KEGG   Mus musculus (house mouse): 17938
Entry
17938             CDS       T01002                                 
Symbol
Naca, Gm1878, mKIAA0363, skNAC
Name
(RefSeq) nascent polypeptide-associated complex alpha polypeptide
  KO
K03626  nascent polypeptide-associated complex subunit alpha
Organism
mmu  Mus musculus (house mouse)
Pathway
mmu04928  Parathyroid hormone synthesis, secretion and action
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09150 Organismal Systems
  09152 Endocrine system
   04928 Parathyroid hormone synthesis, secretion and action
    17938 (Naca)
SSDB
Motif
Pfam: NAC HYPK_UBA
Other DBs
NCBI-GeneID: 17938
NCBI-ProteinID: NP_001106670
MGI: 106095
Ensembl: ENSMUSG00000061315
UniProt: P70670
Position
10:127869144..127884506
AA seq 2187 aa
MPGEATETVPATEQELPQPQAETAVLPMSSALKVAAVGQPGPTPPSSLGPQQSPIVTAHQ
PSPLPSSVSSTPFEVPFAQPITAETALPSGTAPPTPTFLPHLIGPPISPAALALASPMIG
LAQKGARSSSAPLSLVALAPHSVQKSSVCPPHPLTSPPSAAGAELGALTASIPPLEPKTS
TSQVPSQGTLNLKGTAPCPPDVVRAFPSHLENPLASVQPGLMSCPQTLSNTSPVKGVPIS
SALTQSRLSLNLKGPVSPPARNTAAPSIPLAPSTSLGCHLPLLHHSSVDSPIQPPGQSGL
AVSNPTSVGHSGIAASCPPERCVVPALPSRLLAVDSGAAPSDDKGSSAVTNELCSPPGSS
NVAGTSLSPKASLVPKGSNVALQPLVTQVPASQKTGLKEIPVSCIGATHHALDNPSAISV
APATHVPPPTSSGLVSSKDPASPVTSLVVPAAHKQFPAPPASATLGVPVSPLPATEGLKN
LPISALVNVGAPVSPAQAGLPTRKDTTLQPLAPIALKESPSSQSASSLEVLSEDTVTKKT
TGGPAPVVRPAIAGVATTTSLRADSPPAVIRADSCVSPNTVSQPLKRSVTDPAMAPRTAK
NTAPSTTSPLVPLASEGCPVASSMALSPQNASVSETALALSPEIPKSVPFPDPPLAEISF
SNARKVDAVSHMESSGSSRQGHPDASVTAKGTVVCLADSSLDTSVSASKGSALSGASSPL
YPLEVSFLPEAGLAVQGPKGSLNKLSPTPPSSKGAPVPSTGAPPSPKGAPIVPTESSISS
KQVPAEILPSPQKTPEVTASRLISAVQSPKVDPIMSDVTPTSPKKTSATAVPKDTSATLS
LKSVPAVTSLSPPKAPVAPSNEATIVPTEIPTSLKNALAAATPKETLATSIPKVTSPSPQ
KTPKSVSLKGAPAMTSKKATEIAASKDVSPSQFPKEVPLLPHVPPTSPPKSPVSDTLSGA
LTSPPPKGPPATLAETPTYPKKSPKPAASKKTPATPSPEGVTAVPLEIPPCSKKAPKTAA
PKESSATSSSKRAPKTAVSKEIPSKGVTAVPLEISLPLKETSKSATPGEKSASSPKRSPK
TAGPKETPPGGVTAVPPEISLPPKETPQNATPNESLAASSQKRSPKTSVPKETPPGGVTA
MPLEIPSAPQKAPKTAVPKQIPTPEDAVTILAGSPLSPKKASKTAAPKEAPATPSVGVIA
VSGEISPSPKKTSKTAAPKENSATLPPKRSPKTAAPKETPATSSEGVTAVPSEISPSPPT
PASKGVPVTLTPKGAPNALAESPASPKKVPKTAAPEETSTTPSPQKIPKVAGPKEASATP
PSKKTPKTAVPKETSAPSEGVTAVPLEIPPSPRKAPKTAAPKETPAPSPEGATTAPVQIP
PSPRKGSKKAGSKETPTTPSPEGVTAAPLEIPISSKKTSKMASPKETLVTPSSKKLSQTV
GPKETSLEGATAVPLEIPPSHKKAPKTVDPKQVPLTPSPKDAPTTLAESPSSPKKAPKTA
APPSERVTTVPPEKPATPQKASATTASKVPVPAETQEVAVSSRETPVTPAVPPVKNPSSH
KKTSKTIELKEAPATLPPSPTKSPKIPSSKKAPRTSAPKEFPASPSIKPVTTSLAQTAPP
SLQKAPSTTIPKENLAAPAVLPVSSKSPAAPAAASASLSPATAAPQTAPKEATTIPSCKK
AAATETPIETSTAPSLEGAPKETSETSVSKVLMSSPPKKASSSKRASTLPATTLPSLKEA
SVLSPTATSSGKDSHISPVSDACSTGTTTPQASEKLPSKKGPTAFTEMLAAPAPESALAI
TAPIQKSPGANSNSASSPKCPDPSSKKDTKGLPSAVALAPQTVPVEKDTSKAIETLLVSP
AKGSDCLHSPKGPVGSQVATPLAAFTSDKVPPEAVSASVAPKPAPAASLTLAPSPVAPLP
PKQPLLESAPGSVLESPSKLPVPAEEDELPPLIPPEAVSGGEPFQPILVNMPAPKPAGTP
APAPSAKQPVLKNNKGSGTESDSDESVPELEEQDSTQTATQQAQLAAAAEIDEEPVSKAK
QSRSEKKARKAMSKLGLRQVTGVTRVTIRKSKNILFVITKPDVYKSPASDTYIVFGEAKI
EDLSQQAQLAAAEKFKVQGEAVSNIQENTQTPTVQEESEEEEVDETGVEVKDIELVMSQA
NVSRAKAVRALKNNSNDIVNAIMELTM
NT seq 6564 nt   +upstreamnt  +downstreamnt
atgcccggtgaagccacagaaaccgtccctgctacagagcaggagttgccacagcctcag
gctgagacagctgtgcttcctatgtcttcagccttgaaagttgctgctgtagggcagcct
ggacctacccctccttcttccctgggcccccagcaaagccctatagtaactgctcatcag
ccttctccactcccttctagtgtttcctcgaccccctttgaagttccttttgcccagccc
ataacagctgaaactgctctgccctcaggaactgcccctcccaccccaactttcctgcca
cacctgatagggcctcccatttccccagctgcgctagccttggcctctcccatgataggt
ctagctcagaaaggtgccaggtcctcctcggctcccttgtctctggtcgcattagctcct
cattcggttcagaagagctctgtatgtccccctcaccctctcacctcacctccatcagct
gctggagcagagttgggggcattgacagcttccatccctcccttagaaccaaagacttct
accagtcaagttccctctcagggaaccctgaatctaaaaggcactgccccgtgtcctcca
gatgtagtcagggcttttccttcccaccttgaaaaccccctggcctctgttcagcctggt
ttaatgtcctgtcctcaaacactatccaacacttccccagtgaaaggtgtccccatttcc
tcagctctgacacaaagtcggctaagccttaacctaaagggacctgttagtccacctgct
cgtaacactgcagctcccagcatccccctagcaccctctacttctctgggctgtcatctt
ccacttctgcatcacagttctgtggattctcccatccagcctccaggtcagtcagggctt
gcagtgagtaatcccacttctgtaggtcactctggtattgcagcctcttgcccacctgag
agatgtgtagttcctgcccttccctccaggctgctggctgttgattctggggcagctcca
tctgacgacaaaggctcctctgctgttactaatgagctctgcagccctcctggctcttca
aatgtagctggtacttccttgtctcctaaagcctctctcgttcccaaaggttctaatgtt
gctctacagcctttggtgactcaagttcccgcttctcaaaaaactggtttaaaagaaatt
cctgtctcctgtattggagccacccaccatgccctggataacccttctgccatttctgta
gcacctgccactcatgtgcctcctccaacttcatcaggtcttgtgagtagtaaagaccca
gcttcccctgtcacgtcactcgtcgtacctgctgctcacaagcagtttcctgctcctcca
gcatcagctactctaggggtgccagtgtctcctctgccagccactgaaggccttaaaaat
cttcctatttcggcattagtaaatgtaggcgcccctgtttctccagcccaggcagggctc
cctaccagaaaagacactactctgcagcccttggcccccatagcacttaaagagtctccc
tcttctcagagtgcatcatctctggaggtactttcagaagacactgtaacaaagaagact
acaggaggacctgcccctgtagtgcggccagccattgctggggttgctactactacttcc
ctgcgtgctgactctccacctgctgtcatcagggcagattcttgtgtcagcccaaacact
gtcagtcagcctctcaaacgttctgttactgacccagcaatggctcctagaactgccaaa
aatactgctccttctaccacttcacctttggttcctttagcctctgaaggctgtcctgtg
gcttcatctatggctttgtccccccagaatgcttctgtttctgagactgctttggcattg
tcccctgaaattcccaagtctgtgccctttcctgatcctcccttagctgagatttctttt
tccaatgcaaggaaagttgatgctgtctctcatatggagtcttcaggctcctctcgtcag
gggcacccagatgcttctgtgactgccaaagggactgtggtttgtctagctgactcatct
ttagacactagtgtgtctgcatccaagggctctgctctctcaggtgcttcgtctcctctc
tacccacttgaggtttctttccttccagaggcaggtctggctgttcaaggccctaaaggc
tcacttaataagctttctcccactcctccatcctccaaaggggcccctgttccttcaact
ggggctcctccctcccctaaaggagcccctattgttccaacagaaagttctatatcctcc
aaacaggtcccagcagaaattcttccttccccccaaaagaccccagaagttacagcttcc
agactgatctcagcagtccagtctcctaaagtagaccctattatgtcagacgtgacccct
acctctcccaaaaagacttcagcaactgcagtccccaaagatacttcagcaaccctgtct
ctcaaaagtgtcccggctgtgacttccctgtctcccccaaaggcccctgtagccccatct
aatgaagccaccattgttcctactgagattcctacctccctcaaaaatgccctagcagct
gcaactcccaaagagactttagcaacctcaattcccaaagtgacttctccttccccacaa
aagactccaaaatccgtatcccttaagggtgccccggctatgacctccaaaaaggcgaca
gaaattgcagcctccaaagacgtctcaccatcccagtttcccaaagaggttcctcttcta
ccacatgtgcctcctacttccccaccaaagtccccagtaagtgatacactcagtggggct
ctaacaagcccaccccccaaaggtccccctgccaccctagctgagactcctacctatcct
aaaaagtcccctaaacctgcagcatccaaaaaaactccagcgactccatctcctgaaggg
gtcacagctgttccactggagattcctccttgctccaaaaaggcccccaaaactgcagct
cccaaagaaagttcagcaacctcatcttctaaaagggcccctaaaactgcagtttccaaa
gaaattccttctaaaggggtcacagctgtgccattggagatttctctgcctctaaaagaa
acctccaaaagtgcaactcctggagaaaagtcagcctcatccccaaaaaggtcccccaaa
actgcaggccccaaagaaactccacctggaggggttacagctgtgcccccggagatttct
ctacctccaaaagagacaccccagaatgcaacccctaatgaaagtttagcagcctcatcc
caaaaaaggtcccccaaaacttcagtccccaaagaaactccacctggaggggtcacagct
atgccactggaaattccttctgccccccaaaaggcccccaaaactgcagtccctaaacag
attcctactcccgaagatgctgttactatcctagctggaagtcctctctctcccaaaaag
gcatccaaaaccgcagcccccaaagaagctccggcaaccccatctgtgggggtcatagct
gtatcaggagagatttctccctcccccaaaaagacctcaaaaactgcagcccccaaagag
aattcagcaaccttacccccaaaaaggtcccccaaaactgcagcccccaaagagactcca
gccacatcttctgaaggggttacagctgtgccatctgagatttctccttcacccccaact
ccagcctccaaaggggttcctgtgaccctaactcccaaaggtgcccctaatgccctagct
gagagtcctgcctcccctaaaaaggtccctaaaactgcagcccctgaagaaacctcaaca
accccatccccccaaaaaattcccaaagtggcaggtcccaaagaggcttcagcaacccca
ccttcaaaaaagacccccaaaactgcagtccccaaagaaacttcagcaccttctgagggg
gtcacagctgtaccactggaaattcctccctcccccagaaaggcccctaaaactgcagct
cccaaagaaactccagccccgtctcctgaaggggccaccactgcaccagtgcagattcct
ccctcccccaggaagggctctaagaaagcaggctccaaagaaacacctacaaccccatct
cctgaaggggtaacagctgcacctctagaaattcccatatcttccaaaaagacttccaaa
atggcaagtcctaaagaaacgctagtaaccccatcttccaaaaagctctcccaaactgta
ggtcccaaagaaacttcacttgaaggggccacagctgtgccactggagattcctccttcc
cacaaaaaggcccccaaaactgtagatcctaaacaggttcctctaaccccatctcctaaa
gatgcccctactactctagctgaaagtccttcctcccccaaaaaggcacccaaaactgca
gccccaccctctgaaagggtcaccactgtgccaccagagaagcctgccaccccacagaag
gcctcagcaactacagcctccaaagtgcctgtccctgccgagacacaggaagttgctgtc
tcctcaagagagactccagtaaccccagctgtgcccccagtcaagaatccttcctcccat
aagaagacctcaaagactatagagctcaaagaagccccagcaaccctccctccctcccca
acaaagagccccaaaattccatcatccaaaaaggcaccaaggacttcagcccctaaagag
tttccagcaagcccttctattaaacctgtcaccacctcactggcacagacagctcctccc
agtctgcaaaaggcaccatcgactacaatccccaaggagaatttagctgccccggctgtt
ctgcctgtctccagcaagagcccagcagctccagctgctgcaagtgcttccctttcccca
gctactgcagctcctcaaacagctccaaaagaggccacaacaatcccatcttgtaaaaag
gctgcagctactgagacccccattgagacttcaacagctccatctctcgagggggccccc
aaggagacctcagaaacttcagtgtccaaagttctcatgtcttcccctcccaaaaaggct
tcatcctccaaaagagcctccactctcccagctacaactcttccctctcttaaagaggcc
tctgttctctcacccactgccacttcttccggaaaagactctcatatttccccagtgtcc
gatgcttgtagcacaggaactactacccctcaggcatctgaaaagctcccatcaaagaaa
ggtcctacagctttcacggaaatgcttgctgcacctgctccagaaagtgctttggccatc
actgctcccattcagaaaagcccaggggccaacagcaattctgcttcctctcctaagtgc
ccagacccctcctctaagaaagacacaaagggcctcccttctgcagtagctctagcccct
cagacagttcctgttgagaaagacacttcaaaagctatagaaactctgcttgttagccct
gcaaaaggcagtgattgtcttcattccccaaagggtcctgtggggtctcaggtagctact
ccactagcagcgtttacctctgacaaagtccctccggaagctgtgtctgcatctgtggct
ccaaagcctgccccagcagcttccctgactcttgctccctccccagttgcccctctgcct
cctaaacagccacttcttgagtctgcacctgggtcggtgctggagtccccctctaagctc
ccagtccctgctgaggaggatgagctgccgcctctgattcccccggaagcagtctctggg
ggagagcctttccagccgatcctcgtcaacatgcccgcccctaaacctgctgggacccct
gccccagccccctctgccaagcagcctgttctgaagaacaacaagggatcgggaacagag
tctgacagtgatgagtcagtaccagagctcgaggaacaagactccacacagacggccacg
cagcaagcccagctggcagccgcagcagagatcgatgaagaacctgttagtaaagccaag
cagagtcgaagtgagaagaaggcaaggaaggctatgtccaaactgggtcttcgacaggtt
acaggggttacgagagtcactatccgaaaatctaaaaatatcctctttgtcatcacaaaa
cccgatgtctacaagagcccagcttcagacacctacatagtgtttggggaagccaagatt
gaagatttgtctcagcaagcacagttagcagctgctgagaaattcaaagttcaaggtgaa
gctgtttcaaacattcaggaaaacactcagactccaaccgtccaagaggagagtgaagaa
gaggaggttgatgagacgggtgtggaagttaaggacatagaactggtcatgtcgcaagca
aacgtatcaagagcaaaggctgttcgagccctgaaaaacaacagtaatgatattgtaaat
gctattatggaattaacaatgtaa

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Ontology (1)   
   KEGG BRITE (1)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (187)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (178)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (3)   
   OC (1)   
Protein sequence (7)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (5)   
DNA sequence (43)   
   RefSeq(nuc) (5)   
   GenBank (19)   
   EMBL (19)   
Protein domain (2)   
   Pfam (2)   
All databases (242)   

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