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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoIG_DN32630_c3_g1_i10
Scaffold_idBomo_Chr23
NCBI non-redundant
(nr)		anoctamin-4_isoform_X1_[Bombyx_mori]
Ontology
GO:0005229 F intracellular calcium activated chloride channel activity
GO:0005622 C intracellular anatomical structure
GO:0005886 C plasma membrane
GO:0006810 P transport
GO:0006821 P chloride transport
GO:0006869 P lipid transport
GO:0016020 C membrane
GO:0016021 C integral component of membrane
GO:0017128 F phospholipid scramblase activity
GO:0046983 F protein dimerization activity
GO:0061588 P calcium activated phospholipid scrambling
GO:0061589 P calcium activated phosphatidylserine scrambling
GO:0061590 P calcium activated phosphatidylcholine scrambling
GO:0061591 P calcium activated galactosylceramide scrambling
GO:1902476 P chloride transmembrane transport
Transcript
Level		FPKM:0.00 TPM:0.00
ORF EntryO_BomoIG14877_complete:A_BomoIG_DN32630_c3_g1_i10
Sequence
(Nucleotide)
GTGTGCTCTTCCGATCTTCGGGTGTTTGAGCACGTGCACCTAACACGAAATCGGCTGGTA
CCGCGTTCGCAAAAATAAAAAAAATGTGATAAAAAAAAAAAAGACAAAATAATTATGTGC
AAATACAACAATTAAAATTAATTAATCCCGACAATAATAGTGCGAACGATCGCTTGTGTT
GTGTACGTGAGTGATTTTGTAATTAATTACCTAATTCCGTAAACGAAACATATTTTGCTG
TAAAACAGACCAAATATTTTCGAACGAAAGATGGTTGTGATCTTGTGTGAACGAATGAAG
ATATTTGTGACACAGTCCGCTGAGTTTCTCGCCGGATCTTCCCAGTAATTCTGATATGCA
GGAGACAAAATGGAAAACACGAAATCACCAAGCGAAGCGCCAATAAAGAAAACCGGGTCA
CGACTGAACGAGCGCGCACCCCGCATCACGCTGCAGCATTTAGACAAGCTCGGCCATGGT
CTGGAGAAAGTCGGCCATCTCGTTGGCCAAACGTTGGACCAGCGTTCCGTGCTGGATCGG
ATTACCTTTGAAACGGAGAGGCTGAGTCACAGCGAAGCGTCGTCGAGACGTAACAGCGAC
GATGGAGGCAGATCCAACAAGGAAAGTCTTAGGGCAGACGGCACTAACTCGGAGCCTCCC
ACGGCCAACGTGACCAATCAGAACGCGTGGAATGACCTCGCCAGCTCCACGTCTACGACC
AGAACTGAATTGAGTCTATCAGACAGCGCAATGGACGAGGCTTCAGATCCTCGCCGTAGG
AGCCACGAGTCGGCCCTACCAGGTACTCCGATGCACGCCAGAACAATGTGGAAATCAACT
GACTCGCTCGCCCCGGAGTCGGCGTTTGGAACCTCTCTGGCAGACATCATGGAAAGCCCT
GCTAACAAGATCCACCTCCGAGAAGACATCAGATCCATCCATTCGGACAGCTCCGACGAA
AGGAAGCCGCGCGGATGGCGCTACGTCAGAAACCTCACTTCGGCAGCGGGGGGGCTCGTT
AATAAGACCAAGGACGCTGCTGCTTTGCCCGGTACACCCTTGCCCAGTTTCCAGTCCAAG
CCGGAGGACCAGGCCCCGGAGAGCCCGAACAAACCTGACAGGAAGCACTCGCTCCCGAGA
AATCCGAAGGAAAAAGACGAAAGCCTTGGCGAAACAAACCCTGAAGGATTAGAACCAGAG
TCTTTGATGTTTCGCGACGGCAGACGACGAATAGACATGGTTTTGGCTTACGAGGAGGAA
GACTACGGGGTTATGACGGAAGCTGAGGCGAAGAAACGAGATTATAGAAGAACATTCCAT
GAAAATTTGATTAAGGAAGGCTTAGAACTGGAGTTGGAGAACAAATGCCTGTCTTTTGAC
GAGAAGACCTGGTTCTTGAAGATCCACATACCGTGGAAGACCGAGATGAGACTGGCCGAG
GTTATTGGCATGAAGCTACCGACTAAGAGGTTCATATCAATATCTGTCCGAGCTTGGAGC
GACGAGAAGCAAGTAGAGAGAGACAAAAGATGGTATTCAAAATGGCGTCGGATATGGAAG
CAGATTTACGAGTACGAGCACAGTAGGATCGAGCCTGAACCTTCCTTCTACGCGGCCACA
GAAAACAAATGCGTTAGGAGAGAAGAACAGTTTCTGGTGAAAGACCGTCACACCCAGTTC
TCGCCGGCACAGAGAAGTCTATTGGTGATGCAGATATTATTAAGAGTTAGATATGACAAT
ACTGAAACTAAGATGGGCATACGGAGGCTACTGAACGACGGGACATATCTAGGATGCTTC
CCCCTCCACGAGGGGAGGTACGACACTGACTCGGCCGACGGTACGGTCACCGATCGAAGA
TTGCTGTACTTAGAATGGGCCAGACCCTCGAAATGGTTCAAGAAGCAGCCCCTCTGGCTG
GTCCGAAGATATTTCGGGGACAAAATTGGCCTGTACTTCTGCTGGTTGGGGTTCTACACG
AAGATGCTGTACGCTCCGGCCATTGTCGGGACGCTGTGCTTTCTGTACGGACTGGCCAGC
ATGGAATCTGGTGATAACATTCCTAGTCAGGAGATATGCGACCTCAAGGGCCCTGGGAAC
ACCACGCTGTGCCCTCTGTGTGACAAGGCCTGCAAATATCAGACCCTGGCCGATTCGTGT
CTGTTCGCCAAACTCACTTACCTCTTCGATAATCCAGCGACAGTGTTCTTCGCGATATTC
ATGTCTTTTTGGGCCACAACATTTCTGGAGCTCTGGAAGAGGAAGCAGTCCGTGCTGAGA
TGGGAGTGGGACTTGGGTGGCGTCGACTATGACGAGGACCCTCGGCCAGAGTTCGAAACC
TCAGCGAAGACATTCCGCACCAACCCTGTGACCAGGGAGAAGGAGCCTTATCTACCAGTC
TGGCAGAAGACCATGAGATACATCGCGACGAGCAGCGCAGTTTTGTTCATGATCGCGATC
GTGATGGGAGCGGTCCTCGGGACCATCATCTACAGGATCTCCATGGTGTCAGTCATCTAC
GGTGGCTCGGGGTTCTTCATACAGCGGCACGCAAAGATCTTCACCGCCATGACAGCAGCC
CTGATCAATTTAATCATCATCATGATTCTGACCAGGGGTCGTTTCTACGACTACCCCGGC
GACGACCAGGCCAGGAAGTCGGAGTTCTTCAAGCTAAAAGGCGACATCTGCGATCCGGCC
GGCTGTCTCTCCGAGCTGTGCATACAACTAGCCATCATTATGATTGGGAAGCAATTCTTC
AACAACTTCTTGGAACTGGGATTCCCCAAGTTCCACAATTGGTGGCGTCGTCGCTCGCAC
CGGGCCGTGACCAGGGACCCCAGCAAGCCGCACATGGCGTGGGAACAGGACTACCACCTC
CAGGACCCTGGGAGGCTGGCCTTGTTCGATGAATACCTAGAAATGATCCTCCAATACGGT
TTCGTGACGTTATTTGTGGCCGCCTTCCCGCTGGCCCCACTGTTCGCATTGCTCAACAAC
ATAGCCGAGATCAGACTGGACGCGTACAAAATGGTGACACAGGCGAGGCGACCTCTAGCG
GAGAGGGTCGAGGACATCGGAGCCTGGTCAGGAATCATACGTGCATACAAAACGGATATA
GCTCAAAACAGCTGACTAGTACTCCCCCTCACAGTGAGCTCACGGGCTCAACCTAAGAGT
TGTGTAACACTGACTCTAGCAAGAGCAGTCGAC
(3213 bp)

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