KEGG   Mus musculus (house mouse): 26390
Entry
26390             CDS       T01002                                 
Symbol
Mapkbp1, 2810483F24Rik, JNKBP-1, Jnkbp1, mKIAA0596
Name
(RefSeq) mitogen-activated protein kinase binding protein 1
  KO
K21763  mitogen-activated protein kinase binding protein 1
Organism
mmu  Mus musculus (house mouse)
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:mmu03036]
    26390 (Mapkbp1)
Chromosome and associated proteins [BR:mmu03036]
 Eukaryotic type
  Centrosome formation proteins
   Other centriole associated proteins
    26390 (Mapkbp1)
SSDB
Motif
Pfam: WD40 ANAPC4_WD40 eIF2A NBCH_WD40
Other DBs
NCBI-GeneID: 26390
NCBI-ProteinID: NP_036071
MGI: 1347004
Ensembl: ENSMUSG00000033902
UniProt: Q6NS57 A0A0A0MQA2
Position
2:119802868..119857884
AA seq 1503 aa
MMAGEGSTITSRIKNLLRSPSIKLRRSKAGNRREDLSSKVTLEKVLGVTVSGGRGLACDP
RSGLVAYPAGCVVVLFNPRKHKQHHILNSSRKTITALAFSPDGKYLVTGESGHMPAVRVW
DVAERSQVAELQEHKYGVACVAFSPSAKYIVSVGYQHDMIVNVWAWKKNIVVASNKVSSR
VTAVSFSEDCSYFVTAGNRHIKFWYLDDSKTSKVNATVPLLGRSGLLGELRNNLFTDVAC
GRGEKADSTFCITSSGLLCEFSDRRLLDKWVELRTTVAHCISVTQEYIFCGCADGTVRLF
NPSNLHFLSTLPRPHALGTDIASITEASRLFSGGVNARYPDTIALTFDPTNQWLSCVYND
HSIYVWDVRDPKKVGKVYSALYHSSCVWSVEVYPEIKDSHQACLPPSSFITCSSDNTIRL
WNTESSGVHGSTLHRNILSNDLIKIIYVDGNTQALLDTELPGGDKADGSLMDPRVGIRSV
CISPNGQHLASGDRMGTLRIHELQSLSEMLKVEAHDSEILCLEYSKPDTGLKLLASASRD
RLIHVLDAGREYSLQQTLDEHSSSITAVKFAASDGQVRMISCGADKSIYFRTAQKSGEGV
QFTRTHHVVRKTTLYDMDVEPSWKYTAIGCQDRNIRIFNISSGKQKKLFKGSQGEDGTLI
KVQTDPSGIYIATSCSDKNLSIFDFSSGECVATMFGHSEIVTGMKFSNDCKHLISVSGDS
CIFVWRLSSEMTISMRQRLAELRQRQRGIKQQGPTSPQRASGAKQHHAPVVPPSGPALSS
DSDKEGEDEGTEEEELPALPILSKSTKKELASGSSPALLRSLSHWEMSRAQETMEYLDPA
PVANTGPKRRGRWAQPGVELSVRSMLDLRQIETLAPSPRGPSQDSLAVSPAGPGKHGPQG
PELSCVSQNERAPRLQTSQPCSCPHIIQLLSQEEGVFAQDLEPAPIEDGIVYPEPSDSPT
MDTSAFQVQAPTGGSLGRMYPGSRGSEKHSPDSACSVDYSSSRLSSPEHPNEDSESTEPL
SVDGISSDLEEPAEGDEDEEEEGGTGLCGLQEGGPHTPDQEQFLKQHFETLANGTAPGGP
ARVLERTESQSISSRFLLQVQTSPLREPSLSSSGLALTSRPDQVSQVSGEQLKGSGATPP
GAPPEMEPSSGNSGPKQVAPVLLTRRHNNLDNSWASKKMAATRPLAGLQKAQSVHSLVPQ
DEVPSSRPLLFQEAETQGSLGSLPQAGGCSSQPHSYQNHTTSSMAKLARSISVGENPGLA
TEPQAPVPIRISPFNKLALPSRAHLVLDIPKPLPDRPTLTTFSPVSKGLAHNETEQSGPL
VSLGKAHTTVEKHSCLGEGTTHKSRTECQAYPGPNHPCAQQLPVNNLLQGPESLQPLSPE
KTRNPVESSRPGVALSQDSELALSLQQCEQLVAELQGNVRQAVELYRAVTSYKTPSAEQS
HITRLLRDTFSSVRQELEVLAGAVLSSPGGSPGAVGAEQTQALLEQYSELLLRAVERRME
RRL
NT seq 4512 nt   +upstreamnt  +downstreamnt
atgatggctggagaagggtcaaccattactagccgtatcaagaacttgctgaggtctcca
tccatcaaattacgcagaagtaaagcaggaaaccggagagaggacctcagctccaaggta
accttggagaaggtcctgggagtaacagtatctggaggaagaggacttgcttgtgacccc
cgatctggcttagttgcctacccagcagggtgtgtggtcgtcctcttcaatccccggaag
cacaaacagcaccacatcctcaacagctccaggaaaaccattactgcccttgccttctcc
cctgatggcaagtacttggtcactggagagagtgggcacatgcctgccgtgcgggtttgg
gatgtggctgaacgtagccaggtggcagagctacaggagcataagtatggtgtggcttgt
gtggctttctccccaagtgccaagtacattgtgtctgtgggctaccagcatgacatgatt
gtcaacgtgtgggcctggaagaaaaacattgtagtggcctccaacaaagtatccagtcgg
gtaaccgcagtgtccttttctgaagactgcagctactttgtcactgcaggcaaccggcac
atcaaattctggtacctggatgacagtaagacctcaaaggtgaacgccactgtgcccctg
ctgggccgctcggggctgctgggggagctgaggaacaacctgttcactgatgtggcctgt
ggccgaggggaaaaggctgatagcactttctgtatcacgtcgtcggggctgctgtgcgag
ttcagcgatcgcaggcttctggacaaatgggtggagctaaggaccactgtggcccactgc
atctctgtcacccaagaatacatcttctgtggctgtgctgatggcacggtgcgccttttc
aatccttccaacctgcacttcctcagtaccctacctagaccccatgctcttggaacagac
attgccagcatcactgaggccagtcgcctcttttctggaggggtcaatgcaaggtaccca
gacaccattgccttgaccttcgatccaactaatcagtggctatcttgtgtatacaacgac
cacagcatatatgtttgggatgtgagggaccccaagaaagtggggaaggtgtactccgct
ctgtatcactcctcctgtgtctggagtgtggaggtctaccctgagatcaaggacagtcac
caggcctgtcttccccccagttcctttattacttgctcctcagacaacaccatccgcctg
tggaacacagagagctctggggtacatggctctaccctgcaccgtaacatcctcagcaat
gatctcattaagatcatctatgtggatgggaacactcaggctttgttggacactgagctg
cctggaggagacaaagctgatgggtcgctgatggacccccgagtgggcatccggtccgtg
tgtattagccccaatggacagcacctggcctccggagaccgcatggggacacttaggata
catgaactgcagtccctgagtgagatgctgaaagtggaggcccacgactctgagatcttg
tgcctggagtactctaagccagacacaggtttgaaactgctagcatcggcaagccgggac
cgtctgatccacgtgctggatgctggccgggaatatagtctacagcagacactggatgag
cattcatcttccatcactgctgtcaagtttgcagccagtgatgggcaagtgcgaatgatc
agctgtggtgcagacaagagcatttacttccgaactgcacagaagtctggagaaggagta
cagtttacacgaacgcaccacgtggtacggaagacaactctctatgacatggacgtggag
cccagctggaagtacacggccatcggctgccaagaccggaatattcggatctttaacatt
agcagcggaaagcagaaaaagctgtttaaagggtcacagggtgaagatggcactctcatt
aaggtgcagacagacccctcagggatctacattgccactagctgttccgataagaatctc
tccatttttgacttctcctcaggcgagtgtgtggccaccatgtttggccactcagagatt
gtcactggcatgaaatttagtaacgattgcaaacatctcatctctgtgtcaggggacagc
tgcatctttgtctggcgtctgagctctgagatgaccatcagcatgaggcagcgcttggct
gagctgcggcagcgccagcgagggatcaagcagcaaggaccaacctctccccagagggct
tctggagccaagcagcaccatgctccagtggtacccccttctggaccagctctttcctca
gacagtgacaaggagggagaagatgagggtactgaagaagaagaactgccagctctgccc
atccttagcaagagcaccaagaaagaactagcctcaggctctagtccagccttgctccga
agcctgtcccactgggaaatgagtcgggcacaagagaccatggagtacctggacccagct
cctgtagctaacacaggacctaaaagaagagggcgctgggctcagccaggcgtggagctg
agtgttcgctccatgttggacctgagacagatagagaccttagccccaagccctcgaggc
cccagccaggactcactggctgtgtccccagctggtcctgggaagcatggtccacagggc
cctgagctgtcatgtgtcagtcagaatgaaagggcccctcggcttcagacctcccaaccc
tgctcctgcccccacattatccaattgttgtcacaagaggaaggagtctttgcccaagat
ctggagcctgcacccattgaagatggtattgtctacccggaacccagtgacagccctacc
atggataccagtgcgtttcaggtgcaggctccaaccggaggatccctaggaagaatgtac
ccaggcagcaggggctcagaaaagcacagtcctgacagtgcatgctctgtggattacagc
agcagccggctttccagccctgaacaccctaatgaagactctgagagcacagagccccta
agtgtggatggcatctcctcagacctggaagagccagccgagggtgatgaagacgaggaa
gaagagggaggcactggcctctgtgggctacaagaaggcggccctcataccccagatcag
gaacagtttctaaaacagcactttgagactctggccaatgggactgctccagggggccca
gcacgggtgctagagaggacagagtctcagagcatctcatcacgattccttctgcaagtg
cagacctccccactcagggaaccatccctatcctcctcaggcttggccctgacgtccaga
cctgaccaggtatcacaggtgtctggtgagcagctgaaaggcagtggtgccactcctcca
ggagcacccccagaaatggaaccctcttctggcaactctggccccaagcaggtggctcct
gtgctgttgacacgacggcataacaacttggacaacagctgggcctccaagaaaatggct
gcaacccggcctttagctggactccagaaagcccagtctgtgcatagtttggtaccacag
gatgaggtgccttcatcacgtccactgctcttccaggaggcagagacccagggcagctta
ggatccctgccacaagctggtggctgctcatctcagccccactcctaccagaaccacacc
accagttctatggccaagctagcgcgtagtatttctgttggcgagaatccgggcctggca
actgaacctcaagctcctgtaccgatccgaatctcaccattcaacaaactagctctgcct
agcagggctcaccttgtcctggacatccccaaaccacttcctgaccgtcctactctgacc
acattctcacctgtatccaagggcctggcccacaatgaaacagaacaatcgggccccttg
gtgagcctaggaaaggctcatactacagttgaaaagcactcctgtttaggggagggtact
actcataaatctaggacagagtgccaggcttatcctggacccaaccacccctgtgcccag
caactgccagtcaacaaccttctccaaggccctgagagcttgcagcccctgtcccctgag
aagactcgtaacccagtggaaagcagcaggccaggggtagccctgagccaggactcagaa
ctggccttgagtctgcaacagtgtgaacagctcgtggcagagctccaggggaatgtacgc
caggcagtggagctctaccgagcggtgaccagctataagacaccttcggcagagcaaagt
cacatcacccgtctcctgagagacaccttctcttcggtgcgacaggagctcgaggttctg
gctggggcggtgctgtccagcccaggtggcagccctggggctgtgggggctgagcagacg
caggccctgttggagcaatactccgagctactgctaagagctgtggagcggcgcatggag
cgtagactctga

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (30)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (23)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (1)   
   OC (1)   
Protein sequence (9)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (6)   
DNA sequence (28)   
   RefSeq(nuc) (6)   
   GenBank (11)   
   EMBL (11)   
Protein domain (4)   
   Pfam (4)   
All databases (74)   

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