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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_SariMG_comp29550_c0_seq5
Scaffold_id
NCBI non-redundant
(nr)		PREDICTED:_H(+)/Cl(-)_exchange_transporter_5_isoform_X1_[Amyelois_transitella]
Ontology
GO:0000166 F nucleotide binding
GO:0005216 F ion channel activity
GO:0005247 F voltage-gated chloride channel activity
GO:0005524 F ATP binding
GO:0005768 C endosome
GO:0005769 C early endosome
GO:0005770 C late endosome
GO:0005794 C Golgi apparatus
GO:0006810 P transport
GO:0006811 P ion transport
GO:0006821 P chloride transport
GO:0012506 C vesicle membrane
GO:0015297 F antiporter activity
GO:0016020 C membrane
GO:0016021 C integral component of membrane
GO:0030165 F PDZ domain binding
GO:0030658 C transport vesicle membrane
GO:0031410 C cytoplasmic vesicle
GO:0031901 C early endosome membrane
GO:0031902 C late endosome membrane
GO:0034220 P ion transmembrane transport
GO:0055085 P transmembrane transport
GO:1903959 P regulation of anion transmembrane transport
Transcript
Level		FPKM:0.22 TPM:0.22
ORF EntryO_SariMG11953_complete:A_SariMG_comp29550_c0_seq5
Sequence
(Nucleotide)
GCAATATTGAAAATGAAATATTTTTTATAAAACAAGTAAATTGCAACAGTATAAACTCTA
CTCAATGAGTTAATATGTAGAGTACCATTACATTTTAATGTAACATAGAACTACTCTTAT
CTAAGGACTAAATGACTTATAATTTGATATACAAAATAACATTAACAATAAGAAGACTGG
ATGAAAAAGAAAGTGTTAAAAATAAATAGGTAAACTGCGATGGAGAGGTTTCCACTAAAG
TCGTCACTACCCAAACTAATGTCAACATATCAGTCCGTTTACAAAAAGGGTGGAAATACT
ACGAACGGTCTCGGCACTAACTTGCCTGGTGATTATGACATGGTAGACATAACGACCGGG
CTGCATCAAGCAGCCGATAGCAACGTCACAAGTCCCACCAGCCACGGCACCTTTCAGCTG
TATGAACAGGGCACGAGTTCAAACGCACACACATTCATTGCGCAGTTCTTCGGTTTCTCT
ACGGGGGAATCGGTCGTATTTTCCGGAATGCAGGGTGATGATGATATCCCAGGAATTGGT
CAATATGAAGACTTTCATACTATTGATTGGCAAAGAGACATTGCACGTGATCGTATGCAT
CACAGATACATAGTCAAGAAAAGACAGGACTCAATATGGGATTTAATAAAGAGTGCTCAT
GATGCATGGTCAGGATGGGTTTGTGTTCTATTAGTGGGTATAGCTACGGGCATAGTTGCA
GGTGTTATTGATATTGGAGCTTCATGGATGACTGACCTTAAGTTTGGTATTTGTCCTGCA
GCCTTTTGGTTCAATAGAGAACAATGTTGTTGGTCAGATACAAATACTACTTTTGATAGT
GGGAATTGTTCCCAGTGGTTGACATGGCCTCAAGTTTTTGGCGACTATGGAGAAGGAGCT
GGTGCTTACATTATAAGCTATCTCTTCTACATAGTGTGGGCTTTGCTGTTTGCTGCACTT
TCAGCTTCACTAGTTCGCATGTTTGCGCCCTATGCTTGTGGATCTGGTATTCCTGAAATC
AAAACAATATTGAGTGGTTTTATTATCAGAGGATATTTGGGTAAATGGACACTCATTATC
AAAGTGGTGGGATTGATCCTGTCAGTATCTTCAGGATTATCACTGGGGAAGGAAGGCCCT
ATGGTTCACATAGCCAGTTGCATAGGTAACATCTTATCATACTTGTTTCCAAAGTATGGT
CGAAATGAGGCAAAGAAGCGTGAAATACTTTCGGCGGCAGCTGCCGCCGGAGTCTCTGTA
GCATTTGGAGCCCCGATCGGTGGAGTACTCTTTAGTTTAGAAGAGGTTTCCTATTACTTC
CCATTGAAGACTCTATGGCGTTCATTTTTCTGCGCTCTGATAGCTGCTTTCATTTTGCGT
TCAATAAACCCGTTCGGTAACGAGCACTCTGTTCTGTTCTTCGTAGAGTACAACAAACCG
TGGATATTCTTCGAGCTGATACCTTTTGTTGGTCTTGGAATCATTGGGGGCTGTATAGCT
ACCATATTTATAAAAGCCAATATATTCTGGTGCCGTTACCGTAAATATTCGAAATTGGGA
CAGTATCCTGTAACTGAAGTCCTGGTTGTAACCCTTATTACGGCCATCATAGCATATCCG
AATCCGTATACACGTATGAATACTAGTGAACTCATATACTTGCTGTTCAATCAGTGCGGA
ATATCTAACTCGGATCCTCTGTGTGATTATAATCGCAATTTCACCGATGCAAATTCGGCT
ATAGAGAAGGCAGCTGCCGGTGAAGGGGTTCATCGTGCTATTTGGTTGTTGGTCCTGGCC
CTTATATTAAAGTTGGTTATGACCATATTCACATTCGGTATTAAAGTGCCCTGTGGGTTA
TTCATACCTAGTCTTGCATTGGGAGCAATTGCTGGCAGAATTGTTGGCATTGGTGTGGAA
CAGCTAGCGTATCATTATCCGAAGATATGGTTATTCATACCTAGTCTTGCATTGGGAGCA
ATTGCTGGCAGAATTGTTGGCATTGGTGTGGAACAGCTAGCGTATCATTATCCGAAGATA
TGGTTATTCTCTGGAGAGTGTTCGACAGGCGATGATTGTATAACTCCAGGCTTGTATGCT
ATGGTAGGTGCAGCCGCAGTCCTTGGAGGTGTCACTAGAATGACCGTGTCTCTTGTGGTG
ATAATGTTTGAGCTGACTGGCGGTGTACGGTACATTGTGCCTTTGATGGCGGCTGCCATG
GCATCAAAATGGGTCGGAGATGCCCTCGGCCGCCAGGGTATATATGATGCCCACATCGCA
TTGAATGGATATCCATTCTTAGATAGCAAGGACGAATTCCAGCATACATCTCTCGCTGCC
GATGTTATGCAACCAAAGCGAAACGAGACGTTGTCAGTTATAACCCAAGACTCCATGACC
GTGGATGATGTGGAGACATTACTCAAAGAAACTGAACACAATGGTTACCCGGTAGTTGTG
TCTAAAGAGTCTCAGTATCTCGTTGGATTTGTACTGCGCAGGGATCTCAACCTCGCTATA
GCAAATGCCCGACGCACTATTGAGGGTATTACTGGGCAATCGGTAGTGATATTTGCTGGG
TCTGTAAACCCACCGCTGGGACCTCCGCCGTGTCTTCATCTTAATCGTATTCTGGACATG
GCACCAATCACTGTCACCGATCAGACCCCTATGGAAACTGTCGTGGACATGTTCAGGAAA
CTCGGCTTACGACAGACACTTGTTACACACAATGGGCGACTTCTCGGCGTGATCACTAAA
AAGGATGTTCTTCGTCATGTAAAACAAATGGATAACGAAGATCCCAACTCTGTACTGTTT
AATTAAAATACTGAAGTCCTATTAACTATTCGTATATTTAAAAATCCACAACAGATGTAT
AACCGCGAGTCTAAATATATATTTCACTATATAATCACATTATTGTCGCTGGTCCGGATC
GCGTACGTTATTATTAACTAAATATGGTGGCTTTCTATGATGAAAAACTTCCAAAAATTT
CAATTTTCAAATTATCATCATTATAAGAAACAACTTTTTCTACCGTACGAGTTTTGTTTA
TAATTGATTAAACATTCAAATCAATCCAAAACCCTGTCAATAATTGGTATTTTTTTTATG
TTATTTAAAGAAACAGTACACTGTGTATAATTAAGTGTAAGTTAA
(3165 bp)

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