KEGG   Mus musculus (house mouse): 81910
Entry
81910             CDS       T01002                                 
Symbol
Rrbp1, 1700087N07Rik, 5730465C04Rik, ES/130, mKIAA1398, mRRp0, mRRp1.8, mRRp10, mRRp15a, mRRp15b, mRRp16.8, mRRp2, mRRp41, mRRp47, mRRp5.4, p180
Name
(RefSeq) ribosome binding protein 1
  KO
K14000  ribosome-binding protein 1
Organism
mmu  Mus musculus (house mouse)
Pathway
mmu04141  Protein processing in endoplasmic reticulum
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04141 Protein processing in endoplasmic reticulum
    81910 (Rrbp1)
SSDB
Motif
Pfam: Rib_recp_KP_reg ABC_tran_CTD
Other DBs
NCBI-GeneID: 81910
NCBI-ProteinID: NP_077243
MGI: 1932395
Ensembl: ENSMUSG00000027422
UniProt: Q99PL5 A2AVJ7 Q8CAB9
Position
2:complement(143789315..143853216)
AA seq 1464 aa
MDIYDTQTLGVVVFGGFMVVSAIGIFLVSTFSMKETSYEEALANQRKEMAKTHHQKGEKK
KKEKTVEKKGKTKKKEEKPNGKIPEHDLDPNVTIILKEPVRVSAVAVAPTSVHSSVGHTP
IATVPAMPQEKLASSPKDRKKKEKKVAKVEPAVSSIVNSIQVLASKSAILEATPKEVPMV
AVPPVGSKASSPATSSQGKKGQGAQNQAKKGEGAQNQGKKGEGAQNQAKKGEGAQNQAKK
GEGAQNQGKKGEGAQNQAKKGEGGQNQAKKGEGAQNQGKKGEGAQNQGKKGEGAQNQAKK
GEGAQNQAKKGEGAQNQGKKGEGAQNQSKKGEGAQNQAKKGEGGQNQAKKGEGAQNQAKK
GEGAQNQAKKGEGVQNQAKKGVEGAQNQGKKGEANQNQAKKGEGGQNQTKKGEGPQNQGK
KGEAAQKQDKKIEGAQNQGKKPEGTSNQGKKGEGAQNQGKKGEGAQNQGKKGEGAQNQGK
KGEGAQNQGKKGEGAQNQGKKGEGAQNQGKKGEGAQNQGKKGEGPQNQAKKGEGAQNQGK
KGEGAQNQGKKGEGAQNQGKKAEGVQSQSKKGEGTQNQGKKGDGNPNQGKKGEGASNQNR
KTDTVANQGTKQEGVSNQVKKSEGSPNQGKKAEGAPNQGKKKDGSPSQAKKVDAAANQGK
KSEMAPAQGQKASMVQSQEAPKQDAPAKKKSGSRKKGEPGPPDCDGPLFLPYKTLVSTVG
SMVFSEGEAQRLIEILSEKTGVIQDTWHKATQKGDPVAILKRQLEEKEKLLATEQEDAAV
AKSKLRELNKEMASEKAKAAAGEAKVKKQLVAREQEIAAVQARMQASYRDHVKEVQQLQG
KIRTLQEQLENGPNTQLARLQQENSILRDALNQATSQVESKQNTELAKLRQELSKVNKEL
VEKSEASRQEEQQRKALEAKAATFEKQVLQLQASHKESEEALQKRLEEVTRELCRAQTSH
ANLRADAEKAQEQQQRVAELHSKLQSSEVEVKSKCEELSSLHGQLKEARAENSQLTERIR
SIEALLEAGQAQDTQASHAEANQQQTRLKELESQVSCLEKETSELKEAMEQQKGKNNDLR
EKNWKAMEALALAERACEEKLRSLTQAKEESEKQLHLAEAQTKETLLALLPGLSISAHQN
YAEWLQEFKEKGSELLKKPPTLEPSMDIVLKLREAEETQNSLQAECDQYRTILAETEGML
KDLQKSVEEEERVWKAKVGAAEEELHKSRVTVKHLEDIVEKLKGELESSDQVREHTSHLE
AELEKHMAAASAECQNYAKEVAGLRQLLLESQSQLDEAKSEAQKQSDELALVRQQLSDMR
SHVEDGDVAGSPAVPPAEQDPMKLKTQLERTEATLEAEQTRRQKLTAEFEEAQRTACRIQ
EELEKLRAAGPLESSGKEEITQLKERLEKEKRLTSDLGRAAIKLQELLKTTQEQLTKEKD
TVKKLQEQLGKAEDGSSSKEGTSV
NT seq 4395 nt   +upstreamnt  +downstreamnt
atggatatctacgacactcagaccttgggggttgtggtctttggcgggtttatggttgtt
tctgccatcggcatcttcctggtgtcaaccttctccatgaaggagacgtcgtatgaagaa
gcccttgccaaccagcgcaaggagatggcgaaaactcaccaccagaaaggagagaagaaa
aagaaggagaaaaccgtggagaagaaaggaaagaccaagaaaaaggaagagaaacctaat
gggaagatacctgaacatgacctggatcccaacgtgaccatcatcctcaaggaaccagtg
cgtgtatccgctgtggctgtggctccaacttcagtccattcttctgtgggccatacccct
atagccacagtaccagccatgcctcaggaaaagctggcttcctcccctaaggacagaaag
aagaaggagaaaaaagtggcaaaggtggagccagcagtcagttctattgtgaattccatc
caggttcttgcttcaaagtctgccatcttggaagccacacccaaggaggtgcctatggtg
gctgtgcctccagtgggctctaaggccagttctcctgccaccagcagtcagggcaagaag
ggacagggagcccagaaccaggccaagaagggggagggagcccagaaccaaggcaagaag
ggagagggggcccagaaccaagctaagaaaggagagggggcccagaaccaggccaagaag
ggggagggggcccagaaccaaggcaagaagggggagggagcccagaaccaggccaagaag
ggggaaggaggccagaaccaggccaagaagggggagggggcccagaaccaaggcaagaag
ggagagggggcccagaaccaaggcaagaagggggagggagcccagaaccaggctaagaag
ggggagggggctcagaaccaagctaagaagggtgagggggcccagaaccaaggcaagaag
ggagagggggcccagaaccagtccaagaaaggagagggggctcagaaccaggccaagaag
ggggaagggggccaaaaccaggccaagaagggagagggggctcagaaccaggccaagaag
ggggagggagcccagaaccaagctaagaagggggagggggtccagaaccaggccaagaag
ggggtagaaggggcccaaaatcagggcaaaaagggggaagcaaaccaaaaccaggctaag
aagggtgagggaggccagaaccaaaccaagaagggggaaggaccccagaaccaaggcaag
aagggagaagcagctcaaaaacaggacaaaaaaatagaaggagcccagaatcaaggcaag
aagccagagggaacctcaaaccaaggcaagaagggggagggggcccagaaccaaggcaag
aagggagagggggcccagaaccaaggcaagaagggagagggggcccagaaccaaggcaag
aagggagagggggcccagaaccaaggcaagaagggagagggggcccagaaccaaggcaag
aagggagagggggcccaaaaccaaggcaagaagggagagggggcccagaaccaaggcaag
aagggagaggggccccagaaccaggccaagaaaggagagggggcccagaaccagggcaag
aaaggagagggggcccagaaccagggcaagaaaggagagggggcccagaaccagggcaaa
aaggcagagggggttcaaagtcagagcaagaaaggggaagggacccagaatcagggcaaa
aagggggatggaaatcccaaccaaggcaagaagggggagggggcttccaaccagaacaga
aagacagatacagttgctaatcagggcacaaagcaagagggtgtctcaaaccaggtgaaa
aagtcagaagggtcccctaatcaaggtaaaaaggcagagggagccccaaaccaaggcaaa
aagaaagatggatcccccagccaggccaaaaaagtggatgcagctgccaatcagggtaaa
aagtcagagatggctcctgcccagggtcaaaaggcaagcatggtccagagccaggaggca
ccaaagcaagacgcacctgcaaagaagaagtctggttccaggaaaaaaggagagcctggg
cccccagattgcgacggccctctcttcctgccctacaagacactggtctctacggttgga
agcatggtgttcagtgagggcgaggcccagcggcttattgagattctctctgagaagact
ggagtcattcaagacacctggcataaggccactcagaagggtgaccctgtagcaattctg
aaacgccaactagaagagaaagaaaagctgctggccacagagcaagaggatgcggccgtc
gccaagagcaagctaagggaactcaacaaggagatggcttcagagaaggccaaggctgca
gctggggaggccaaagtgaagaagcagctggtagcccgggagcaggagatcgcagctgtg
caggcacgcatgcaggccagctatcgggaccatgtgaaggaggtgcaacagctgcagggc
aagatccggactcttcaggaacagctggagaatggccctaacacccagctggcccgccta
cagcaggagaactccatcttgagggatgccttgaaccaggctaccagccaggtggaaagc
aagcagaacacagaactggcaaagctccgacaggagctcagcaaggtcaacaaggagcta
gtggagaagtcagaggcctcccggcaggaggagcaacaacggaaggcgctggaagccaag
gcagccacctttgagaagcaggtcctacagttgcaggcatcccacaaagagagtgaagag
gctctgcagaagcgcttggaggaggtcacccgggaactctgccgggcacaaacgagccat
gccaacctccgagcggatgctgaaaaggctcaggaacagcagcagcgagtggcagagttg
cacagcaaattacagtcatctgaggtggaggtaaaaagcaagtgtgaagagctgagtagt
ctccatgggcagctcaaggaggccagggcggagaactcacagctcacagagaggatccgt
tccatcgaagcccttctggaagcaggccaggcccaagacacccaggccagccacgctgag
gccaaccagcagcagactcgtctcaaggagctggagtcccaggtgtcgtgtctggagaag
gaaaccagtgagctcaaggaggctatggaacaacagaaggggaagaacaatgacctccgg
gaaaagaactggaaggccatggaggcactggccttagctgagcgggcctgtgaggagaag
ctgcgttccctaacccaggccaaggaggagtcagaaaagcagctgcacctggctgaggcc
cagaccaaggagaccctgctggccttgcttccggggctctctatctcagcacaccagaac
tatgccgagtggctacaggaattcaaagagaagggctctgagctgctgaagaaaccacct
accctagagccctccatggacatagtcttgaagttgagggaagctgaggagacccaaaac
tctttgcaggctgagtgtgaccagtaccgcaccatcctggcagagacggagggcatgctc
aaagacctgcagaagagtgtggaggaagaagagcgagtgtggaaggccaaggtgggagct
gctgaggaggagctgcacaagtcacgggtcacagtgaaacatctagaagacattgtggag
aagctaaaaggagaacttgaaagctcagatcaggtaagggagcacacatcacatctggaa
gcggagctggagaagcacatggcagcggccagtgcagagtgtcagaattatgccaaggag
gtggcagggttaaggcagcttctgctagaatcgcagtctcagctggatgaagccaagagt
gaagcccagaaacaaagcgatgagcttgccctggtcaggcagcagttgagtgacatgagg
agccacgtagaggatggtgacgtggctgggtctccagctgtccctccagccgagcaggac
cctatgaagttgaaaacacagctggagcggacagaagccaccctggaggctgagcagaca
cggcggcagaagctcacagctgagtttgaggaggctcaacgcacagcgtgtcggatacaa
gaagagctggagaaactccgtgctgctggccccctggagtcgtcaggaaaagaagagatt
acacagctgaaggagagactagaaaaagagaagaggttaacaagtgacctgggccgtgct
gccatcaaacttcaggagctgttgaagacaacccaggagcagctgacgaaagagaaggac
acagtgaagaagttacaagaacaactgggaaaagcagaggatggtagcagctcaaaggag
ggaacctctgtctga

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Ontology (1)   
   KEGG BRITE (1)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (89)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (78)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (5)   
   OC (1)   
Protein sequence (11)   
   UniProt (3)   
   SWISS-PROT (1)   
   RefSeq(pep) (7)   
DNA sequence (55)   
   RefSeq(nuc) (7)   
   GenBank (24)   
   EMBL (24)   
Protein domain (2)   
   Pfam (2)   
All databases (160)   

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