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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_TrvaFAMAMG_TR11287c0_g1_i1
Scaffold_id
NCBI non-redundant
(nr)		PREDICTED:_mitochondrial_sodium/hydrogen_exchanger_9B2-like_isoform_X2_[Bombyx_mori]
Ontology
GO:0005451 F monovalent cation:proton antiporter activity
GO:0005739 C mitochondrion
GO:0005743 C mitochondrial inner membrane
GO:0006810 P transport
GO:0006811 P ion transport
GO:0006812 P cation transport
GO:0006814 P sodium ion transport
GO:0015297 F antiporter activity
GO:0015299 F solute:proton antiporter activity
GO:0015992 P proton transmembrane transport
GO:0016020 C membrane
GO:0016021 C integral component of membrane
GO:0031966 C mitochondrial membrane
GO:0034220 P ion transmembrane transport
GO:0055085 P transmembrane transport
GO:1902600 P proton transmembrane transport
GO:2001206 P positive regulation of osteoclast development
Transcript
Level		FPKM:0.74 TPM:0.73
ORF EntryO_TrvaFAMAMG12919_complete:A_TrvaFAMAMG_TR11287c0_g1_i1
Sequence
(Nucleotide)
ATAAAATTCAGATTTTTATCATATCTTCTGCTAATTTTAAAGTAAACATTTAAATCAAGG
TATTGCGTGCTCGAAGACCGGAGTAAAATAACTTTGTAGTTACATATTAGGTATGTGTGT
CATGTTTTCCTTTTTAGACACCATCTGATAGAAATATCTTAATACTTATTGTACTTACCT
AATTTTGAATATTGGTAATCTACTTTGATGTGAAGTTATATAAATAATTAATACCATTGT
TGCTCGTCAATATATTATACTAATATTTTCAATTCCAGTTCTTTTAACTTGGGGTATCCT
TTATGCTGAGCTTGGTGAAGTCATAGGTCTGCGTGGAGAACTTCTGGGAATGTGTTTACT
AGTAATTGCAGCGTACTTAATAGGTTGGATATGGCTCAAAGTTACTACATTACCAGCTTT
AATCGGCATGCTACTTACTGGAATACTATTTCAGAATCTTCATCTCATAACAACGACTGA
CGATTATAGAAAATTAAACCAAGATCTTAGAAAAATAGCACTAGTCATTATACTAACAAG
AGCGGGTCTCGGATTAGATGCAAATGTGTTGAAAAAGCATTACGCGGCAGTATTGCAACT
TGGCTTATTACCCTGGCTTGTCGAGTGCATAGCAATTGCTGTTATGACTCATTACTTATT
ACATCTACCCTGGATTTGGAGTTTTCTTCTAGGTTCTATGATCGCTTCAGTATCCCCAGC
TGTAGTAGTACCCTGTTTGTTTAGGTTGCGTGAGATAGGATATGGCGAATCAAAGGGCAT
ACCAACTATGGTTGTAGCTGCAGCTGCTATAGACGACTCAATTAGCGTAGCTGTATTTGC
TATAATATTGAATGCTATGTTTTCAACAGGCTCTACCACTTGGAATATTATTAAGGGCCC
GTTATCTATAATAGCTGGAGTCGTGTTAGGATCTCTATGGGGGGCATTAATCTCAGTAAT
ACCAGAAAAGGGAGACACTTATGTAGTACCTCTGCGATTTTTGGCTTTATTCTTAGGAGG
ACTGTTTTCTTTATTCATTTCAAGTATGCTCGAATGGAGTGGAGCAGGTCCTTTGGCGAT
TGTTTCATCAGGATTTGTGGCCTCATATTATTGGAAAAAACAAGGTTGGATAGTAAATAA
AAATCCAGTCAGCAACATATTTAGAATATTGTGGATATTCTTCGAACCCATTCTGTTCGC
TTTCACTGGGGCTCAAGTTACAATAAGTACCTTAGATCCTGTTGTCATAAAAATGGGAGC
AGTGTGTCTCATATCATGTCTGTTGATTCGTGCCATTGCTACTTATTTTGTTAGTTTCGG
CTGTGGTCTAAATAACAAAGAAAAACTATTTATTGGATTGACTTGGACGGCCAAAGCAAC
AGTACAGGCTGCTCTGGGACCTGCAGCTTTGGATTTAGTGCACAAAGACCAAACAACACC
TGGAAATATTCAACAGGAGAAATACGCTGAAACATTACTTGCAGTTAGTGTTTTGAGTGT
AATGCTATCTGCACCGTTAGGAGCGTTACTCATATCTATTACGGGACCAAGACTTCTAAC
TCGTGATAATGGGGAAAGTAAAATCAACAATGACGAAGAATCAGTGAAACCAGTGGCGTT
TAACTCATCGCAACTTTAAATAAAAGAAAGTAAATTTTAAGTTAATAAATTTGTAACTTA
AATACAATTCAAGTTCACGCTATCAATTTTGTTTTGTGCTATTAAGTTCATTTCTAAGGA
GTATTACGTGTCATCCACTTCACCTATTTAATTTAATTGTATAAAATGGGGAGAATTTCA
TTAGCAGTGCTGTTGTTTAAATACTTCTACGTGTGTAGAAATAATAGTAATTATTAAACA
GTTTAAACACAAATGAAACAGTTGAATAATTAAACTATGGACAAGAGGTTCCCTATTTTC
TGACACTTTTTTGATGTATGGTATTACTCGTTTGTTTTGACAAATAACTTTCATAATTCA
ATGACAGTCATTTGTTAAACGTCAAAAGGTCAGAATGTTTACAATTTGCATGTTTACTGT
AAATTTTCGAACAACTATTAACCAAAAACAAAATCCATGAAATGACTATTTCAATATTTA
TAATATGTTACAATAAATGGATAAACTGACTAACCATTTCCAATGATGGAAATAGTTTTA
ACTACAATAAATTAAAAAAAATAATTAAAATACAAGTTGCACTTGTTGTTTGTAACTTCT
AAGTTGTTTACAATGTTCAAATAGTGTTAAGTTTTATAGTGCTTAATAATAAGACTAGCC
GAAATTAATAAAGAAACTAAATTAAAATGTCTGTCATCGTTATTGCTGTAGCCACCGACA
GTGGTGTTCCCATATTTACAAGAAAACGCGGTAACAGCGAAAACGTACAATTCTCGACAA
TAGCTTCATTACATGGTATCAACATGTTCACTAAATGCCACAATCTAACGATGTTGAATA
CTCTTGTTGACAATGGAAAAATATTGTGGAAAGAATATTGTAAGACTGTCACACTTATTG
GCATAGCAACGGGTGGCTTAGAATGTGATTTAGAACTACTTTTGTCTTCCGTAAATGATG
TTATGATTTTCTGTGTGGGAAAGAAAGAACTAGAAACATTCAAGAATATTGATCAGATCA
AAAGAGATTTAAGGCAATGTCATCCTCTTATAGACTACTTACTAGAAACTTTAGATCCAA
ATGCAGTAGGTGATCCATCAACAATGTTAGTCCTTGATCTTGTACAGAGCTTTCTCTGCC
CTCAAGCTCAACAATTACAGCTAGCATTAGATAATTACGCAGAAAATGTAACAGGAAGAT
GGGCGTGTCTTAGCATCCATGGCCACCTAGTAGCAACAAGCTCAGATTTTGAAGAACTGC
ATCCGAGAGAAGCAAGGCTAATGCTGTTACTAGCTGCTTCACAAGATGGTGCACCACTCC
GTGATACTCCTGTTTATTTACCACTGATGAGTCCTAATGTTGCTTTCAGAGCAGTGACAT
GCAAACTCCTTGCAGATGTCTATATTCTAGTTATCTGTGGAGCAACGCCGCCATTATCGC
AAATTGACGAAATAGTCCTACATTGCTGGGAAGGGTATGCTCAATTGATAAAAGAAGCAA
AATTGGTACACCCTAGAAACATTCCAATGAGCATACCATTTGAACCTTGTGTTTTAGGGT
AAGTGGTTTGCAAATATGAGGCGAATGTTTGGACAAAAATTGTTTATGTAAATTGAATCT
GACTCTCTAAGGGTTCCTGCTTTTCCAATCTCGTTTTCAAGATAATAATAAGGCTTATGA
AAATTGCTACAATTAGGTTTTTAATTATTTGGTGGGGTGAGGCAATCTAACAGAGCCAAA
ATAAAAGACTCCACCTGCCCTATTTCAGAATCCTAGTCATAAACATAAAGAAGCGATGTT
GTGTATTTTCGAAACATTTACATCCGTCATCTCAGAAGGGTCGCGGAATGTCGGGTGCTC
ACAGGTTGGAGATATTGAGAACATTTTACGTCACTACGGCCAGAGATTTGGCTCCAGAAT
TAAAAATAGACGGCGAGAAAGATTGTCTAAGTGGAATGACTGAAACGTACTGGTGCTCAG
AATACCATAAATGTCACGCGCAGAGAATAAAGAATTTGTTATGTTGCGCACTATATTCGT
CTACAGTTCACAATCATACAATTAGGGCAATCACAAATCAAATACTACAGGATTTGAGCT
CAAATAAAGAAATATATTGGTGAAGATTTCTTAAAATATTGTAATACGATATTATCGTCT
GACTGACACATGTCTTCCATAAAATTACATGGAATGCTGTAAACGAGCATACATCTTCAT
GTTTTTGTTTATTTTCAAGATGGGACCAAAATAATTATTTTGTCAGCTAAGAATATTTAC
ATTGGTGAATTTGAACAAAAACGATGAAGGATCGACATTATTATATGAATTTGTTCAAGA
TAGGTTGTTCTGGAATGTCTTGAAGTTTCAAATAAAAAAAAAATAAGTTCATATTATTAA
TCAAAAAAAA
(4030 bp)

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