KEGG T03137: Moror

Moniliophthora roreri: Moror_5176

Entry

Moror_5176        CDS       T03137

Name

(GenBank) ribosome biogenesis protein

K14536

ribosome assembly protein 1 [EC:3.6.5.-]

Organism

mrr Moniliophthora roreri

Pathway

mrr03008

Ribosome biogenesis in eukaryotes

Brite

KEGG Orthology (KO) [BR:mrr00001]
09120 Genetic Information Processing
  09122 Translation
   03008 Ribosome biogenesis in eukaryotes
    Moror_5176
09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03009 Ribosome biogenesis [BR:mrr03009]
    Moror_5176
Ribosome biogenesis [BR:mrr03009]
Eukaryotic type
  Pre-60S particles
   GTPases
    Moror_5176

SSDB

Motif

Pfam:

GTP_EFTU EFG_C EFG_III GTP_EFTU_D2 MMR_HSR1 EFG_IV YtzH TTD

Other DBs

NCBI-ProteinID:

ESK89228

UniProt:

V2WQW7

AA seq 1064 aa
MVASNVRIITTLGHVDHGKTTLMDYLLAANNIISSRMAGKMRYLDSREDEQERGITMEVS
AVSLKFQVLGRDNNGERSPTSYLVNMIDTPGHVDFSSEVSTASRLVDGALVLVDVVEGVC
TQTIAVLRQAWQDRLQPILVINKFDRLITELQLAPVEAYHHLARLIEQINAVMGSFFAAE
RMEDDLRWREERERRLAEKKDQHADETDAAVNEAEEFQEKDDEDIYFAPEKGNVIFASAI
DGWGFRVGKFAQLYATKLGIKEGNLRRVLWGDFFLDPKTKKVISYKHLRGRALKPLFVQF
VLENIWAVYDAVVLNPNSEKVTRIVTALNLKIPPRDLKSKDTRHLLSLIFSQWLSLSTCV
IQTVIDVVPAPCVAQSKRIPKMLYPELNEGTVTPKNKLEKDLFTASSEPDASICAYVSKM
FAVSYKELPENKKRALTAEEMRARAQEARRAREEARAEQTGKESPEAAAPSGVHYNPDME
IEEANDESEETKEEAEVILGFARLYSGNIRVGQKVYAILPKYTTTLGPTHPHNEQFIIEA
NVEGLYTMMGRELVMTETVKAGNIFAIRGLEGKVWRSATLCTREDMSDSFDSPQLRECLI
NLGRVNRSIAPIVRVALEPAMPADLPKLLAGTKLLSQSDPCVETFQQQTGEHVIVTAGEL
HLERCLKDLRERFARIEIHVSKPIVPFRETAVKGTDMTPPKTAGAPRGTMKGSSSQGIVN
FTIRANPLPKPIRDFLVQNMLILKRLQQERRGTESEAEQVEELVNENRGGIVQNPDINPD
QFWPAMQKVCKEVGGEWEKIVDRIWAFGPQKAGGCILIDARKDSGVQSVKHRLERSRVDD
TDAHNDKTVNEFDNHLETGFQLATFQGPLCAEPVEGLGYFVENLEIDQERLNGEIAQNRM
TQVTGSLISAVRDACKNGLLDWSPRLMLAMYSCDIQCSTEVLGKVYGVVARRRGRIVAEE
MKEGTSFFTVSALLPVVESFGFAEDIRKRTSGAASPQLIFSGYEMLDQDPFWVPTTEEEL
EDLGEKADRSNIAKGYMDAVRDRKGMFVDRKIVEFAEKQRTLKR

NT seq 3195 nt +upstreamnt +downstreamnt
atggtggcatccaatgttcggataatcacgactcttggccatgttgaccacggaaagacc
acgcttatggactatcttctcgccgcaaataacataatatcgtcaagaatggccgggaaa
atgagatatttagacagtcgagaagatgagcaagagagaggaattacaatggaagtcagc
gcagtgtcgctcaagttccaagttttgggtcgggataataatggagaaagatccccaaca
tcgtacttggtgaatatgattgatacccccggacatgtagatttctccagtgaggtctcc
acagcatctcgcctggtagacggagcacttgttctcgtcgatgtagttgagggtgtatgc
acccagacgatcgcagttctgagacaagcctggcaggaccgtctccagcccattcttgtc
atcaataaattcgatcgactcattacagagctccagctcgctccagttgaggcatatcat
catcttgctcgtctcatcgaacagataaacgccgtcatgggtagcttcttcgccgcggag
agaatggaggatgatcttagatggagagaagaacgtgaacggcgtttggctgagaagaag
gaccaacatgccgacgagaccgacgctgctgtgaacgaagcggaggagttccaggaaaag
gatgatgaagatatctattttgcaccggagaaaggaaatgttattttcgcgtctgctata
gatggctggggctttcgtgttggcaaatttgcccagctttacgcgacgaaattggggatc
aaagaaggtaacctgagaagagtgctatggggcgatttcttcctggatccgaagaccaag
aaggtgatcagttacaagcatcttcgcggacgtgccctcaagcctttatttgtccaattt
gtgctggagaatatctgggctgtatatgatgctgtagtcttgaacccgaattcggaaaag
gttacgagaatcgtcacggcattgaatctgaaaatcccacctcgagacctcaagtcgaaa
gatacgcgccacctattgtcgctcatcttctcacaatggctttccctctccacatgtgtc
attcaaactgtcattgatgtcgttccggcaccctgcgttgcacaatccaaacgtatacct
aaaatgctctaccccgagctgaacgaaggaacagttactccaaagaacaaactggagaag
gacctgttcacagcgtcctccgagccagatgcgtccatttgtgcatatgtgagcaagatg
tttgccgtgtcatacaaggagctaccggagaacaagaagagagctctgactgcggaggag
atgcgtgcgcgagcccaggaagcaaggcgcgcgcgagaagaggcgcgggctgaacagacg
gggaaggagtccccagaagccgcggctccttctggtgttcattataaccctgacatggaa
atcgaggaagctaacgacgaatcagaagaaacgaaagaggaggccgaagtcatcctgggg
ttcgctcgtttgtactctggtaatattcgggtcggccagaaggtctacgctattctgccg
aagtacactaccacgctgggacccacgcatccacataatgagcagttcatcatcgaagcg
aatgtcgagggtttgtacacgatgatgggtcgggaactggtcatgacagagaccgttaag
gctgggaatatttttgccattcgggggctggaagggaaggtctggagaagtgcaaccctg
tgcacacgggaggacatgtcagatagttttgatagtccacagctacgagagtgtctgatc
aatcttggccgcgtcaaccgttcgatcgcgcctatcgtgcgggtagcattggaacctgcc
atgcctgctgatctgcccaaactgctggctggtacgaagcttctcagtcagtcagaccct
tgcgtagagacttttcagcaacagacgggagaacacgtcattgtgaccgcgggagagttg
catctagagagatgtctgaaggacctacgtgagagattcgcccggattgagattcatgtt
tccaagcctatcgtacctttccgtgagacggcggtgaagggcacagatatgacccctcca
aaaactgcaggtgccccaagaggaaccatgaaaggttcgagttcccaaggaattgttaat
ttcacgatacgtgcaaaccccttgccaaaaccgataagggacttccttgtccagaatatg
ctgattctcaagaggcttcagcaggaacgacgagggacggaatcagaggcggaacaagta
gaggaactcgttaatgaaaaccgcggaggtatcgtccagaatccagacatcaatccggat
caattctggcctgccatgcagaaagtttgcaaagaagtcggaggggaatgggagaaaatt
gtcgaccgcatctgggcattcgggcctcagaaagcaggtggctgtattctcattgacgca
agaaaggattcgggagtgcagtcagtgaaacaccgactagagcgttcgagagtggatgac
actgatgctcacaatgataagaccgttaacgagtttgataatcaccttgagaccggcttc
cagctggcaaccttccagggcccattatgtgcagagccagttgagggtctaggctacttc
gttgagaatttggaaatagatcaggagcgtttgaatggggagattgctcaaaatcgtatg
acacaagtcacaggctcgctaatctcagccgtcagagatgcgtgcaagaacggcctgttg
gactggtctcccaggctgatgctggcaatgtattcgtgtgatatccaatgttcaacggag
gttcttggcaaagtgtatggtgttgtcgcgcggcgcagaggtcgaatagtagcagaagaa
atgaaagaaggaacgtcattcttcactgtctctgctctcttaccagtggtggaaagtttt
ggtttcgccgaagatatccgcaagcgcacgtcgggtgcggcaagtcctcaactcatcttt
agcgggtatgaaatgctggaccaagatccattctgggtcccgacaacagaggaagaattg
gaagatcttggagaaaaggcagaccggtcgaacattgcgaaagggtatatggatgcagtg
cgggataggaaaggaatgttcgtggataggaaaattgtagagtttgcagagaagcagagg
acattgaagcggtaa

All links

Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (8)   
   Pfam (8)   
All databases (16)   

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