KEGG T01002: 19386

Mus musculus (house mouse): 19386

Entry

19386             CDS       T01002

Symbol

Ranbp2, A430087B05Rik, NUP358

Name

(RefSeq) RAN binding protein 2

K12172

E3 SUMO-protein ligase RanBP2 [EC:2.3.2.-]

Organism

mmu Mus musculus (house mouse)

Pathway

mmu03013

Nucleocytoplasmic transport

mmu03250

Viral life cycle - HIV-1

mmu05014

Amyotrophic lateral sclerosis

Brite

KEGG Orthology (KO) [BR:mmu00001]
09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    19386 (Ranbp2)
  09125 Information processing in viruses
   03250 Viral life cycle - HIV-1
    19386 (Ranbp2)
09160 Human Diseases
  09164 Neurodegenerative disease
   05014 Amyotrophic lateral sclerosis
    19386 (Ranbp2)
09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:mmu03019]
    19386 (Ranbp2)
   03110 Chaperones and folding catalysts [BR:mmu03110]
    19386 (Ranbp2)
   04121 Ubiquitin system [BR:mmu04121]
    19386 (Ranbp2)
Messenger RNA biogenesis [BR:mmu03019]
Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     19386 (Ranbp2)
Chaperones and folding catalysts [BR:mmu03110]
Protein folding catalysts
  Peptidyl prolyl isomerase
   Cyclophilin
    19386 (Ranbp2)
Ubiquitin system [BR:mmu04121]
Ubiquitin ligases (E3)
  UBL E3 ligases
   19386 (Ranbp2)

SSDB

Motif

Pfam:

Ran_BP1 Zn_ribbon_RanBP IR1-M Pro_isomerase EVH1_PP4R3 WH1 TPR_1 TPR_2 TPR_14 TPR_CcmH_CycH ARM_TT21_C TPR_16 TPR_8 ANC1_spectrin TPR_11

Other DBs

NCBI-GeneID:

NCBI-ProteinID:

MGI:

Ensembl:

UniProt:

Position

10:58282674..58329977

AA seq 3053 aa
MRRSKADVERYIASVQGSAPSPREKSMKGFYFAKLYYEAKEYDLAKKYISTYINVQERDP
KAHRFLGLLYEVEENIDKAVECYKRSVELNPTQKDLVLKIAELLCKNDVTDGRAKYWVER
AAKLFPGSPAIYKLKEQLLDCKGEDGWNKLFDLIQSELYARPDDIHVNIRLVELYRSNKR
LKDAVAHCHEADRNTALRSSLEWNLCVVQTLKEYLESLQCLDSDKSTWRATNKDLLLAYA
NLMLLTLSTRDVQEGRELLESFDSALQSVKSSVGGNDELSATFLETKGHFYMHVGSLLLK
MGQQSDIQWRALSELAALCYLVAFQVPRPKVKLIKGEAGQNLLETMAHDRLSQSGHMLLN
LSRGKQDFLKEVVESFANKSGQSALCDALFSSQSSKERSFLGNDDIGNLDGQVPDPDDLA
RYDTGAVRAHNGSLQHLTWLGLQWNSLSTLPAIRKWLKQLFHHLPQETSRLETNAPESIC
ILDLEVFLLGVIYTSHLQLKEKCNSHHTSYQPLCLPLPVCRQLCTERQKTWWDAVCTLIH
RKALPGTSAKLRLLVQREINSLRGQEKHGLQPALLVHWAQSLQKTGSSLNSFYDQREYIG
RSVHYWRKVLPLLKMIRKKNSIPEPIDPLFKHFHSVDIQASEIGEYEEDAHITFAILDAV
NGNIEDAMTAFESIKNVVSYWNLALIFHRKAEDIENDALSPEEQEECKNYLRKTRDYLIR
ILDDSDSNTSVVQKLPVPLESVKEMLNSVMQELEDYSEGGTLYKNGCWRSADSELKHSTP
SPTKYSLSPSKSYKYSPKTPPRWAEDQNSLLKMICQQVEAIKKEMQELKLNSNNSASPHR
WPAEPYGQDPAPDGYQGSQTFHGAPLTVATTGPSVYYSQSPAYNSQYLLRPAANVTPTKG
PVYGMNRLPPQQHIYAYSQQMHTPPVQSSSACMFSQEMYGPPLRFESPATGILSPRGDDY
FNYNVQQTSTNPPLPEPGYFTKPPLVAHASRSAESKVIEFGKSNFVQPMQGEVIRPPLTT
PAHTTQPTPFKFNSNFKSNDGDFTFSSPQVVAQPPSTAYSNSESLLGLLTSDKPLQGDGY
SGLKPISGQASGSRNTFSFGSKNTLTENMGPNQQKNFGFHRSDDMFAFHGPGKSVFTTAA
SELANKSHETDGGSAHGDEEDDGPHFEPVVPLPDKIEVKTGEEDEEEFFCNRAKLFRFDG
ESKEWKERGIGNVKILRHKTSGKIRLLMRREQVLKICANHYISPDMKLTPNAGSDRSFVW
HALDYADELPKPEQLAIRFKTPEEAALFKCKFEEAQNILKALGTNTSTAPNHTLRIVKES
ATQDNKDICKADGGNLNFEFQIVKKEGPYWNCNSCSFKNAATAKKCVSCQNTNPTSNKEL
LGPPLVENGFAPKTGLENAQDRFATMTANKEGHWDCSVCLVRNEPTVSRCIACQNTKSAS
SFVQTSFKFGQGDLPKSVDSDFRSVFSKKEGQWECSVCLVRNERSAKKCVACENPGKQFK
EWHCSLCSVKNEAHAIKCVACNNPVTPSLSTAPPSFKFGTSEMSKPFRIGFEGMFAKKEG
QWDCSLCFVRNEASATHCIACQYPNKQNQPTSCVSAPASSETSRSPKSGFEGLFPKKEGE
WECAVCSVQNESSSLKCVACEASKPTHKPHEAPSAFTVGSKSQSNESAGSQVGTEFKSNF
PEKNFKVGISEQKFKFGHVDQEKTPSFAFQGGSNTEFKSIKDGFSFCIPVSADGFKFGIQ
EKGNQEKKSEKHLENDPSFQAHDTSGQKNGSGVVFGQTSSTFTFADLAKSTSREGFQFGK
KDPNFKGFSGAGEKLFSSQSGKVAEKANTSSDLEKDDDAYKTEDSDDIHFEPVVQMPEKV
ELVTGEEDEKVLYSQRVKLFRFDAEISQWKERGLGNLKILKNEVNGKLRMLMRREQVLKV
CANHWITTTMNLKPLSGSDRAWMWLASDFSDGDAKLEQLAAKFKTPELAEEFKQKFEECQ
RLLLDIPLQTPHKLVDTGRAAKLIQRAEEMKSGLKDFKTFLTNDQVKVTDEENASSGADA
PSASDTTAKQNPDNTGPALEWDNYDLREDALDDSVSSSSVHASPLASSPVRKNLFRFGES
TTGFNFSFKSALSPSKSPAKLNQSGASVGTDEESDVTQEEERDGQYFEPVVPLPDLVEVS
SGEENEQVVFSHRAKLYRYDKDVGQWKERGIGDIKILQNYDNKQVRIVMRRDQVLKLCAN
HRITPDMTLQTMKGTERVWVWTACDFADGERKIEHLAVRFKLQDVADSFKKIFDEAKTAQ
EKDSLITPHVSHLSTPRESPCGKIAIAVLEETTRERTDLTQGDEVIDTTSEAGETSSTSE
TTPKAVVSPPKFVFGSESVKSIFSSEKSKPFAFGNSSATGSLFGFSFNAPLKNSNSEMTS
RVQSGSEGKVKPDKCELPQNSDIKQSSDGKVKNLSAFSKENSSTSYTFKTPEKAQEKSKP
EDLPSDNDILIVYELTPTPEQKALAEKLLLPSTFFCYKNRPGYVSEEEEDDEDYEMAVKK
LNGKLYLDDSEKPLEENLADNDKECVIVWEKKPTVEERAKADTLKLPPTFFCGVCSDTDE
DNGNGEDFQSELRKVCEAQKSQNEKVTDRVGIEHIGETEVTNPVGCKSEEPDSDTKHSSS
SPVSGTMDKPVDLSTRKETDMEFPSKGENKPVLFGFGSGTGLSFADLASSNSGDFAFGSK
DKNFQWANTGAAVFGTQTTSKGGEDEDGSDEDVVHNEDIHFEPIVSLPEVEVKSGEEDEE
VLFKERAKLYRWDRDVSQWKERGIGDIKILWHTMKKYYRILMRRDQVFKVCANHVITKAM
ELKPLNVSNNALVWTASDYADGEAKVEQLAVRFKTKEMTESFKKKFEECQQNIIKLQNGH
TSLAAELSKDTNPVVFFDVCADGEPLGRIIMELFSNIVPQTAENFRALCTGEKGFGFKNS
IFHRVVPDFICQGGDITKYNGTGGQSIYGDKFDDENFDLKHTGPGLLSMANYGQNTNSSQ
FFITLKKAEHLDFKHVVFGFVKDGMDTVRKIESFGSPKGSVSRRICITECGQL

NT seq 9162 nt +upstreamnt +downstreamnt
atgaggcgtagcaaggccgacgtggagcggtacatcgcctcggtgcagggctccgccccg
tcgccccgagagaagtcaatgaaaggattctattttgcaaagctgtactatgaagctaaa
gaatatgatcttgctaaaaaatacatttctacgtatattaatgtgcaagagagagaccct
aaagcccacagatttttgggtcttctttatgaagtcgaagaaaatatagacaaagctgta
gaatgttataagcgttcagtggaattaaacccaacgcaaaaagatcttgtgttgaagatt
gcagaattgctttgtaaaaatgatgtgactgatggaagagcaaaatactgggttgaaaga
gcagccaaacttttcccaggaagtcctgccatttataagttaaaggaacaacttttagat
tgtaaaggtgaagatggatggaataaactttttgacttgattcagtcagaactttatgca
agacctgatgatattcatgtaaatatccgactagtagagctttaccgttcaaataaaaga
ttgaaggatgctgtggcccactgccatgaggcagacaggaacacagctttacgttcaagt
ttagaatggaatttatgtgttgtacagactcttaaggaatatctggagtctctgcagtgt
ttggattctgataaaagtacttggagagcaaccaataaagacttacttctagcctatgct
aaccttatgctacttacactttccaccagagatgtgcaggaaggtagagaactattggaa
agctttgatagtgctcttcagtctgtgaagtcttctgtgggtggaaatgatgagctatca
gctactttcctagaaacaaaaggacatttctacatgcatgttggttctctgcttttgaag
atgggtcagcagagtgacatccagtggcgagctctttctgagctggctgcattgtgctat
cttgtagcatttcaggttcccagaccaaaggttaaattaataaaaggagaagctggacaa
aatctcctggaaacgatggcccacgatcgccttagccagtcagggcacatgttgttaaac
ttaagtcgtggcaagcaagactttctaaaggaagttgtggaatcttttgctaacaaaagc
ggccagtctgctctctgtgatgctctgttttccagtcagtcatccaaggagagatccttt
cttgggaatgatgatattggaaaccttgatggacaagtgccagaccctgatgacttggct
agatatgatactggtgccgttcgagcacataatggtagtcttcagcaccttacctggctt
ggcttacaatggaattcactgtctactttaccagcaattcgaaaatggttaaaacagctc
ttccaccatttgcctcaggagacgtcaaggcttgaaacaaatgcacctgaatcaatctgt
attttagatcttgaagtattcttacttggagttatatataccagtcacttacaattaaag
gagaagtgtaattctcaccacacttcctatcaaccattgtgtttgccacttcctgtgtgc
agacagctttgtacagagagacagaagacgtggtgggatgcagtttgtactctgattcac
cgaaaggcgctacctggaacctcagcaaaattgcgacttctagttcaacgtgaaataaac
agtctgagaggccaggaaaagcacggccttcaacctgctctgcttgtgcattgggcccag
agtcttcaaaaaacaggcagcagtcttaattctttttatgatcaacgggaatacataggc
agaagtgttcattattggaggaaagttttaccattgttgaagatgatcagaaagaagaat
agtattcctgaacctattgatcctctgtttaaacatttccatagtgtggatattcaggca
tctgaaattggtgaatatgaagaagatgcacacataacttttgctatattggatgctgtt
aatggaaatatagaagatgctatgactgcttttgaatctattaaaaatgtagtttcttat
tggaatcttgcactgattttccacaggaaagcagaagacattgaaaatgatgccttgtct
cctgaagaacaagaagaatgcaaaaattatctgagaaagactagggactacctgataagg
attttagatgatagtgattcaaatacttctgtggttcagaaattgcctgttccccttgag
tctgtaaaagagatgctgaactcagttatgcaggaacttgaagactacagtgaaggaggt
actctttataaaaatggttgctggcgaagtgctgattcagagttaaagcattcaacacca
tctcctaccaaatattctctatcaccaagtaaaagttacaagtattctccaaagacacca
cctcgatgggcagaagatcaaaattctttactgaaaatgatctgccagcaagtagaggcc
attaagaaagagatgcaggaattgaagctaaatagcaataactctgcatcccctcatcgc
tggccggcagagccttacggacaagacccagctcctgacggatatcagggctcacaaact
tttcacggggctccactaacagttgcaactactggcccatcagtatattatagtcagtca
cctgcatataactcccagtatcttctcagaccagctgctaatgtaactcccaccaagggt
ccagtttatggcatgaataggcttccaccccaacaacatatttatgcatattcacaacag
atgcacacaccaccagtgcaaagttcatctgcttgtatgttctctcaggagatgtatggt
cctcccttgcgttttgagtctcctgcaacaggaattctatcacctaggggtgatgattat
tttaattacaatgttcaacagacaagcacaaatccacctttgccagaaccagggtatttc
acaaagcctccacttgtagctcacgcttcaaggtcagcagaatcaaaggttatagaattt
ggaaaatccaatttcgttcagcccatgcagggtgaagtaataaggccacccttgacaaca
ccagcacatacaacacagccaactccctttaaatttaactcaaatttcaaatcaaatgat
ggcgacttcacattttcatcaccacaggtagtggcccagcctccttcaacagcttatagc
aatagtgaaagtcttctaggtcttctgacttcagataagcctttacaaggagatggctat
agtggactaaagccaatatctggccaagctagtgggtctcggaatacattcagttttgga
agcaaaaatacacttacagaaaacatgggcccaaatcagcagaagaattttggttttcat
cgcagtgatgacatgtttgcttttcacggtccagggaagtctgtatttacaacagctgct
tccgagctggcaaataaaagtcatgagacagatggaggaagtgctcatggggatgaggag
gatgatggccctcactttgagcctgtggtacctcttcctgacaagatagaagtaaaaact
ggcgaggaagatgaagaagaattcttttgcaatcgtgcaaagttgttccgttttgatggt
gaatccaaagaatggaaggaacgtgggataggcaatgtaaaaatactaaggcataaaaca
tctggtaaaattcgccttctgatgagacgagagcaagtattaaagatctgtgcaaatcat
tacataagcccagatatgaaactgacgccaaatgctggctcagatagatcttttgtatgg
catgcccttgattatgcagatgaattgccaaaaccagaacagcttgcaattagattcaaa
actcctgaggaagcagcactatttaagtgtaaatttgaagaggcccagaacattttaaaa
gccttaggaacaaacacatctacagcaccaaatcatactcttagaattgtaaaggagtct
gcaactcaggataacaaggatatttgcaaagctgatggtggaaacttgaattttgaattc
cagattgtaaagaaggaagggccttactggaattgtaacagctgctcctttaagaatgct
gcaactgctaagaaatgtgtatcatgccagaatacaaacccaaccagtaacaaagagctc
ctaggtcctccattagttgaaaatggctttgctcctaaaactggcctggaaaatgctcaa
gatcgatttgcaacaatgactgcaaataaagaaggccattgggactgcagtgtttgttta
gtaagaaatgaacccaccgtctctaggtgcattgcatgtcagaacacaaagtctgcgtct
tcgtttgttcaaacttctttcaaatttggtcagggagatcttcctaagtctgttgacagt
gatttcagatctgttttttctaaaaaagaaggtcagtgggaatgcagtgtatgcctagtc
cgaaatgaaagaagcgctaaaaaatgtgttgcttgtgagaacccaggaaaacagttcaaa
gaatggcattgtagtttgtgctcggtgaaaaatgaagcacatgctataaaatgtgttgct
tgtaataatcctgttacaccaagtttatctactgcacctccctcttttaagtttggtacc
tcagagatgagtaagcctttcaggattggatttgagggtatgttcgccaagaaagaagga
cagtgggactgtagcttgtgttttgtccgaaatgaagccagtgctactcactgtattgct
tgtcagtatccaaataagcagaatcagcctacatcttgtgtatcagctcctgcctcttca
gagacaagcaggtctccaaagagtggatttgaaggcttattccccaaaaaggaaggagag
tgggagtgtgctgtttgttctgtacaaaatgagagctcttccctaaaatgtgtggcttgt
gaagcctccaagccaactcataagcctcatgaagctccttcagctttcacagtgggctca
aagtcacagtcaaatgaatctgcaggaagtcaagtgggaacagaattcaaaagtaacttt
ccagaaaagaattttaaagttggcatttcagagcagaaatttaaatttgggcatgtggat
caagaaaaaacaccttcctttgcctttcagggtggctctaatacagaatttaagtcaatc
aaggatggatttagtttttgcattcctgtatctgctgatgggtttaaatttggcattcag
gaaaagggaaatcaagagaaaaagagtgaaaaacatcttgaaaatgaccctagtttccaa
gctcatgatactagtggtcagaagaatggtagtggtgtggtctttggtcagacaagcagc
acctttacctttgcagatcttgcaaagtcaacatcaagagaagggtttcaatttggcaag
aaagaccctaattttaagggattttcaggtgcaggagaaaaattattctcgtcacaaagc
ggcaaagtggctgagaaagcaaatacgtcttctgatctcgagaaagatgatgatgcatat
aagactgaggacagtgatgacatccattttgagccagtagtgcagatgccagaaaaggtg
gaactagtaacaggagaagaagatgaaaaagttttgtattcacaaagggtgaaattattt
agatttgatgctgagataagtcagtggaaagaaaggggtttggggaatttaaaaattctc
aaaaatgaagtcaatggtaaactgagaatgctgatgcgaagagaacaagtgctaaaagtt
tgtgccaatcattggataaccactacaatgaacctgaagcctctctcggggtcagataga
gcatggatgtggctagctagtgatttctccgatggtgacgcgaaactggaacaactggct
gcaaagtttaaaacgccagagctagctgaagaattcaagcagaaatttgaggagtgtcaa
cgtcttctcttagacattccacttcagacaccccataaacttgtagatactggcagggct
gctaaattaatacagagagctgaggaaatgaagagcggcctgaaagatttcaaaaccttt
ttgacaaatgatcaagtaaaggtcaccgatgaagagaatgcaagttcaggtgcagatgct
cccagtgcatcagacaccacagccaagcaaaatcctgataacaccgggcctgccttagaa
tgggataactatgacttacgggaggacgccttggatgacagtgtcagcagcagctcagtt
catgcttctccattggcaagcagccctgtgcggaaaaacctcttccgctttggtgagtcc
actacaggatttaacttcagttttaaatctgctctgagtccatctaagtctccagccaaa
ttgaaccagagtggagcttcagttggcactgatgaggagtctgatgttactcaagaagaa
gagagagatggacagtactttgaacctgttgttcctttacctgatctagttgaagtatcc
agtggtgaggaaaatgaacaagttgtttttagtcacagagcaaaactttacagatacgat
aaagatgttggccagtggaaagaaagaggcattggagatataaagatcttacagaattat
gataataaacaagttcgcatcgtgatgagaagggaccaggtattaaaactttgtgccaat
cacagaataactccagatatgactttgcaaactatgaaagggactgaaagagtgtgggtg
tggactgcatgtgattttgcagatggagaaagaaaaatagaacatttggctgttcgtttt
aaactacaggatgttgcagactcatttaagaaaatttttgatgaagcaaaaacagcccaa
gaaaaagattcattgataacacctcatgtttctcatctgagcacccctagagagtcacca
tgtggcaaaattgctattgctgttttagaagaaaccacaagagaaaggacagatttaact
cagggagatgaagtaatagatacaacttcagaagctggagaaacatctagcacttctgaa
acaacaccaaaagcagtagtttctcctcctaagtttgtatttggctcagaatctgttaaa
agcatttttagtagtgaaaaatccaagccatttgcatttggcaacagttcagccactggt
tctttgtttggatttagttttaatgcacctttgaaaaatagcaatagtgaaatgacttcc
agagtccagagtggatctgaaggaaaagtaaaacccgacaaatgtgagctgccacagaac
tctgacatcaagcaatcttctgatggcaaagtcaaaaatctcagtgccttttcaaaagag
aactcttcaactagttatacatttaaaacaccagaaaaggcacaagagaagagcaaacct
gaagatctcccctcagataatgatattctcattgtgtatgaactcactcccacccctgag
cagaaagccctggcagagaaacttctgcttccttcaactttcttttgttataagaatagg
cctggctatgttagtgaagaagaggaggatgatgaagattatgaaatggctgtcaagaag
cttaatggaaaactctatctggatgactcagaaaaaccattggaagaaaatctagcagat
aatgacaaggaatgtgttattgtttgggaaaagaagccaacagttgaagaaagagcaaaa
gcagatactttaaagcttccacctacatttttctgtggagtctgcagtgatactgatgag
gacaatggaaatggggaggattttcagtcagagcttcgaaaagtctgtgaagctcagaaa
tcccagaatgagaaagtgactgatagagttggtattgagcatataggtgagactgaagta
acaaaccctgttggctgtaagtctgaagaacctgattctgataccaaacacagtagctca
tcccctgtttctgggactatggacaaacctgtcgatttgtccactagaaaagaaactgac
atggaattcccaagcaaaggggaaaacaagcctgttttgtttggatttggaagtggtaca
ggcctgtcatttgcagacttggcttcaagtaattctggagattttgcttttggctctaaa
gataaaaatttccagtgggcaaatactggagcagctgtgtttggaacacagacaacaagt
aaaggtggcgaggatgaagacggcagtgatgaagatgtagttcataatgaggacatccac
tttgaacctatagtctccttaccagaggtagaagtgaaatctggagaggaagatgaagaa
gttttgttcaaagagagagccaaactttataggtgggacagagatgtcagtcagtggaag
gagagaggtattggagatataaagattctctggcatacaatgaagaagtattatcggatc
ctaatgagaagagaccaggtttttaaagtgtgtgcaaaccatgttattaccaaagccatg
gaattaaaacctttaaatgtttcaaacaatgctttagtctggactgcctccgattatgct
gatggagaagcaaaagtagaacagcttgcagtgagatttaagacaaaggaaatgactgag
agttttaagaaaaaatttgaagaatgtcaacaaaatataataaaactccagaatggacat
acatcccttgcagcagaattatcaaaggacaccaatcctgtggtgttttttgatgtttgt
gcggatggtgaacctctaggacggataatcatggaattattttcaaatatcgttcctcaa
actgctgagaacttcagagcattatgcactggagagaagggctttggttttaagaactcc
atttttcaccgagtagttccagattttatttgccaagggggagatattaccaaatacaat
ggaacaggtggacagtccatttatggagataaatttgacgatgaaaactttgatttgaaa
cacactggtcctggcttactatccatggccaattacggccagaataccaacagttctcaa
ttttttataacactgaagaaagcagaacatttggactttaagcatgtagtatttgggttt
gttaaggatggcatggatactgtgagaaagattgaatcatttggttctcctaaagggtct
gttagtagaagaatttgtatcacagaatgtggacagctataa

All links

Gene (67)   
   RefGene (60)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (3)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (21)   
   RefSeq(nuc) (1)   
   GenBank (10)   
   EMBL (10)   
Protein domain (14)   
   Pfam (14)   
All databases (105)   

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