KEGG T01027: MGG

Pyricularia oryzae: MGG_05260

Entry

MGG_05260         CDS       T01027

Name

(RefSeq) hypothetical protein

K14792

rRNA biogenesis protein RRP5

Organism

mgr Pyricularia oryzae

Brite

KEGG Orthology (KO) [BR:mgr00001]
09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03009 Ribosome biogenesis [BR:mgr03009]
    MGG_05260
Ribosome biogenesis [BR:mgr03009]
Eukaryotic type
  90S particles
   Other 90S particles
    MGG_05260

SSDB

Motif

Pfam:

S1 Spt6_S1 TPR_14 RNase_II_C_S1 TPR_19 Suf NRDE-2 PPR

Other DBs

NCBI-GeneID:

2675326

NCBI-ProteinID:

XP_003712817

UniProt:

G4N5F3

Position

3:5181651..5187543

AA seq 1781 aa
MSSLKRKDAPGSKPAAKPPAGEPPSKRPRSDSASKSKDKADKPASAPAAPVVSKLKEDEP
LFPRGGGSVLTPLEHKQIKVQASKDVLFEQESGKSKGKEDRAPKKLKGKKSKTQLKELAK
NADSVKIESLNFKRLVKGSLVLGQISAISALEVEISLPNNVTGHVKATSISTQLTKKLQD
AMDVDQEEEDDDSEIDLTSILSVGQYVRAYVVSTMEEPSTAGAKGKRRIELSLQPELANT
GLSSADVVENSTVAGSISSVEDHGYVVDLGIQNLTGFLSKKEVDKGISAAQLEPGCVHLL
LVTGVKGKIAQVSTLTKKLSNVQLFPGTAKTINTFLPGTAVDVLVSDISGRGLAGKVMGS
LDVTADIIHSGLGPNGVNLEKKYKIGSKVKARVICNFPTSDNLKLGISLLSHLTSLQPRN
AKVDGKEVPPLTALPHSSIVEQCTVTKVEPDIGLFVDTGIEGVPGFVHISRVKDGKVDAL
YEASGPYKTGSVHRGRIVGYNSMDGMYHLSFEKSILERQYLRIEDVPIAEVVNVTIEKMI
VKEDGLSGVIVKLADGITGFVPEMHLADIRLQHPEKKFREGLKVKARVLSVDPAKNQLRL
TFKKTLVNSEAAPIKDFGEASVGQQVQGTIVKIKPIGAFVQFYGTLRGFLPIGEMSESFI
RDPNEHFRTGQVVNVHVISVDPERRRLVVSCKDPAAFGVEKQMALQKLKVGDLVSGSVTE
KSEDNVFLELKDSSLKAVLRAHHLTDKSPSKNQSALSKIRVGQTLEDLVVLEKDEGRRSI
VLSLKPSLVKASQNGQFLTTLADAKVGKLVQGFVRNITPTAVFVQFGGNLTALLPKSMIS
TQNQALEDFGLRLHQAIEVKVHSVEDKRLVVSMPDAEAPKDTKPRHEAKPVSNAVDASIT
STDDISVGTVTKARIASIKKTQLNVALADNVQGRVDISEVFDSWDEITNAKDPLSKFTQN
QIIDVRVIGVHDARNYRFLPFSHRTANSVLELTAKPSSVRAKGQYKPLAMADVKAGSSWL
TFVNNNEDKWLWVNLSPAVRGRIRSSEVSDDSSHGKDLRQNFPVGTALRARVLAVDADNG
KLDLSARSARPNEHMKWEELEKDTVMHARVTKVNDRQVFFQISDSVAAPVQIIDLNDDYD
HANPLKYSKNDIVRVSVVSIDKNHKKLRLSARESRVLSSELPVKDKEITSVSQIEQGTIL
RGFVKNVSDKGLFVTLGGDVTALVRISDLSDAFLKDWKEHFQVDQLVKGRVTSVDKTLGH
VQMSLKASAVDEDYKPLPGYGDLKEGQVITGKVRKVADFGAFILIDKSANVSGLCHRTEM
ADKPVKDATKLYREGDSVKAIILSVDAAKKKVSFGLKPSYFEDADSDEDMEDDEDSDDSG
AALGFDSDDDDDEDEDDDMDDGDSVVLFTGTGGAESSNDEDEEDDDVSMTDAQAGGAALP
GLDAGGFDWSGGNLDADDQDSDASSEEKTKKTKKRRKAEIEVDRTGDLDANGPQTAGDFE
RLLLGQPNSSALWIAYMAFHMQVSELAKAREVAERAINTINVREETEKLNVWIAYLNLEV
AYGTDESLDEVFKRACQYNDDLEVHERLASICIQSGKHDKADELFQAMVKKFGSKSPKVW
LNYAHFLYTSAKSPDRGRALLPRAMKSLGSHAHLELASKFAGLEFRCPGGDPERGRTVFE
GLLSTYPKRLDLRGQLLDLEVAAGSDKAVVRDVFERGTKAKGLKPKQAKKWFQRWAKWEE
ANGDAKSREKVSAKAQEWARLAEARKADTSVQDNDAAEDSG

NT seq 5346 nt +upstreamnt +downstreamnt
atgagctcgttaaaacgcaaagatgctcccggcagcaagccggcagcgaaaccgcccgcg
ggcgaaccaccatctaaacgccctcgatccgattcagcgtccaagtccaaggacaaggcc
gacaagcctgccagcgcgccagcagctcctgttgtttcgaagctaaaggaggatgagcca
ctattcccccgaggaggcggaagtgtcctcacacccctggagcataagcaaatcaaggtg
caggccagcaaggacgtcttattcgagcaagagtctgggaagagcaaggggaaggaagac
cgcgcacccaaaaagctcaagggaaagaagtccaagacgcagctgaaggagcttgccaaa
aatgcagactctgtcaaaatagagagcttaaacttcaagagactcgtcaagggctccttg
gttcttgggcaaattagtgccatcagtgctctcgaggttgaaatctccctgcctaacaat
gttactggccatgtgaaggcgacgtccatctcgacgcagctcaccaaaaagctgcaagat
gcgatggacgttgaccaagaagaggaggacgatgacagcgaaattgatctcacatccatc
ctgtcagttggacaatacgttcgtgcgtatgtggtttctactatggaggagcccagcaca
gctggtgcgaagggcaagaggcggattgagctctcgctacagcctgagctcgcaaacacg
ggcctctcgagcgcggatgttgtcgaaaactccaccgttgcgggctccatctcaagtgta
gaggatcacggatatgtggtggaccttggcatccagaatctcactggcttcttatccaaa
aaggaggtggacaagggcatatcggctgcacaactggagcctggctgtgttcatctccta
ttggttacaggcgtcaagggcaagattgcccaggtatcaacgcttaccaagaagttgagt
aacgtgcagctcttcccaggcacggcaaaaactataaacaccttccttcccggtactgct
gtggatgtgttagtctcggacatatccgggaggggacttgcgggcaaggttatggggtcg
ctggatgtgactgccgacattattcactccggacttggccccaacggagtcaacttggag
aaaaagtacaagattggttccaaagtcaaggccagggttatttgcaatttccccacttca
gataatctcaagcttggaataagtctactcagccatctgacatccctccaaccgagaaac
gccaaagtggatgggaaggaagtgcctcccctgacagctctgcctcactcctccatagtg
gagcagtgcactgtcaccaaggttgaaccagacatcggtctctttgttgacactggcata
gaaggcgttcccgggtttgtccacatctccagggtcaaggatggtaaagtggacgctttg
tatgaggccagcggaccgtacaagaccggatctgtacaccgaggcaggattgtgggttac
aactcaatggatggcatgtatcacctgtcctttgagaagagcatactcgagcgtcagtat
ctgcggattgaggacgtgcccatcgccgaggtggtcaatgttacgattgagaagatgata
gtcaaggaggatggtctgagcggtgtgatcgtcaagttggctgatggcatcactggtttc
gttcctgagatgcaccttgccgacatccgtcttcagcacccagagaagaagttcagagaa
ggtctcaaggtcaaagctcgtgttttgtcggttgatccggccaagaaccagctgcgcttg
acgttcaagaagaccttggtgaactcagaggcagcgcccatcaaggattttggtgaggcc
tcggttggacagcaagtacagggaaccatcgtcaagatcaagcccatcggggccttcgta
caattctacgggactcttaggggcttcttgcccattggagaaatgagcgagagcttcatc
cgggatcccaatgagcatttccgaaccggccaggtcgtcaacgtacacgttatcagtgtg
gaccctgagaggcgccggctggtggtttcttgcaaggatccggctgctttcggagttgag
aagcagatggcgctccagaaactcaaggtcggtgacctcgtgtctggaagtgttaccgag
aaatcagaggacaacgtgttcctcgagctcaaagatagctcgttgaaggctgtcttgcga
gcacaccacctcaccgacaagtcgccctcgaagaaccagtccgcgctcagcaaaatacgt
gttgggcagacccttgaggatttggtcgttctcgaaaaggatgaaggccgtcggtcgatt
gtcttgtccctcaagccaagcctcgtgaaggccagccagaacggtcagttcctgaccacg
ctcgcagatgccaaggtcgggaaactggttcagggctttgtgcgcaatattacaccaacc
gctgtctttgtgcagtttggtggcaacttaaccgctctgttgccaaagtcgatgatttct
acccaaaaccaggctctggaggatttcggactgcgtctacaccaagccatcgaggtcaag
gtacactcagtagaggataagcgcttggtggtttccatgccagatgctgaggcacccaag
gataccaagccacgacacgaggcaaaacccgtctctaacgctgtggatgcatcgatcacg
tcaacagacgacatcagtgtcggcacggtcaccaaggccaggatcgcttctatcaagaag
acgcagctgaacgtggcgctggcagacaacgttcagggacgtgtcgacatctccgaagta
ttcgactcttgggacgagattacgaacgccaaagacccgctgtcaaaattcacacaaaac
cagatcatcgacgttcgcgtcattggcgtgcacgatgcacgcaattaccgcttcttgccc
ttctctcaccgcacggcaaactctgtcttggagctcactgccaagcccagcagtgtgcgg
gccaagggtcaatacaagccgctggccatggccgatgtcaaggccgggtcgagctggctt
acatttgtgaacaacaacgaagacaagtggctgtgggttaacctctctcccgccgtcagg
ggtaggattcggtccagcgaggtgtcagacgacagctcgcacggcaaggacctgcgccag
aacttccccgtgggcactgctctccgggctcgcgtactggctgtcgatgccgacaacggc
aagctggacttgtcggctcgctcagcacggcccaacgagcacatgaagtgggaagaacta
gagaaagacaccgtcatgcacgccagggttaccaaggtgaacgaccgccaggtattcttc
cagatcagcgacagcgttgcggcgcctgtacagatcatcgacctgaacgatgactacgat
cacgccaaccccctcaagtattccaagaatgacatcgttcgagtttcggttgttagcatc
gacaagaaccacaagaagctccgactttcggcacgcgaatcacgcgttctgagctcggag
ctgcccgtaaaggacaaagaaatcaccagcgtgtcccaaatcgagcaaggtaccatcctc
cggggctttgtaaagaacgtttcggacaagggcctgtttgtcaccttgggcggcgatgtc
acggccttggtcaggatatcggatctctccgacgccttcctgaaggactggaaagagcat
ttccaggtcgatcagctcgtgaagggccgtgtcacctctgtcgacaagactctcggtcat
gttcaaatgagcctcaaggcttcggctgtggatgaggactacaagccgcttcctggttac
ggcgacttgaaggagggtcaggtgatcaccggaaaagtccgcaaggttgccgactttgga
gcctttatcctcattgacaaatcagcaaacgtcagcggactctgccacaggactgagatg
gcagacaagcctgtcaaggacgcaactaaactttacagggagggcgacagcgtcaaggca
atcattctcagtgttgatgcggccaagaagaaggtcagttttggactgaagccttcgtac
tttgaggatgccgacagcgatgaagatatggaagacgatgaggatagcgacgattctggc
gcggcacttggattcgacagcgacgatgatgacgacgaggacgaagatgatgatatggac
gatggcgacagcgttgtgctttttacgggtacaggtggcgcagaatcctccaatgatgaa
gacgaggaagacgatgatgtctccatgaccgacgcgcaagccggaggtgccgctcttcca
ggacttgatgcaggagggttcgattggtcaggtggcaaccttgatgctgatgaccaggat
tccgatgcttcttcagaagagaaaaccaagaagaccaagaaaaggaggaaggccgagatc
gaggttgaccgtactggcgacctggatgccaacggaccgcaaactgccggtgactttgag
agattgttgctcggacagccgaattcgtctgcgctgtggattgcatacatggcgttccac
atgcaggtgagcgagcttgccaaggcccgagaggttgctgagagagccatcaacactatc
aacgtgcgcgaggagacggagaagctcaacgtctggattgcatacctcaacctggaggtg
gcttacggtacagacgagagcctggatgaagtcttcaagcgggcttgccagtacaatgac
gacctagaagtccatgaacggttggcaagtatttgcatccagtctggcaagcacgataaa
gcagacgaactcttccaagcaatggtcaagaagttcggtagcaagtctcccaaagtctgg
ctcaactacgcacacttcctctacacttcggccaagtccccagaccgaggccgtgccctc
ctgccccgggccatgaagtccctcggcagccacgcgcacctggagctggccagcaagttc
gcgggactcgagttccgctgccccggcggcgacccggagcgcggccgcaccgtctttgag
gggctgctgtccacctaccccaagaggcttgacctgcgcggccagctcctcgacctcgag
gtggctgctggcagcgacaaggccgtcgtgcgggacgtgtttgagcgcggcaccaaggcc
aagggcctcaagccgaagcaggccaagaagtggttccagcgctgggccaagtgggaagag
gccaacggggacgccaagagccgcgagaaggtatcggccaaggcgcaggagtgggccagg
ttggccgaggccagaaaggccgacacgtcggtgcaggataacgatgctgcggaggactcg
ggatag

All links

Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (38)   
   KEGG ORTHOLOGY (1)   
   RefGene (34)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (52)   

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