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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_TrvaFAMAMG_TR10695c4_g1_i12
Scaffold_id
NCBI non-redundant
(nr)		PREDICTED:_inositol_hexakisphosphate_and_diphosphoinositol-pentakisphosphate_kinase_isoform_X2_[Bombyx_mori]
Ontology
GO:0000166 F nucleotide binding
GO:0000827 F inositol-1,3,4,5,6-pentakisphosphate kinase activity
GO:0000832 F inositol hexakisphosphate 5-kinase activity
GO:0005524 F ATP binding
GO:0005737 C cytoplasm
GO:0005829 C cytosol
GO:0006020 P inositol metabolic process
GO:0016301 F kinase activity
GO:0016310 P phosphorylation
GO:0016740 F transferase activity
GO:0033857 F diphosphoinositol-pentakisphosphate kinase activity
GO:0052723 F inositol hexakisphosphate 1-kinase activity
GO:0052724 F inositol hexakisphosphate 3-kinase activity
Transcript
Level		FPKM:0.00 TPM:0.00
ORF EntryO_TrvaFAMAMG11629_complete:A_TrvaFAMAMG_TR10695c4_g1_i12
Sequence
(Nucleotide)
GATGCCGTGCCGCTGCCGTCGCCCGTTGTCGTGGTTCTGTTTGTGTTGATCGTAGCTGCG
AGCTCGGGGCGGGTGCTCTTCCGTTTCCTTTGACGATGGCTGATCGATCTGCGTGGTATC
GGCGTCGTCGTGCGTGCGTAGTTCCGCGTTGAGTCTGGCCGCGAGAGATGACGCCTCGTG
TCCGCTTACAGTGTGATGTAAATTACTGATCGATCAACACATGATTACTACTTCTTTATT
TCAACTTATAAACATATACATTATTTATGATGGAAACGCCAGAGAAAAATATGCTAAAAT
ACAAATATCATTTGACACAACATAATGTCATAGTTTCCACCACAAATCAGTCGAGACTCA
ACTAAATGCTGGGTTTAATATATCGAGTTAGTACGGTAACGCCATAACAACGATGGTGTT
ATACTTTGTGGTACTTAATGTGGCGAGTGTATTATATAAAACGATTCCTACCGGCTTCAC
ATTTTAGTATAGGAAATTTGATAACTGGCAGTTTACGAACTTGCGCCGTATTAATTAATA
ATATTTAATAACAGATTGGCTTGCATAAATCATTTTACTACTGAAAAAAAATCCCAAAAT
TTTCTAAAGAAGAAAGAGTATAGCTACTAAATGGATTGTTTTAAGAAAAACAAGCAAAGC
ATTTTTTTATGCAATCATTGAAAGAAAAGCCGATAGGAATCAGGTAATATAAAGACCACG
CCACATAAGTTTTACAAATTTTGAAAAAAAAATGCATATTTTGTTATCATCAAACTAAAT
TATTGTTTAGTCAATTATATAGTCAAAACCAACATGTTACTGGTGTTATTATTTCTTACC
AAATCGGTATGGGATCTGATGCTTTTAGTTTGGCTGACCTTTTCGGTGAGAACGCGCTGT
CGAACTCGTCCATTGTGTCCGGTTGTAATGTTTCTTGACTGGCCGTGTTGTCGTCTTCGC
CTTCTTCCTCGATACACTTCACTTCGTCTGACGAACTCGAGTTATTGGTAGTGGAGTGGT
TCCGGCTGTGCGGCCTGAAGCCGGGTCCGGGCGGCAGGTTCTTCTGGACGCAGCAGTTCA
CGCCCGGACTGAAGTGCAGCTCCACGTGGAACCTTTCTTCTGAAAACGGATCTTTGGTTG
GATCTTCGTAGAGCATGACGACTATCTGTGACATGTAGTTGAGTTCGGAAACCATTGACA
CGTACTCCATCGCTCGACGCCATTGTTCGTCTTTCATTACGTCAAGTAGTCCCCCGAACC
GCAGCACGGTGAGTAGCGAGTGCACGTGACTCTCGCTCGTGAAGTACAGTCGCGTGCGCA
CGTGGCGACCCGGACTTGACACGCCGTGGCTGTACCTGGGATTTAGTCGATTGACAGTCT
CTTCACCAGACTCTTCTATATTTCTCTGTAGATCTGCTCTTATTTTTTTCAACAAAGGCG
TACATATTCCTTGTCCGATAGTTAACTTTTCTTGCATTGTTAATCCATATTCCTGTGGTA
TGACAATGTCAGCAAGATATTTGGCGTAAATATATAGTTCCTCTGCACAGTCGAATTGTA
GCGTGTGTTGATTATGTTGGAGATCGTATTTAATACAATCGTATATGTCGGGTATCTTCG
ATATGTCATAAGTTTTGTTTTTTGTGCAGAAATCCTTTTCTATTTTACCCCAGCGCCGTC
CCATTAGCTCCCAGGTCTCACCATGATATAAGATGGTATCTTTAGTCTTGGGATCGTCTC
GTTTAGCGATGACTATGGCGAGCAGGTTGTGTATGAGTTGGTGCACGTGCGCACAGCAGC
GCGCCGGGTTCTTGACGAACTCCATGGCGGTGGCGATGCTCAGCGAGCCGCACGGGTTGA
TGCGCGCGCGGTCCGACTCCGTGAACTCGCGCTCCACCTGCATCGCTTCGTGAAGACGAG
CTTTAGCCATGTTTTGAACTTTCGAAGAGTCACAATCGTTGTCCAATAGCCCATTAGTAT
TAGCCGACTTCACCATTTGCACTAGTATTGGTGTGAGTTCCCCTTCAAGCGCCAGTAGTC
CCTTAGCGAAAGCCGCCGCGGTCATCTGAACCCGCCCTTCGTCTGACGCGTATATCTTCA
GATCGTGACGGAATGTTGAATGTAGGCGCAAAAGACCGAGACCTTGAGTCCCAGCTTCGC
CTGGTATATGGCGCCCCTGCCCGCCGGGGTACATACAGCGAAACATCCGTCCGAGCTCCT
CGGCCTGTATGCGGCCCGCCGGCGTCAGCTCGCCGCCCCACTTCAGGATCAGCACCAGCG
ACGGCTCGCCCGCGCACCCGTGCGTGTGCTGCGCGTTACCGTCGTCGGAGCTGGAGCCGC
GCGGGCGGCCGCGGGGCTGGTACTTCATCTGCACCTTGCGGTTGATGCCCGAGAAGTGAC
CGTACATCTCCAGAACGCTCTTGAGTTGTTCTAGTTTCCCCTGCTTCTCCTCGATCTCGG
GGTCGGCGTGTCGCGTGTGTATGTCGGCGAGCAGGGCGCGCGCTATGTCCAGTATCTCTT
GTAGTTGTTTCGGTTTCTTTAACTTCACATGCCCGCGTTTATAACCGTCGTATTTCTCAA
ATATTTCAAAGAACCTAGGATGTCTAACCTCGACCTTCATCTTCTGCTTGGGAGTCCTGT
CCCCGTGCCGTATGACGCCGACGACGCACCGCAGCTCCATCATCTTGCCGAAGGTGGTGG
GCACGATGGGCGGGTCGTCGAGCTGGAAGGGCACGGACCAGGGGATGTGCAGCGTGGGAG
CGAGCTCACGCAGGATCATGTTGCCGAGTATCTTGGCGCAGTCGTCGTAGTATTTATTAG
AGTTCTTGACGAACGAAAACCCGTTGACGTCACACACGAACGATTTGCCGTTCGCTCTCA
ACAAATCAAATCCACAGACGGTTTGTTTAAATGCCAGGCACACTTTTCTCGAGATCAACT
TCTCCTGGTTGGAGAGTATGACGGGGTATCTGATCTCCTTGCCCTCCGAGTCCCTCTCCA
CCTTCCCGTCGAGCGCGGGGCTCTTGCGGGCCTCGGCGTGCGCGTAGTCCGGCCCCACCG
TGTACACCTTTACATCTGTACCATCTGTTGGCATGAAATCTTCATAAATAAATGAACCAG
TTTTCCTGACTCTCGATTCGGGAGAATATATGCTACTGCGACTTCCAATCTTTCTAAACA
GTCGTTGACTACCTCCGCCGGCAGAGGTCGGATAGTATATGTAAATGTTGTGATCTTCAG
CAGACACTGGTTTCTCCACGAATGGTTTGTTAAACACTACGCCATTCACTTCCACGTGAT
CTTCGGATTCTACTAATTCGTGATGTTTAGGATCGGGCGAATCTCTGTCCAAAACAGCGT
AACGCGGTATTTCTATTCCTTCACCTTCTAGAATTGCGTAAACCCTTCTGCGGTCCTGTA
TGTCGTATTGCATATGAAGATTATTAATAACGTAAGGTTTCCTTAGTTTCTCGTATTGTA
TAGCCTTGTCCAATGGGAAGCCTTTTGAATGAAATGAAATCAGACAATCGCAAATAGGCC
ACTCTTCCACTGGTTTCTTAAGGATAACCTCCTCAGGGAAGACCAGCATCTTGATGTACT
CAAACTCATCGAGCCGAGTTAGGATCTCCTTCATGGGTTTCGATTGCGACTTCTTCGCCA
TCGCACACACACCGACCACCACCTTCTTCCCGCCATCGCAGTCTAATGACTCGCACAGGT
CCAATTCACCAGAATTTCTTATAGGAACAAGGTTCCCATCGTCGCCAACGTAGAATTGCG
GTTGAGTAGCTTGTCGTAAGCCCTGATAACCATGTTCAAGTTCAGTATAAGACATATCAC
ACTTAAAATAATGGATATAGGAGCTCTAAATCCTGCTTTGTACACTAAACGAAATACGAA
ACAAAATCTAAAAAAACTATATTGAAGAAGAGCTTCGGTGTCACTTTTAGGACATGGTAG
TTGTTCAAATCACAGAAAAAAAATAATTTTGTTATAATCAGATGAAGTGGGTTGAGATTC
AGCTTGAGACACGGTTGAGGTCAATTCTATGGGTCAATTTGGGTCATTTGGGACAACTTT
TGAGAATCGTAGAATGAAGTAGGCTTGTCGAAAAAATATCGATACATCGATATTATTTTT
TAAATAATCGATATTTTTTTGTAGTAAGCACAAGGTGGAATTCTT
(4185 bp)

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