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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_TrvaMG_comp27022_c0_seq1
Scaffold_id
NCBI non-redundant
(nr)		PREDICTED:_probable_phospholipid-transporting_ATPase_IF_isoform_X2_[Bombyx_mori]
Ontology
GO:0000166 F nucleotide binding
GO:0000287 F magnesium ion binding
GO:0004012 F ATPase-coupled intramembrane lipid transporter activity
GO:0005515 F protein binding
GO:0005524 F ATP binding
GO:0005765 C lysosomal membrane
GO:0005768 C endosome
GO:0005769 C early endosome
GO:0005783 C endoplasmic reticulum
GO:0005886 C plasma membrane
GO:0006810 P transport
GO:0006869 P lipid transport
GO:0008152 P metabolic process
GO:0015914 P phospholipid transport
GO:0016020 C membrane
GO:0016021 C integral component of membrane
GO:0016787 F hydrolase activity
GO:0043231 C intracellular membrane-bounded organelle
GO:0045332 P phospholipid translocation
GO:0046872 F metal ion binding
GO:0055037 C recycling endosome
Transcript
Level		FPKM:13.30 TPM:11.20
ORF EntryO_TrvaMG15624_5prime_partial:A_TrvaMG_comp27022_c0_seq1
Sequence
(Nucleotide)
AAGTATCATAGAAAACCGCGAGTGCTTAAATAAGTTTATTTTTAAAATAATTATCGTTTT
TAACGACCATATGTTAAATTTGTTATTAAAATCAATAAATGCAGTGGCCATAATTATCTT
AATCTAAGCATTATCACAAAGACCGAAGTTTGTCAGCGTCATATACAAATGACAACGTGC
AACAACACGTTGCTTGGTATTACATTTAGCCTGATTGTCATGTGTTTTACAAATCGCTTA
TAAACCCGTATTCGTCTGTAGCTCGTCATATTTAAAATTTACACCATTGTAGTTTTTGCG
AAACCATTTTATTAAGTAGAATAATGAAAGCTTTTAATATTTGTTACTTAAGGCACTGTA
ATATTATTATTATTGGATATAAATATTACTGGGAACAAAATATTTTTTTTAATTTATTTT
TGATACTTTGGTTATTATATAACCTCTAACTATATAAAACTATTTTAAAGACAATTTTAT
GACAGTGAATAATCATTATATTTTTTTCATAAAACATTTAAGTTTTTAAAATAATATTCT
TACGACTTATTACGATTCTTCAGTTACGATGAATTAAAAAATTTAAAAGATTATTGTATC
ATAAGTACAAGCACCTATAGGCCGGATTCATGTTCTAAAACTGCCTATTATCCGTTTGAA
TTATAAAAAACATCTAGTCACAACCATCTTAAACCATTTGGCGCTATATTTTATCAATTT
AAATACTAAGACTAAAGCACAATAATTGTGTAAAATGGGTACATAAAATGTACTGTGGGT
TATGTGTATATGATGTCACAATCATTTATTTATAGTTCGTCTAGTTTCCCAATTCACTTG
TAAAAGTTTTACCGGGAAAATATCTCACTTTGAAACACTGATCACACTTATTTGAGTGGT
GTGTCCAGGGCCGCATTTAGAGGGATCGGGAGAATGACCACCCCGTGGACGACGCTAGAG
ACGCGTCGTAAACACGGGAGGGGGCACATGAGCCGTTGCGTCAAGCTGTCGCCCCCATCG
ATCCGATACTAGCCGCACGCAGTAATCCGGTCCTAACGTCGCAATTACCACTGATAAATT
CAAAAACGCAAATGCTGGGGATTGAAGCAAACGGACATACGTTCCTAAGACATCACCGTC
GATTTGTAAATCAACGAGTGAGTAAACGGTATTAAATATGAAATAACTCAACAGAGAGAG
TAAAATTGAGGCGACGAATATCAGTGTGTGATATCGAGCTTGTAGCCACAACTTCAGACT
CACTACAACCATTGTTAGGTGGAACAAGGCGGCACCGTATGACCACAAATCAACAGTATT
TCCATCGAGGCTGATCACTGGTGAGATAAATATTAGATAAGTAAAAGTATAAATGATGAC
TGAGTGGTACACAGCAGAGAGGCACCAAACGCTGAAATTGGGCCAGGTCATCAATTTGTT
CTTTGTTATGTCTCTATATAGAGTTGGATTTTTGAGCAATAATTCAGCTGGCCATCTCTG
TTCTGTGACTGACAGGATGAGACAGGGAAGTGATGTAAACACCAAATTGAATAATGTTAG
ATACATGGAGTCGTATATTGACTGTGTCGAAAATACGGAGTGAATTTGAAATGCAAACAT
TATGTTTCCTAAAATTAAATTTTTGTAGAAGAAATAATGTATTAATGTTGCTAATCGTTG
ATAGTACCAGTGGCCCAGTACCAGTATGAACTTTTTGATCATCGAGAATTTCGTTATTGC
AAAATCTGCAGACCTTGCGGCCTGATGACCCTCTTTACCGAAAATCCCAAAACCAACATG
AGCCTCTTGTATCATTGAGATATCATTGGCACCATCCCCAATGGCTGCTGTTATAGGATG
TTGTGGACTGCTTTTTATTAGCCTCACTATCTTGGCTTTTTGTATTGGTGATAAACGACA
GCACAACACAGCATTGCATTTCAAGGATATATCAACAAAGGTTTGAGCGGAATTCGTATC
TAAAACTTGCGTCATGCTAGTTCCGTCCACCACTAAAGTCAGGTCTCTGTAACTAGGCTC
GGTGATTATCCTCTGACATTCATCCAAGTGAGCTTGTAGAGCAATGTCGGTTTCAACTCC
GACTAGAAACATTCGTCTATCGTTTTCGGATATGTGAGCGCATGATTGAGCAACATTGAT
CGCTGTTTCTACCTTGTCTCCAGTAAGTACCCAAGTCTTGATACCAGCCCGCCGTAAGGA
TGCTAAAGTATCGGCCACATCGTCTTGGAGACAATCCTCGACTCCTGTGGCCCCGACCAA
TATCAGTTGTTGTTCTAACACCCTGTATTGTTGCGTCAGTTGTTGGAGAGCTTCGGCGTT
TTTACCATCTACACGTTTAATGCTTTCAGATACTCTACTATATTCTTCATCAGATATCTC
TCTGTAAGCAATAGCTAAAGTCCTTAATCCTTTCACGGCGAAAGCGTTGATATCTCTATT
CACTTCTTCTATTAAAGCTGAGTCTTTGCAAAGGGGAAACACCGAGCTTTCCGCGCCTTT
GCAAAATAACCAAATCTTTCCATCTTTATCCCTAAGTATAACTGACATCCTTTTCCTTTC
CGAAGTGAATTCAATGAGTTGCAATCTTTCATACATTTCCGTGTTTTCGCCCACTTTCAA
TAAGAGATTATTGCCCTCTTCACCTAGGAACGTAACTCCCACTCTATCAGCTGCTTCGAC
GAGCGCTTTTTCATCGGGACTGCTGCCTTGATAGTCCATTTTACTACCAGTTTCTTTCAA
GACAGAATCCCAACTGATGTTATCTAAGGCACCGTTGTTCGCATTTTTGTTTAGTTTCTT
CCTACGAAAGAAGTTCATGAGTTGTGTATCTCCCCCACCCGAGAGTCGGGCACTGAGCTT
CTTCATGTCTTCGCTGGAGACTTGCACCGAATGACACAGAGCAAGGATTTTAAAGAAGAA
TTTGACGTCTGAAGGCCATCGATGGGTTCGTCAAACCTCTCAACATTGTAAAGTCGATTC
TCCCTCTCTTCATACACAATTCCTTTGACTGAACATGTCTTGAATACCATCAGGTTTTTG
GTCAAAGTCCCAGTTTTGTCTGAAAATAAAACTTCGATCTGACCAAGCTCCTCGTTGAGA
TCGGAAGTGTTCGCCATCGCTGGTCTACCTGTCTCTTCGCAGCGGAAATCTTCGTCCCAG
CCAATAAATAAAGCACCAATAAACTTATACAGCTCAATCGTCACGTATAAAGACATTGGT
ATTATGTAGTAATATAGCAGCAGGAACGAAAACAAATCTTGAAGTAGATCGGACACGTGT
GGTGGGAATGAATTGCCCGGCCCAAGATACAGGTCCATCTCGGGATTCTTATATTCTATC
ATTATTTTTGCGACCAAAGAGACGAACATTTCCAACAATAATATCAAAATGAAGAAGAGT
AGGAAACCATTGACAGCCAGTTCGCATGAAGAGAACTTGTTCCCTGTGTATTTCGAGTTA
AGGGCTAGTTTAGTTTCTTCTCCAGTATAAATAGCACATCCTATAGCCCACTCTGTGTTT
TTGACCCTGGATCCTCTCAGCATCAGGTTATCAGTAGACAGTACTAAACTGTCCAAGCCA
GGGATTTCGAGACGTCCATAGAATGTGTACAAATCTGCCACCGGATTCGGGATCTCGATT
CGCATATTTTGCGGTAAAATATCCGGCGTATACCCCACCAAAGGCGGTGGCACTCTCAAT
GTTTTCAAATTGGTTTCTCCGTCAAGATTGGCAGTGGTGACGTAACATTTTCCTTTCTCT
CCTGCAGAACAGAGTAATACCAAGTCTGCTGGCACTTCTCTACCGCGTTTCACACGAACC
AAAGTCCCGGGTGCTATTGTCGAGTTCTTCACCTCTTTTATCACACCTTTGTGAACTATT
TCAACGATTTGATTATTAACTTTATTATCAGTCTTGTGCCTAAGCCAGTCTTCGTATCCT
TGTTTGACAGCTGTGACCAGCACCATGAAAGATAGTGGTGCTATGCTTGTGAAAGGTGAC
ACAGGACTATCAATAACAACAGCGATGACGGTGACAATGAGAAAGTAGAAGTTGACGACC
CTTCGGAACTGTTCCGATAGGTTCTTCGGCACGAACATGAGCAGTGTGTACTTAGATGTC
TTGATCTTATTGTGTTTCTTCTTATCTGCCTCATCTACTACACCAACTTCGACCTGCCGA
GT
(4202 bp)

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