SilkBase IMG001 IMG002 IMG003 IMG005 IMG006 IMG007 IMG008 IMG009 kuwako IMG010 IMG011 IMG012

Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomaMG_comp25575_c2_seq1
Scaffold_id
NCBI non-redundant
(nr)		putative_penguin_[Heliconius_melpomene]
Ontology
GO:0000166 F nucleotide binding
GO:0004798 F thymidylate kinase activity
GO:0005524 F ATP binding
GO:0005634 C nucleus
GO:0005739 C mitochondrion
GO:0005758 C mitochondrial intermembrane space
GO:0005759 C mitochondrial matrix
GO:0005829 C cytosol
GO:0006227 P dUDP biosynthetic process
GO:0006233 P dTDP biosynthetic process
GO:0006235 P dTTP biosynthetic process
GO:0007049 P cell cycle
GO:0008283 P cell population proliferation
GO:0009041 F uridylate kinase activity
GO:0009165 P nucleotide biosynthetic process
GO:0015949 P nucleobase-containing small molecule interconversion
GO:0016301 F kinase activity
GO:0016310 P phosphorylation
GO:0016740 F transferase activity
GO:0043627 P response to estrogen
GO:0045445 P myoblast differentiation
GO:0046686 P response to cadmium ion
GO:0046939 P nucleotide phosphorylation
GO:0046940 P nucleoside monophosphate phosphorylation
GO:0050145 F nucleoside monophosphate kinase activity
GO:0071363 P cellular response to growth factor stimulus
Transcript
Level		FPKM:0.93 TPM:0.86
ORF Entry
Sequence
(Nucleotide)
ACTGAAGCTTGGACCCATGTGTGACTTTGGATTAGTTTAGATTGAAACCACGTTTTTCAA
AAATTGATTATTAATAACCCATAATATAAATAGGCGCCAGTTTTTTAAGTCACCAAATAT
AAACAATTCTTCATTCCAAATATAAACAGGTCTTCTTCTAAAAAAATGCAGAAAGGTAAA
AGGAAAAGTGATGAAGATGGTGTTAGTTCACCAAAAAAAGAAAAAACTAAATAGTTCGCA
AACAACAGTTCGCAAAGAACAAGATAGTAAAATTAAAAACATCAAAAACAAAACAAACCT
GAAAGGTAAAAAAATTAATAAGGATGGAGTAAAAGGTTTCAAAAAATTTACTAAAAACGA
CAAAGGATCTAAATTTGTTAAAACAAAAGAAAAATCGAATTTTTCTAAAGATGAAGCAAA
CGGAGAAAAGCCAAAATGGGCTGAAATGAAAAAAGAGAAAAAACAACTAAGGACTGTCAG
ACGTAAAGCCAAAATAACAGCTGAAGTATTTGAGATTTCACATAAGGCCAAGTTGTTAGC
AGCACAAATACAGAGAAAAGTTGTGAAATCTGACTTCAAAATAAACTCCTGTAAAGAATT
GCACAATATGTTAAAGGGACAATACAAGTCTATTGCTCTCACTCATGATCTCAGTCGAGT
TATTCAAGTTCTACTAAAACATAGCCCTGAAGACATTATAAATGAAATAACAAAAGAGCT
TCTAGACATTATAGTACAGATGGGTCAATCTAAGTACGCGCATCATTCTGTTAAGCGAAT
ACTGAAATATGGAACAGATTTCATTAGGCATGAGGTTTTGAAGAAGTTTTATGGACATGT
CGTATCCCTGTCAACTCATGCTATTAGTGCACCTGTGTTGGATTATGCATATGGGGAGTT
TGCCTCGAAAAAGGAAAAATGCCACATGCAACAAGAATTCTATGGAGAGATTTATAAGAA
TACAAAAGATGACAAGGTGAAGACACTCAGAGATGCATACAAAGACAGTCCAGAAATGAA
ATCGGCTATACTCCAGGCCTGTAAGGCCAACTTACAGAAGATATTAGACAAAAACCTACA
TGATGGAGAATTGTTTCATTCTGTGTTATATGACTATATCTGTGAATGCAGCCAAGAAGA
TAGAGTAGATTTTATTTCTATTCTTAGCCCGCTGATTGTCCCACTCAGTAATTCTTTACC
TGGTGTCAATGCTGCCAGTATGTGTGTTTGGCAAGGCACAAATAAAGACAAGAAAACAAT
TTTAAAAGTGGTCAAGGAACATGCTATTCCTTTAAGTAAACATAAGACTGGATACCGCCT
TCTGATTGCTATTTTTGACTCTGTTGACGATACTGTTCTTGTCAAGAAGACTATTGTGTC
CACTCTGGCTGCCAATATAAAAGATATTGCTAAGGACCACTGGGGTAATATGGTGAGTAA
TCTAGAATTTTCTTGAACATGGTAGAATATTAATTGGGATATAAATTGGAAGTCAGAAAG
ATCTTCACAGCTTAGAAACTTAGAAACTGTTGTTGATATTTTTTTTATTCATACATATTA
AAAACCATTAAGTAATTACTGTCTTGACATATAAGACCTCAATTGCATTAAAATAAGGGA
TATTCCCCATTCTCCTCTTAAACTCCAGCACATGCACCAAATATCTTATAAGTATGTCTA
AAAAATTAAAAGTTTTCTACTTTTAAAATACACACATACGCACAAAACCCCTTCATCACA
AGTGACTAAAATATCTTCTGTATTATAAGCACAGAAAATGCAGAATTGCATGTATACTAT
CAGTTCTAAAACTGCAGACCACTATCTAGTAAAATAATGTAGCTATCATGTAACTATTAT
AGTTGGGAAATATTATTAGTTACAGGTGCATTACATAATTTAGCAGTATTAGGTTAGTAT
GTGTTTTTAATGCGCATGCTGTTTCAAAGCCTACTGCACAAAGTTCTATAAATAGGTTGC
AGACACTTAAAACTATTTATAATTTTCAGGTAATTCACTGGTTAGTAAAACCAAAAGACA
CAGCTGCTTTTCATCCTAGTTTAATTAAGTTTTTGGAAGATGGTGCTAAGAGTGGAACAT
CGAAGAAAGACACAGAAATTCGTGTTTCGGAGCTTAGGGAAGCTATATTACCTGCTCTAA
AGAAAGATATGGAAACAGATCCTAAATTCTGGCTTAGCAATAAATCTAATATGTTGTTGG
CTGTTGCTGTATTGTCTATAGGTAAATATGTACATACTTATTTTTAAGTCTACAAAAAGG
TAACAGTCAACTGCCCATAATCGTTATCAGTAAAACGCACGGTATATTCTTATTGAGAAA
TTTGAATTTACAGTTTAAAATTAGTAATGGTGAAAATGTTCAATAAATCACTTCTTTATT
ATCAAATACATGTTTTGTGAGCACACCCTAAATTTAAATCAATTTTGAATTGTATTTTTA
ATATTACATAAAAAATAATGAATAGAAAACAAAAAAGAGATGGGCACGCCGTGGGGTACA
CTGAGTATGTGACTATTCACCCATTTAAAGTATTACAATTATTTTTCTAGAATCATCTAA
AGAGATTCTGCATGCATTGGCAAAAGTGATCTGCGAGACTGACTGGCACATGCAGGTGGA
AGGGAAGGACGATACCCTGGCGATTGAGGATGCTGGCATACACATGTGCTTAAAAAAACT
AGCCAGTTTAGACAAAGAAAAATCGGCTGATACTCTTGGTGAAGCTATAAGTGAACATTT
AAATGATGAAACTATTAAAGTGTGGATACGTACAAATAGGGGTTGCTTTTTCCTATTGAA
ATTGATAGAGAGTAATAGTGAAGAAGTAGCTAAGAAATTAAAGGCGAAATTAAAATCACA
TGTAAATATTTTGAAGCAACAATCATCGGAAGGTGCTAAATTATTGTTACAGAATGTACA
GAATAAATAGTTTAAACTACTCATGACATTGTTTATAATTTAATTGTCTTAATTAAATTT
TGATTTGTTTTAAAAGTATAGTAGTTTGGTAATTTTCTTCTTCACAAATTGCACCACAAA
TTTGGTGAATGTTGATAACCTGCCTAGCCTAGCCTAGAAGCCTAACTTGAGTTTCCAAGC
AAAAAAACAAAAGCTCTAAAATTTATTGATTTATTTCCTAATGTATCTAATTTAATATTT
AAAACATGTAAAGTTTATAAAAATAATTAGTGACTATTTTTTTCTACATAAATATTGCCC
TTATCAAACATCATGTATCAAAAACATTTTATGTTTCTATAAAGGTCGTACAACTTTATA
CAGTTTATACCTATTTACAGTATTGACTCAAGTCAAGATCTACTTTCTTTAAAAAAAAAA
AGTGATTTCACAACTGCAAAATAAAGTCTATTTTAATCAATCACAGTATGGTCATAATCT
AAGCTGTCAGTTCTCAGTCAGCTTCTGAAGCATTGTGTTATGATCTGTGTGTCTCTTTAT
CAAATAAACCCAAACATTACATTATCATTCAGTTCAATCATAGAATTAAACAATGTCCAC
TGGACTTATATGTTACTATTGTATATTTATTAAACTGTGTTTTATATTAAATATCAAAAT
CTAATTAGTAAGAATGCATATTCAATTACAACCTCAGCAGTGTACTGAACGTGTATTATC
TATTCACCCACTAATGCTTCCATACTAGGAAAAGTAATTATCAGCACCAGACTCGACCAT
AAGGCTCGGTAGGAAGCTTGAACACTTTGAACACATTGTCAAGGCAAATAAATAAATAGA
TAAATATTTTATAGTAGATATATGAAATGGGGGAAAAGTGTGTTGACTGGCTACAGACAG
ATAAATTCAGGGATGCCTGTTTCCAAGGCTATCCACGCTGCTGAAGATTGAGCTAGCTGG
CGAACTCGTCAACATAAACGTTATGAACCTCAGCATTGGGCTCAACGAATTATGGAGAAG
AATTCATATAAAAATTATTGTGTTTACACACCTAGGTTACACCTAGTTTTTTTTTTGTTT
GGTTACAAGTTTTTTTTTAGCTTTTAAGGATATGGTTCTTTCTCAAATCTCATCACTATT
TCATTCTATGATTTTAAAAAACATTTACCTATTTATGTACAGGACAAAAGTCACATACTC
TGACTGGTAAGAAATTAAATGAATGTTACGATTCAATCCATATTTTTTTTATGGGGCTAT
TTTCAGCCTCCTTTATGATCTCCAATGATTTGCTTAGAATATCTGTTTGAATTGCGTCCA
TTGTTCTGTTAGCATCCAGGACATCCCAATTCGGTTCTATCAATTTAGAATAAATATTCC
ACACTTTCTTTTGGAAATCTACCACTTCATATCTTTCGTTCCCAAAACCATTCCTTTTCA
AAACTGCTTCAAGAGGCATGGTTAGAAAGAAAACTTTGTCTGGCTGTGGCAAACCAGCAT
CTGGAGACTTGCACCAGTTCAGATCTAAACCTTTTGCTGCTGAAAAGGCTACACCTGAGT
AACAATATCTATCAAGCACTATTGTTGTGCCTCCTTCTAAAGTTTTCATTATGTTTTGGG
CTCGCTCCCAGCGGTTCGCAGAAAATAGTAGATGGATAGCTTCATCTGATAATTCATTCT
TTGAAGATAGATAATTATTTATGACTTTTCCAATTTCTGTCTCACGGGCAGGAAAATTTC
TGTATTCGGCTTCAATGTTGTGCTTTTTCAAGCTTTCAACTAATATTTTCCCTTGTGTCG
ACTTCCCTGTTCTATCGATACCTTCAATAACTATTAAAGCACCTCGTTTCATAATAATAG
TTTTACACTTCTACTGTGGATGTCGCTTGATAATTTGATATGTTTATTTTCTAAGCCTTA
AGCCGCGCTGAAAAGGTCTATATTAAACCCTAACTTAGATGTTTTAGTAACCGTACGGTA
TGTA
(4924 bp)

- SilkBase 1999-2023 -