport
GO:1903561 C extracellular vesicle
GO:1903779 P regulation of cardiac conduction
Transcript
Level		FPKM:0.16 TPM:0.18
ORF EntryO_BomoFB13484_5prime_partial:A_BomoFB_comp10381_c0_seq8
Sequence
(Nucleotide)
AAAAAAAAAACAAAAAAATCACATCAACCCTCCACATCTGCATCGTGTTTATGTCGTGTT
GACTGCATGATGTGAAACAATTACTACATCCATATTCAATATTTGTCACGTGTCCGCTTG
TATGGATTGTGGTAGAGGAGAGAAAGCAGCAACGCAAAGGGACCCAGCGCAAGAGCATCC
CCGGTGAGGAGGAGGGAGTGGGGGGCGTGGGCGCCAACCACGCGCCGCCCGACGACAACC
ACGCGCCGCCCGCCGCCGACAAGCCGCCGCCAGAGCCGCAACACAAGAAGGAGAAGTCCG
TGCTGCAGGCCAAACTTACCAAGCTCGCTATACAGATCGGTTACGCCGGCTCGACGATCG
CCGTGCTCACGGTCATAATCCTGGTCATACAGTTCTGCGTCCGGACGTTCGCCATAGAGG
GCAAGCCGTGGAAGGCGACCTACATTAACAACCTGGTGAAGCACCTCATCATCGGTGTGA
CGGTGCTGGTCGTCGCCGTGCCCGAGGGGCTGCCGCTCGCTGTCACACTCTCGCTTGCTT
ATTCCGTAAAGAAAATGATGAAAGACAACAATCTGGTGCGCCACCTGGACGCCTGCGAGA
CCATGGGCAACGCCACCGCCATCTGCTCGGACAAGACCGGCACGCTGACCACCAACCGCA
TGACGGTCGTGCAGTCGTACATCTGCGAGAAGCTGTGCAAGGTGACGCCCAACTACCGCG
ACATCCCGCCGCCCGTCGCCGACCTCATCGTGCAGGGCGTGGCGCTCAACTCCGCCTTCA
CCTCCAGGATCATGCCATCACAAGATCCAACGATGCCATCCATGCAAGTCGGTAACAAAA
CTGAATGCGCCCTCCTCGGATTCGTCCTGGCTCTAGGGCAGAGCTACGAAGCCGTCAGAG
AAAGTCATCCCGAAGAGTCGTTCACCAGGGTGTACACCTTCAACTCGGTGCGGAAGAGCA
TGTCCACCGTCATACCGCACAACGGCGGCTACAGGCTCTACACTAAGGGAGCTTCGGAGA
TCGTGCTTAAAAAGTGCGCCTTCATCTACGGGCACGAGGGCCGCCTGGAGAAGTTCACGC
GCGACATGCAGGAGCGGCTCGTGCGCCAGGTCATCGAGCCCATGGCCTGCGACGGGCTGC
GGACCATCTCCGTGGCCTACCGGGACTTCGTGCCCGGGAAGGCGGACATCAACCAGGTGC
ACGTGGACCAGGAGCCGCACTGGGACGACGAGGACAACATCGTGAACAACCTGACCTGCC
TCTGCGTTGTAGGGATCGAGGACCCCGTGAGGCCCGAGGTTCCAGAGGCCATCCGCAAGT
GTCAGAAGGCCGGCATCACGGTGCGCATGGTGACGGGAGACAACGTGAACACCGCGCGCT
CCATCGCCATGAAGTGCGGCATCCTCAGGCCCACGGACGACTTCCTGGTGCTCGAGGGGA
AGGAGTTCAACCAACGCATACGGGACGCCAACGGAGAGGTGCAGCAGCAGCTGGTGGACA
AGGTGTGGCCCAGCCTGCGCGTGCTGGCGCGCTCGTCGCCCACGGACAAGTACACGCTCG
TCAAAGGCATGATCGAGTCCAAGGCATTCGACACGCGCGAGGTGGTGGCCGTCACCGGGG
ACGGGACCAACGACGGACCCGCGCTCAAGAAGGCCGACGTCGGATTCGCCATGGGCATCG
CCGGCACGGACGTGGCTAAGGAGGCGTCCGACATCATCCTGACGGACGACAACTTCTCGT
CGATCGTGAAGGCGGTGATGTGGGGCCGCAACGTGTACGACTCCATCGCCAAGTTCCTGC
AGTTCCAGCTCACCGTCAACGTGGTGGCCGTCATCGTGGCCTTCATCGGAGCCTGCGCCA
TCCAGGACAGCCCGCTCAAGGCGGTCCAGATGCTGTGGGTGAACCTGATCATGGACACGC
TGGCGTCCCTGGCGCTGGCCACGGAGATGCCGACCCCGGACTTGCTGCAGCGGAAGCCGT
ACGGACGGACCAAGCCCCTCATCTCGCGCACCATGATGAAGAACATCCTCGGACAGGCCA
TCTATCAGCTCTTCATCATATTCATGCTGTTGTTTGTCGGCGACAAGATGCTGAACATCC
CGTCGGGCCGGTACCAGCCGCTGGGCTCGGAGCCGACGCAGCACTTCACCATCATCTTCA
ACACGTTCGTGATGATGACCCTCTTCAACGAGATCAACGCCAGGAAGATCCACGGCCAGC
GGAACGTGTTCGAGGGACTCTTCACCAACCCCATCTTCTATTCCATTTGGGTCGGGACTG
CGCTGTCGCAGGTGGTCATCATCCAGTTCGGCGGCATGGCGTTCAGCACGGCGGGACTCA
CGATAGATCAGTGGCTGTGGTGCTTGTTCTTCGGAGCGGGGACCTTGGTTTGGGGCCAGC
TCGTCACCACGCTACCCACTAGGAAAATACCCAAGACCCTCTCGTGGGGTCGCGGGCAGG
CCGGCCAGGAGTGCGCCCCCGCGCCGGACTACGACAACGAGCTCGACAAGAAGCCGCGCG
CCGGACAGATCCTCTGGATCCGCGGACTCACGCGCCTACAGACGCAGCTGCGAGTGGTGC
GCGCCTTCAAGTCGACGCTGGAGGACCTGGAGGAGCGCCTGTCGTCTCATTCGGCGGCGG
CAGGGCTCCGCTCGCGGCTCAGGGCCGCGCCGCAGGACTTCGCGTACATCGACGCGGACG
AACCCCGCACTGAGACCACCATATTCTGAGCCCCGGAGACCCGTCTCTGTTCTCGTCTTC
TCGACCTTGCGAACTTTACTACTATAAGTGTTGAAATGTTATAACGTCAGAGCCGCCCGG
TCCCGAACAGTGCCTGTCGTGGCACGCCGCGCGTCCCCCTCCCCTCTCCTCCCCTGTAGG
CGACGTGACGCGTGACGCGCGGGCGTGACGCGGCGCGTGCGTCACGCGGGTAGGCCGCAT
TCTCGTCAGCCGGCGGCGCGCTCCGGAGCGGTGACGTTGTGTAAAGTTAGCTCGAGAGAC
GGACTCCGTTCGGATACAATTTTACTGTCGTTAAACATTTAGAAAACTTTGAGATTTTAC
TAAAAGTAAACATTATAATTGTTATTTTTCATCTAGTAGTCTTTCACGTATGTAGTGGAT
CACCGTTGCGGCCGGACAATGAGGCCCACGGGCCCGTCTCGCCGGCAGCCGGCGTGTTTC
GTTTCATAATAAATTTTGGGACCACTGCCCTTCCTGACGTACTTTTGGAATTATATATAT
ATACATAAATACGTATCCGTACAGATTGATAACTTCGATAACTACTCGAATTCGATACAT
CCCCTCGAATATTGTTACGCGTTACTTAAATAAGCTTTTCCCTAAAGTTTAGTATGAATG
ACGACCACACTTGTGCTTCTGTTATTATTATTATTATTCTTTATTAAAGTTAAAATATTT
CTTGTGTAAATTGAAAACGACGAAGTAATCTGTTCGTAACGTTCTGAGGAACTAAAAATA
TTTACATGTTCGAAATAAAGTTTGAAACAAAAATAGCGTAGCATTTTCTTTCGTTCAAGT
TTGTAATTGTTTTGGTGGGGGCCGCCGATCTTAGAGAAATCGCTCTATTTCAGATGTTGA
CGGTAAGTTTAGGTCTGACTCGCATAGGGAGAGTTAATTTGTAAGTATATTGGAGACCTA
ACGTAGGTAGCGGATGGTAACAGTAATGTCGTTAGAGCATGGGACAGTGATGTGTGCACG
ATCGCCATGGCTGCCACACCCCCGGCACAGACACCTGTGCCCGGTGACGTCACCAGCCGC
CATCTTGTCCGCGCCGCCTCGACAAAATGGCGGCTTCGCTTAGTTTGTAAGTACTGAGTA
TATATTGAACTTAACAAAATAATAATTATTAAACAATGTATATTTCTTGTTTTCGAAAAG
AAATTATTTGGTACAAAAGTTGTTTCTTG
(3929 bp)

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