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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoEE_comp69906_c0_seq1
Scaffold_idBomo_Chr16
NCBI non-redundant
(nr)		PREDICTED:_mevalonate_kinase_isoform_X1_[Bombyx_mori]
Ontology
GO:0000166 F nucleotide binding
GO:0004496 F mevalonate kinase activity
GO:0005524 F ATP binding
GO:0005737 C cytoplasm
GO:0006629 P lipid metabolic process
GO:0006694 P steroid biosynthetic process
GO:0008152 P metabolic process
GO:0008202 P steroid metabolic process
GO:0008299 P isoprenoid biosynthetic process
GO:0016126 P sterol biosynthetic process
GO:0016301 F kinase activity
GO:0016310 P phosphorylation
GO:0016740 F transferase activity
GO:0016773 F phosphotransferase activity, alcohol group as acceptor
GO:0019287 P isopentenyl diphosphate biosynthetic process, mevalonate pathway
Transcript
Level		FPKM:12.80 TPM:22.33
ORF EntryO_BomoEE19927_complete:A_BomoEE_comp69906_c0_seq1
Sequence
(Nucleotide)
AAAAAAAAAAACAAACAAAAAAAATACTAATTAAGGAAATGATATATTTTTCAGTACAAA
ATTTAGACAAAATTTAAGTATTTCTAAAAGACAAAAGAAAAACACCTTTGCCGAATCGTT
TAACATATTTTTGATTGAATCTAGCTACAACACTCTCTAAAAATAATATTCATAATTCTA
ATCAACGCGGGAATGTATTTTGTACTCAAACGATGGCTGACTTCAGTAGTGACATGTCAA
AATTGACAGCTGTCAATTCCTGTCATAGCCCAATGAATTTCGATCATGAGTTCTGATCTG
TTTTATTTTCTGTCGATACTGAAATCTAGCAACGATTGGTACGGTGTTTCTAAAAAAAAT
AACCATCTCCAAGTCATGCAAATTTTAAAATAAAAAAAAATTTACTAATTAATATTAATT
TTGTGCGTAAACAAACGTTCAAAAACGAAATAAATAAATTAAAATGAAATGCATAATAAT
ATTTAAGACATAATTTTACCGTCATACGTACGTATTTTTTTTAACACAACAATTATTTAT
TAATAATAGCTTTCATTAGCCACCGACCCTGTCACACATACGCTTTAAATACAAAATAAT
TTAACTAATTCGAGTGGCATCGATTCCTATATCATTGACAGTTCAAGATTAAAAAGACAC
ATACGAACATCGTACATTAAATACGCATTTTTTATTTAATTTAAAGCACTATAAAACATT
AAAAGCCATAAAGCTATGACCAATGTGATAATACCCATAGCTCTATATTTAAACAAAAAC
AATTCTCAAGATGTCAATGTCAAAAGAATAAACGTCACAAAAAATTTGACAGTTGGACTA
AATCATTTCACCCTCATCTCGTTAAATAGCACAGGCATTGATATACAAACATACCACACA
AATATTTACTAAGACGGCAATTCGGTTTATACGAGATATCGGTCAATGGGCACTATGTTC
ATTTAGAAGACACAATTCTTAAATTCCCAAAAATACATTTCTGTATTCAGTTAGGTATTT
GGTCCATATCTCGAATAAATTAGGACCAAAAAAACTGATCAACTGAAGACATAATTATTC
TTTATTTACATTCATTTGTGGGTCATCCAAACTCTGGCTATATTTCACGTCTCTGTTAAT
AATTTTATACGGGATTTTTGTAAATTTTCACCCGTGACATATTTATTATCTAAAACGTTA
CGTTTTTGTTAAGGGCGTAGACACATTTTTGATGAAAATAAAATTGAGAGGGCGCTAAAG
CTCCATCTTGATCCTAATACTGCCACGAGACGGCTGATGCGATCCGATCTCAACGGTGGG
ACATACAGTATATAATAAAATTGATAATTGTGTAGTGCGCTTCAAAAGTGGATGACGACA
TTCAACATTTAGTATCTATGACTTCGGAAACTTTGGAAACCACTGACTATTAAGTGGACC
ACTCTAGTTTACTTACACCTGATATCAGTTAATATAGTTTTTATAAGATTCAGTATGTAT
TTTTTTTACAGTACTAGCCATGGAGCACATGAAAATGTAGTCTTCTAACTATAAAAAACT
CAGATTGCGACATCCAAAACAAATTATTACAATTCTAATTCTAATACTAAATTTTCCTAT
ATACTTTCATTGGAAATAATATCTTAAAACAACAACATAACTAGATCGAATTTACCGTAA
GCAAAAACTTATGAACTCATTACGGTATCAACTGGGACCCAAAACCTTGTAAACCAAACA
ACTTTGGCCTCTCCCACAAATGTCCTGATATAAATAAAAAAAATCACAATACACTGGGAT
TTACATTCGTCTGAAAGAAATCTTTTAATAGTGTTAAGTAAATAGTATTCGAATACCGAT
AAAAGAATAATCGATTGATCGATATTCACTTCACTAGTAGTAGTACATCACCGATGCTTT
CTAAGTCACAATTCGAATAATATCGATTATCATACGATTACAATCAATTGTTTTAACAAT
GATAATTTGTTAGCATCAGACTTTAACCATTAAGTTTAGAGATATAATACTCTAACTTCT
TATTAAATAAAGGAAGGCAGGCGAGTGAGATATTTTTACATCTTACTATCGGTAATATCT
CAAAAAAAAGACCTCAATAAACTCATCTACCATCTCAACTGTCACTGTCACCGCATGACA
GTGAGTTGACACTTGTTTATTTCTTTTCACAAACGGTCCGTGCGCTATGAGACCCGTTGT
CTCTTGTTTGTCTTTGGTCACATCTCTATGGAGACGCCCGGTCCACCGAGCCTCGTCTCC
GTGACCCGGAAACCGTTCTGCAGCAGCTGGCCGGACAGCGAGTCTATCGTCGAACGAGGA
GTCGATGGTGGAATTAAGATCATGGCGTATCCTCCACCTCCGGCTCCGGTGAGCTTGCAG
GCGAGCCCCTTGCTCTTGGCCGCCGCTCGGATCACCTCGAGAGAGGGATGAGACACGCCC
AGAGCCGACAGCAGACAGTGGTTCATGTCCCAAAGCTCTGATAAATGTTGATAGTCCGCC
TCCGTATCGGGGTCACACTTGCCGCTGGAAAGTTTCTCTAAAACCTGAGTGGCAGTGTGC
GCAACGTGTTCACAGGCCTCCATGATGTGGTCCACGGCGGCCGTGTTCCTTTGCCTTAGG
GCCGCCACACGAACGACCAGGGTCCTCGTTTCTCTGGACACCCGCGAATCGACCAGCAAC
ACGCGCAGCTCCATCCTTATGTCGAGATGACGTGGTTTAGCGCCTTTCTTGAACGATACC
AAGTTCCCGAATGTGCAGGTCGCGTTGTCAATACCTGAAGGTGTTCCGTGCATTATCTTC
TCACAATTGAAGGCCCATTCCGATATAATCTCCTTTTCGGTATCCGTAAAATCTTGGCTG
CTCTGATCGTAATATGCATCGAAATTCCCCGAAGAACTCTTCAATTTCAACAGCTGTATC
AATGCTCCTGCTAGACAGACGGCAAAAGACGCCGAACTGCCAGTACCCGCGCCAATGGTG
AGCTCAGATCCCATCGAAATATCCATAGACTTTACCGGTAGATATGTGCTACCGAAAATC
CCGGAAAACACGTATAGGAAACTACGCAAGGAATTCTTTTGATTGTTGGGCAACGAGTCA
AAGTTAGGCTTGATCAAATGCAGGTATTCCTCCACCCTTCGCAAGTGATAGTCATGGTCG
ATTTTGTGGGGTAATCTCCAAGAGAATTTGCCGGTTATCCCTGGTGCCAGTTTAGGATGG
AACAGACTTTTGACTGTCGGCTCCAATGGAATGGTCTCCTGTAGATCCACGCACGGCAAA
TGTATGTGGACTGCTGGTTCGTGTGGAGTGTTTACTTCCTTTATCACTATGGAGCTCCTT
AGGCCGAGGCTGACAGCGATCGCAGTTTTTCCGTACACGACCGAATGCTCTCCATGCAAG
ATGACTTTCCCCGGCGCGGAAACGCTCACCGTAAACAAATTATCGACGGCCGTCAACATT
GTCCTTTTAATGTAATAAGCACACGCGAAATTGACTAGATCTTAAGCAAGGTATAATGAA
CAATAAAAAACTAATGGATTTCGACTACTGCATTGTATTAAATAGTATACATTATTGTGT
CTTCCACTGATCAACAGTTAAGGTTTTCTGGGTGAACGCGTGGATTGTCTTCAGTTCCTC
TTGAAGCAATGTGTTCACCAATCTATGCCTGGCAAGAAGAGGTTTCCCTTTGAACTTGTC
CGATACTATGAGAACAGAAAACTTGGCGCCGCATCCGTCGCTCTCATCTGTCACCTCGAC
GTGAACGGCGTCCAGTTCCTGGGTCAGCTTCTCCTTTAAATATTTCTCCGTATACACCAT
ATTCATTAATAAAAATCCATGCACCGAGCAGTAAAATCGGACACAACTTACACCAATTAA
ACTGCACCTCTCACTAAAATTTACTACGCACAGAAACGGGTTTGATTCACACGACTATTG
GACTTTTTCGAAAGTGAGAAAACGAGAAAGCAGCTCACGAAAGTGAAATTGCGGTCGCTG
AACTAACGAATTTCACACCGGATAAGCAGTGGGTAAGAAGGTAGAAATGGTAGAATCAAA
ATTCTGTCGACTAATTTGATCTATTTTCTGTCAGAAAAAAATTGTATGAACACTTAACAT
GGTAGCACTGACCTTGACCA
(4160 bp)

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