KEGG T05601: 110025452

Phalaenopsis equestris: 110025452

Entry

110025452         CDS       T05601

Name

(RefSeq) LOW QUALITY PROTEIN: RNA cytidine acetyltransferase 1-like

K14521

N-acetyltransferase 10 [EC:2.3.1.-]

Organism

peq Phalaenopsis equestris

Pathway

peq03008

Ribosome biogenesis in eukaryotes

Brite

KEGG Orthology (KO) [BR:peq00001]
09120 Genetic Information Processing
  09122 Translation
   03008 Ribosome biogenesis in eukaryotes
    110025452
09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03009 Ribosome biogenesis [BR:peq03009]
    110025452
Ribosome biogenesis [BR:peq03009]
Eukaryotic type
  90S particles
   Other 90S particles
    110025452

SSDB

Motif

Pfam:

GNAT_acetyltr_2 tRNA_bind_2 TmcA_N Helicase_RecD AAA_22 DEAD

Other DBs

NCBI-GeneID:

110025452

NCBI-ProteinID:

XP_020581594

Position

Unknown

AA seq 1027 aa
MRKIVDSRIRTLIENGVKLRHRSMFVIIGDKYRNQIVNLHYMLSKAVIKSRPTVLWCYKQ
KLELSSHKKKRAKQVKKYMQRGLLDPEKVDAFSLFVESTNITYCLYKDSERVLGNTFGMC
ILQDFEALTPNILARTIETVEGGGLVILLLHSLPSLTSLYTMVMDVHERFRTESHSQTVP
RFNERFLLSIASCKASLVVDDELNILQISSHIRSILPVEVAEDSEGLSEKERELKDLKEQ
FRDELPVGPLIGKCCTLDQAKGVVTFLDSILDKTLRSTVALIAARGRGKSAALGLAVAGA
IVTGYSNIFVTAPSPENLKTLFEFVCKGLNSLDYKEHLHYDLVKSVDPDMKKVIVQINVF
KQHRQTIQYLKPQDHGKLSQVELLVIDEAAAIPLPIVKSLLGPWLVFLSSTVNGYEGTGR
SLSLKLLQQLESQSQISVQNVDNPHSGRLFKKVELHESIRYASSDPIESWLNGLLCLDVA
NYIPNISRMPHPSECDLYYVSRDTLFSYHKESEIFLQRMMALYVASHYKNSPNDLQLMAD
APSHHLFVLLGPVDESKNQLPDILCVIQVCLEGKISQKSAIKSLSEGHSPFGDQIPWKFC
EQFQDTVFPSLSGARIVRIAVHPSALRLGYGSVAVDLLTRYYEGQLSHFSEKDVEEIIEP
KVNVIEAAQKVSLLEENIMPRANLPPLLVHLRERLPEKLHYIGVSFGLTRDLFRFWRKHN
FFPFYIGQIPNAVTGEHSCMVLKPLNTDEIEVGASSQCGFLEPFYQDFCRRFSRLLSTTF
QTLDYKLAMSILASKINFGDHDDVSNEGNTERLRNLLSPFDMKRLEAYTNNCVDYHMILD
LVPVLAHHFFQGELPVTISPVQASVLFCIGMQNHDISHIKEEMKLEREQILSLFIKVMKK
LYKYLYGVAAKEIDASLPRLREVALAPHSISVDEDLNEAAKEVMENMKADKEGILKPEQL
QKYAIVDRESDFEKALGNGGGRVSSSGIISVKSSKLKVENGVRKTGKKKRKEKNDVERSF
SNKKKRN

NT seq 3084 nt +upstreamnt +downstreamnt
atgaggaagattgttgacagtcgaatccgaacgctcatagagaatggcgtgaagctaagg
caccgttcgatgtttgtcataattggcgacaagtatcgtaatcagattgtgaatcttcac
tacatgttgagcaaggcagttataaaatcccggccaacagtcttatggtgctacaaacag
aagctggagcttagcagccacaagaaaaaacgtgctaaacaggttaaaaagtatatgcaa
aggggattgttggatcctgagaaagttgatgcattctctctctttgttgaaagtacaaat
ataacttactgcctctacaaggattcagaaagagtgttgggcaataccttcggcatgtgc
attttacaggattttgaggcattgactccaaatattcttgcaagaacaatcgaaactgtt
gagggtggaggcttggtgattctgttgcttcattctttgccctctctaactagtctttac
actatggtgatggatgtccatgaacggtttaggacggaatctcattcgcagaccgttcca
cggtttaatgagcgtttcttgttatccattgcatcatgcaaggcgtctcttgttgtggat
gatgagcttaacatcctacaaatatcatctcatattagatcaatccttccggtggaagtt
gcagaggattctgaaggattatctgaaaaggagcgggaactaaaggatttgaaagaacag
tttcgtgatgaactccctgttggtcctttaattgggaaatgctgcacattggatcaggcg
aaaggtgttgttacttttttggattccatccttgacaagactcttagaagtactgttgct
ctaatagctgcccgcggacgtggcaaatcggctgctttagggcttgctgtagcaggggcg
attgttacgggatattcaaacatttttgttacagctcctagccctgagaaccttaaaact
ctatttgagtttgtctgcaagggtcttaattcactggactacaaggagcatttgcactat
gatttggtgaagagtgttgatccagatatgaagaaggttattgttcagattaatgtattc
aagcaacatcggcaaacaattcaatatttgaagcctcaagatcacggaaagctttcacaa
gtggagcttcttgttattgacgaagctgccgctattccactacccattgtgaagtcgtta
ttgggtccatggctggttttcctctcatctactgtgaacgggtacgagggaactggtcga
tcattgtcgttgaagcttcttcaacagttggaatcacaaagccaaatttctgttcagaac
gttgacaatcctcattccggtagacttttcaagaaggttgaattgcatgagtccattaga
tatgcttctagtgatcccatcgagtcttggttaaatggtttgctttgcctggatgttgca
aattatattccaaatattagcagaatgcctcatcctagcgaatgtgatctttattacgtt
agtcgtgatacccttttctcatatcacaaagagagtgaaatatttctacagagaatgatg
gcactctatgttgcgtcgcactacaaaaattcaccgaacgacttacaattgatggcagat
gctccttcacatcacttatttgtattgcttggtccagttgatgagtcaaaaaatcagctc
ccagatatactctgtgtgattcaggtgtgccttgaaggaaaaatttcgcaaaagtccgct
atcaaaagtttgagtgaaggtcattcaccttttggtgatcagataccttggaaattttgt
gagcaattccaagacactgtatttccaagcctttctggagcccgaattgttcgcattgct
gttcatccaagtgccttaaggctgggatatggctctgttgcagttgaccttctaacgagg
tactatgaagggcaattgtcacatttttctgagaaagatgttgaggagattatagaacca
aaagttaacgttattgaagcagcacaaaaggtatccttgctggaagagaatataatgcct
agagccaaccttcctccccttctcgttcatcttcgagagcggcttcctgaaaagctccac
tatattggcgtttctttcgggctaacacgagatctttttcgattttggaggaaacataac
ttctttccgttctatataggccaaataccaaatgctgtgactggtgaacatagctgcatg
gttttgaagccactaaacaccgatgaaatcgaagttggtgcttctagtcaatgtggtttt
ctagaaccattttatcaagatttctgcagaagatttagccgacttctcagcaccactttt
caaaccctcgattataaactcgcaatgagcattttggcctcgaagataaactttggtgat
catgatgatgtctcaaacgagggaaacacagagcgtctcaggaatttattgtctcctttt
gatatgaagaggttggaggcatacacaaacaattgtgttgactatcacatgattcttgat
cttgtgccagtacttgcacatcacttcttccaaggtgaactccctgtcactatatctcct
gtccaagcttctgttctgttctgcataggcatgcaaaaccatgacatttcacatataaag
gaggagatgaagttagaaagggagcaaatactatcattatttataaaggttatgaagaaa
ttatacaaatacctatacggcgttgcggctaaagaaattgacgcaagtttacctcgactt
agagaagttgcattggcccctcatagtatatcagttgatgaggatcttaatgaggcagcc
aaggaagtcatggaaaatatgaaagcggacaaggaaggcatcctgaagccggagcagcta
cagaaatacgccattgtggacagagaaagtgattttgagaaagcgcttgggaatggaggt
ggtagggtctcttccagtggtattattagtgtaaaatccagcaagttaaaagtggagaat
ggagtgcgcaaaacgggcaagaaaaagaggaaggagaagaatgatgtggagagatcattt
tctaataaaaagaagagaaattga

All links

Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (16)   

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