KEGG   Homo sapiens (human): 9875
Entry
9875              CDS       T01001                                 
Symbol
URB1, C21orf108, NPA1
Name
(RefSeq) URB1 ribosome biogenesis homolog
  KO
K14861  nucleolar pre-ribosomal-associated protein 1
Organism
hsa  Homo sapiens (human)
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03009 Ribosome biogenesis [BR:hsa03009]
    9875 (URB1)
Ribosome biogenesis [BR:hsa03009]
 Eukaryotic type
  Pre-60S particles
   Other pre-60S particles
    9875 (URB1)
SSDB
Motif
Pfam: Npa1 NopRA1
Other DBs
NCBI-GeneID: 9875
NCBI-ProteinID: NP_055640
OMIM: 608865
HGNC: 17344
Ensembl: ENSG00000142207
UniProt: O60287
Position
21:complement(32311018..32393012)
AA seq 2271 aa
MGVPKRKASGGQDGAASSAGAAKRARKEELTGVRFKAQLKDPQGPGPGLEAFVSAAKKLP
REDVYDVVEGYIKISVECVEIFQLLSGEKRPESETMLIFQVFEAILLRTASDLSHFHVVG
TNIVKKLMNNHMKLICESLYASGYRLARACLSLMTAMVTQGPEAARDVCSHFDLNKKTLY
TLVTKRDSKGVYDVRQAYVQFALSFLIAGDDSTIVQVLEVKEFIPCIFSSGIKEDRISTI
NILLSTLKTKVVHNKNITKTQKVRFFTGQLLNHIASLYNWNGITDVNPENVKVSAEEAGK
TMVRELVHNFLMDLCCSLKHGINFYDASLGTFGRGGNLTLLHFLLGLKTAADDDLVADLV
VNILKVCPDLLNKYFKEVTFSFIPRAKSTWLNNIKLLNKIYEAQPEISRAFQTREFIPLP
RLLAMVMVTTVPLVCNKSMFTQALNLDSTSVRHTALSLISVILKRALKTVDHCLNKEVWQ
ESGVYTAVMMEEFVQLFREALSKILPDLNTVVWVWQSLKKQETKQDDKKGQKRSDGPPAA
CDAHQCDDAETILLKAVLLQVICLYQKVVPHVVMQYNFDFSKLLKGVISEQGLREEVPPI
LQHHMLKVALELPASKFLWLKAQEGPDAEIIGGERSVFYLLMKMFVTSSHLQLKSLTKLL
IMKILRDTGVFEHTWKELELWLEHLENTMEEDKETVIQFLERILLTLVANPYSYTDKASD
FVQEASMLQATMTKQEADDMSIPISHIDDVLDMVDVLVEGSEGLDEEIGFTLSEDMILLT
FPFSAVVPAALEARNKLLLGTGNEAAENVVTYLTAVLTDLLHTQRDPLALCLLLQAYDKL
EPPCLVPCCQQLSRFNRYYSLWIPEQAREAWLLQAQGSPSPPALPLASSFTALLQAAYES
QALRDEHIQVQLQATMPHLSMQQVLLAAKQVLLYLRSTVENFGQLGRSVGPPLLQLFLDL
LRRLVVHCEQLDAQNQQRCEAARAEADLFLDMESVASLELANDQTLEEVLVAILRHPTLE
GWFLALEQQALPPHTLSPVLVKLLATHFSAGVLQLLAASAPILQNIGQLGLLARYSEAIT
QSVLKELQNRRAGPATSPPKTPPQLEALQELHPYMEGAQLREVTLALLSLPETHLVTQQP
TKSPGKERHLNALGKTLVQLLTCSPQDQLQSGELLWSSEYVRGLGALLPTLAVDELDTVL
LHTLQRDPVLAPAVGADLLDYCLARRTQAALSIAALLLQESCTHLLWFEQWCLQAGPGLG
LQGDLDDFLPLIHVYLQCRTRSHFTRPAGVSSAVIPVLRKTLWRQLQSRLLSTDSPPASG
LYQEILAQLVPFARAKDLSVLMDRLPSLLHTPSSHKRWIVADSISAALEGSAEELCAWRR
TLLESCVKWLIVSFSGGQQDDDNTQNQEKEMLLRLNALLHALNEVDPGDWQKFVKKGLKF
RYQDHTFLKMLLTAVQLLYSPESSVRTKLIQLPVVYVMLMQHSLFLPTLLTSDGEESPDS
QVKEALVDLMLTVVEMCPSVCESSHFAVLLGAYGATLSVLDQKILLLLRAYEQNKLSLIN
FRVLLWGPAAVEHHKTCRSLGRSLWQQPSVGDILRLLDRDRMMQTILHFPQNRRLLPPED
TQELIFKDKSRVDLDGLYDPCFLLQLFSELTRPEFVVDCRKFLDSNALGLTVTALSSYDP
QMRAIAYHVLAAYYSHLEGARFQEQSQLLYLLDVVRNGIRTQDMRLTFTLALFIAKAALQ
ILKPEEHMYLKVSNFLLSHEYLNMDKVPGFYQFFYSSDFEQKTEQKWVFGVLRQGIRDKQ
CYELCARRGIFHIILSFFHSPLCDEAAQNWILEILQNAAQVARSAYEIIRDYSLLTWILH
ILESKFLETPLLSNVISLLHTLWVTNLGDKAVEWESQRLCQPSSQEPAKRLALHLVNEFL
YVLIVLMKHLRPTLAPVQLTNFFGTLDSVLRYRATVIQAFRDMNRFTVNETVLSTKDVLV
LLHKWSLIERDLKLQEDLRAAIEKAQARELMKMLKDKNKPVMPARAKGPRGRKRRPGEAE
EMADPELMASTLETCKGLLRSILTYWRPVIPGPDPTQEPVDSASPESDAPGPVYAAASLA
VSWVLRSVAEHPLSRAEAAGLIGWLKSHILPHPVVVADLLKDSAVRSSIFRLYSRLCGAE
GLAGPVQEVACLFNTVMLQLVAAQGRAGSPFHPAMEALSLSSLSEKDEATQASAAFLVSL
YIKDIWLGAQRPDTLLTHVRMVCEAADDAPSSEEEAIVVLCKDAASAASDA
NT seq 6816 nt   +upstreamnt  +downstreamnt
atgggggtccccaagaggaaggcctcgggcggccaggacggcgcggcttcctccgcgggt
gcagccaagcgcgcccgcaaagaagagctcacgggcgtgcggttcaaggctcagctgaag
gacccgcagggccccgggccaggcttggaagcgtttgtgtctgctgccaagaagctacca
cgagaagatgtgtatgatgttgtggaagggtatataaagatttctgttgagtgtgtcgaa
attttccagctcctaagtggagagaaacgacctgaaagtgaaacgatgttaatatttcaa
gttttcgaggccatattattgcggacagcaagtgatctttcacatttccatgttgtggga
accaacattgtgaaaaagctgatgaacaaccacatgaagctcatctgtgagtccctgtat
gcctcaggttacaggttggctcgcgcctgcctgagcctgatgaccgccatggtgacccag
ggtccggaagctgccagggacgtctgcagccattttgatttgaataaaaagaccctgtac
accctggtgaccaagagggattcaaagggagtgtacgacgttcggcaggcctacgttcag
tttgctctctcctttttaattgcgggtgatgacagcactatagtgcaggtgttggaagtg
aaagaatttattccttgcatttttagctcagggataaaggaagataggatctctaccatc
aatattttattatccacactgaaaacaaaggtagttcacaataaaaatatcacaaaaacc
cagaaggtgcgtttctttacggggcagttattgaaccacatagcatcgctgtacaactgg
aatgggattaccgatgtgaacccagaaaatgtcaaggtttctgccgaagaagcagggaaa
accatggtgcgggagcttgttcataacttcctgatggatctttgctgttcactcaagcat
ggaattaatttttacgatgcatctttgggtacctttggcagaggcggaaacctgacactc
ttgcacttcttgctgggtttgaaaactgcagctgatgatgatctggtggctgaccttgtg
gtaaacatcctcaaagtgtgcccggacttactgaacaaatacttcaaggaagtaacgttt
tcctttatcccacgagcgaagtctacttggttaaataatatcaaactactaaacaagatc
tatgaggctcagccggagatttcccgggcatttcagaccagagagtttatacccttgcct
cggctcctggcaatggtgatggtgaccaccgtgcccctggtgtgcaataagagcatgttc
acccaagcattaaacttggacagcacctcagtgaggcacacagccttatcccttatttct
gtcattttgaagagggcattaaaaactgttgaccactgcctgaataaagaggtgtggcag
gaatcaggcgtgtacacagctgtgatgatggaagaattcgtgcagctcttcagagaagcc
ctgagcaagattttgccagacctgaacactgtcgtgtgggtctggcagtcacttaaaaag
caagagaccaaacaggatgacaagaaagggcagaaaaggagcgatgggcccccggctgcc
tgcgatgctcaccagtgcgatgatgcagaaaccattcttttgaaagctgttttgctccag
gtcatatgcctctaccagaaggtggtcccccacgtggtcatgcagtacaactttgacttc
agcaagctcctgaaaggtgtcatctctgagcagggccttcgagaggaggtgcctcccatt
ctgcagcaccacatgctgaaggtggccctggagctgccggccagcaagtttctgtggtta
aaggcacaggaaggcccagatgcagaaattattggaggtgaacgatcagtattttactta
ctaatgaaaatgtttgtgaccagtagccatttacaactgaagtcattgaccaaacttctg
atcatgaagattctgcgggacacgggggtgtttgagcacacctggaaggagctggagctc
tggctggagcatttagagaacaccatggaagaggacaaagagactgtgattcagtttctg
gaacgcattttattgacattggtggcgaatccctattcatacacagacaaagcatctgac
tttgtccaagaagcaagcatgctgcaggccactatgacgaagcaagaagccgatgacatg
agcattcccatctcccacattgacgatgttctcgacatggtggatgtcctggtggagggc
agtgaaggcttggatgaggaaatagggttcacgttgagtgaagacatgatcctgctcacg
ttcccattcagtgcggtagtccctgcggccctggaagccaggaataagttgctccttggg
acaggcaatgaagcagcggaaaacgttgtgacatatctgacggcagtgctgactgacctc
ctccacacccagagggaccccctggctctgtgtctcctgctccaggcatatgataagctt
gagcctccatgcctggtgccttgctgccagcagctctcacggtttaacagatactacagc
ctctggatcccggagcaagcccgagaggcctggctgctgcaggcacagggcagcccctcg
ccccctgcccttcccttggcctcgtccttcacagccctgctgcaggcagcctacgagagc
caagcgcttcgggacgagcacatccaggtgcagctgcaggccaccatgccacacctgtcc
atgcagcaggtcctgctcgcggccaagcaggtgttgctctacctgcggagcactgtggag
aacttcggccagctgggcagaagtgtgggcccgcccctcctgcagctcttcctggatctc
ctcaggcgcctggttgtccactgtgagcagctggatgcccagaaccagcagagatgcgag
gccgcccgggccgaagccgacctcttcctggacatggagtccgtggcctcgctggagttg
gccaatgatcagacgctggaggaggtgcttgtggccatcctcaggcaccccaccctggag
ggctggttcctggccctggagcagcaggccctcccgccgcacacgctcagccctgtcctc
gtgaagctcctggccacccactttagtgcaggggtccttcagctgctggcagcaagtgcc
ccgatcctccagaacattgggcagctgggccttctggccaggtactcagaggccatcacc
cagagtgtgctgaaggaacttcagaacaggagggcgggcccggccacatcaccaccaaag
accccgccgcagctggaggccctgcaggagctgcatccatacatggagggtgcccagctc
cgtgaggtcaccctggccttgctgagcctgcctgagacacacctggtgacccagcaaccc
acgaaatcccccgggaaggaaagacacctgaatgctcttggaaagaccctggtgcagctg
ctgacctgcagcccccaggatcagctgcagagtggtgagctcctgtggtcctccgagtat
gtgagaggcctgggggctctgctgcccacgctagcagtggacgagctggacacagtgctc
ctccacactctgcagagagaccctgtgctggcccccgcagtcggggctgatctgcttgac
tactgcctggcccggcgcacacaggcggccctcagcatcgctgccctgctcctccaggag
agctgcacccacttgctgtggttcgagcagtggtgcctgcaggctggcccagggctcggc
ctccagggggacctggacgacttccttcccctcatccatgtgtacctccagtgcaggaca
cggagccacttcacacgcccagcaggagtgtcttccgctgtcattcctgtcttgaggaag
accctgtggaggcagctacagagcaggcttcttagcactgacagtcccccagcatctggg
ctgtaccaggagatcctggcacagctggtcccgtttgcacgagccaaggatctcagtgta
ctcatggaccgcctgcccagcttgcttcacaccccaagcagtcacaagaggtggatcgtg
gccgactccatttcagcagctctggaagggtcagcagaagagctgtgtgcctggagaagg
acccttttggagtcctgtgtgaagtggctgatcgtgtctttcagtggtggacagcaagat
gatgataatactcagaatcaggagaaggaaatgctgcttagattaaatgcgttgttgcat
gcacttaatgaagttgatcctggtgactggcagaaattcgtgaagaagggactcaaattt
cggtaccaggaccacacatttttaaagatgctcctcaccgccgtacagctcctgtacagc
ccagaaagctccgtgcgcacgaagctcatccagctcccggtggtctacgtgatgctcatg
cagcactcgctgtttctgccgactctactgacgtctgacggagaggagagcccggacagc
caagtaaaagaagcgctggtggacctgatgctgacggtggtggagatgtgcccctctgtc
tgtgagagcagccactttgcagtgcttctcggggcctatggcgccactctcagcgtccta
gatcagaagattttacttctgcttcgagcgtatgagcagaacaagctcagcctcatcaac
ttcagggtgctgctgtggggcccagcggccgtggagcatcacaagacgtgccggagcctg
ggcaggtcactgtggcagcagccgagtgtcggggacatccttcgcctgctggaccgggac
cggatgatgcagaccatcctgcacttcccccagaaccggaggctgctgccccccgaggac
acacaggagctgatattcaaagacaaaagcagggtggatcttgatggcctctatgacccc
tgctttctccttcagctcttcagtgagctgaccaggccagagtttgtggtggattgtcga
aaatttttggattcaaatgctctgggcctaactgtcacagccctcagcagctatgacccc
cagatgcgagccatagcctaccatgtcctggcggcctactactcgcacttggagggcgca
cggttccaagagcagtcccagctactttacctgttggatgtagtccggaatgggattcga
actcaggacatgagacttacttttaccttggctctcttcattgccaaagcagccctgcag
attttgaaaccagaggagcacatgtacctgaaggtcagcaacttcctgctgtcgcatgag
tacttgaacatggacaaagtgccaggcttctaccagttcttctacagctccgactttgag
caaaaaacagagcagaagtgggtgtttggcgttctgcggcaggggatccgtgacaagcag
tgctacgaactgtgtgcccggcgtggcatcttccacatcatcctgtccttcttccacagc
ccgctgtgtgacgaggcagcacagaattggattctggaaattctacagaatgctgcccag
gttgccagatctgcgtatgaaatcatacgagactatagccttttaacatggattttacac
atccttgaaagcaagtttctggagactccgctgctgtctaatgtgatctccttgctacac
acactgtgggtgaccaacctgggggacaaggcagtggagtgggagagccagcgcctttgc
cagcctagctcccaggagcctgccaagcggcttgccctgcacctggtcaatgagttcctt
tatgttctcatcgtgctcatgaagcacctgaggcccaccttggcccccgtccagctgacc
aacttcttcgggacacttgactccgtgctgaggtaccgggccactgtcatacaggccttt
agggacatgaacagattcaccgtaaatgagacagtgctttccaccaaggacgtccttgtc
ctcttgcacaagtggagcctcattgaaagagacctcaagctccaggaagacctgagagca
gccattgagaaggcccaagcccgggagctcatgaaaatgctcaaggataagaacaagcct
gtcatgccagcccgagccaaaggcccacggggccgaaagaggaggcctggggaggcagag
gagatggctgaccctgagctgatggcatctaccttggagacatgcaagggcctcctgagg
tccatcttgacttactggagaccagtgatccctggtcctgaccccactcaggagcctgtg
gactcagccagccccgagagcgatgcgccaggccccgtatatgctgccgcttccctggca
gtcagttgggtgctgcggtcggtggccgagcacccgctcagcagggcagaggctgcagga
ctcattggctggcttaagagccatattttgccacaccctgtggtcgtggctgacctcctt
aaggacagtgccgtgaggagcagcatattcaggctgtatagccggctctgtggggctgag
gggctggcagggcctgtgcaggaggtggcctgcctgttcaatacggtcatgctgcagctg
gtggctgcccagggccgggcagggagccccttccacccggccatggaagccctctccctg
tcttctctgagtgagaaggatgaagccacacaagcctccgcagcattcctagtgtctctc
tacataaaggacatctggctgggggctcagcggccggacaccctcttaacccacgtccgg
atggtgtgtgaggccgcagatgatgccccgagcagtgaagaggaggccatcgtggtgctc
tgcaaggacgccgccagcgcagcctcagatgcttga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (22)   
   KEGG ORTHOLOGY (1)   
   RefGene (16)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (11)   
   RefSeq(nuc) (1)   
   GenBank (5)   
   EMBL (5)   
Protein domain (2)   
   Pfam (2)   
All databases (42)   

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