Biological process  Biological_process unknown
 Molecular function  Molecular function unknown
 
Protein   ankyrin repeat domain 12  Gene symbol   ANKRD12
 
 Cellular component  
     
 
Component
Nucleus
 
   
 
Experimental evidence   
  Total number of studies : 1    
 
Peptide sequence Method Platform  Sample  Reference
Mass spectrometry Plasma Liu et al. 2007
 
   
 
 Multiple reaction monitoring data  
     
 
Peptide sequence MH+ Sample Number of studies Reference
Data not present
 
   
 
  Protein concentration    
     
 
Protein concentration Method Sample
Reference
Data not present
 
   
 
  Extracellular vesicle proteins    
     
 
Sample Isolation  Experimental method Vesiclepedia accession Reference
Data not present
 
   
 
 Architecture  
     
 
Domains Motifs
ANK   184 - 213
ANK   217 - 246
ANK   250 - 279
CC   471 - 500
CC   648 - 681
CC   725 - 777
 
   
 
 External links  
     
 
HPRD UniProt NetPath 
12457  Q6UB98  NetPath_M23253 
 
   
 
 
 Protein sequence  NP_056023.3
     
   
    MPKSGFTKPI QSENSDSDSN MVEKPYGRKS KDKIASYSKT PKIERSDVSK EMKEKSSMKR KLPFTISPSR NEERDSDTDS DPGHTSENWG ERLISSYRTY SEKEGPEKKK TKKEAGNKKS
TPVSILFGYP LSERKQMALL MQMTARDNSP DSTPNHPSQT TPAQKKTPSS SSRQKDKVNK RNERGETPLH MAAIRGDVKQ VKELISLGAN VNVKDFAGWT PLHEACNVGY YDVAKILIAA
GADVNTQGLD DDTPLHDSAS SGHRDIVKLL LRHGGNPFQA NKHGERPVDV AETEELELLL KREVPLSDDD ESYTDSEEAQ SVNPSSVDEN IDSETEKDSL ICESKQILPS KTPLPSALDE
YEFKDDDDEE INKMIDDRHI LRKEQRKENE PEAEKTHLFA KQEKAFYPKS FKSKKQKPSR VLYSSTESSD EEALQNKKIS TSCSVIPETS NSDMQTKKEY VVSGEHKQKG KVKRKLKNQN
KNKENQELKQ EKEGKENTRI TNLTVNTGLD CSEKTREEGN FRKSFSPKDD TSLHLFHIST GKSPKHSCGL SEKQSTPLKQ EHTKTCLSPG SSEMSLQPDL VRYDNTESEF LPESSSVKSC
KHKEKSKHQK DFHLEFGEKS NAKIKDEDHS PTFENSDCTL KKMDKEGKTL KKHKLKHKER EKEKHKKEIE GEKEKYKTKD SAKELQRSVE FDREFWKENF FKSDETEDLF LNMEHESLTL
EKKSKLEKNI KDDKSTKEKH VSKERNFKEE RDKIKKESEK SFREEKIKDL KEERENIPTD KDSEFTSLGM SAIEESIGLH LVEKEIDIEK QEKHIKESKE KPEKRSQIKE KDIEKMERKT
FEKEKKIKHE HKSEKDKLDL SECVDKIKEK DKLYSHHTEK CHKEGEKSKN TAAIKKTDDR EKSREKMDRK HDKEKPEKER HLAESKEKHL MEKKNKQSDN SEYSKSEKGK NKEKDRELDK
KEKSRDKESI NITNSKHIQE EKKSSIVDGN KAQHEKPLSL KEKTKDEPLK TPDGKEKDKK DKDIDRYKER DKHKDKIQIN SLLKLKSEAD KPKPKSSPAS KDTRPKEKRL VNDDLMQTSF
ERMLSLKDLE IEQWHKKHKE KIKQKEKERL RNRNCLELKI KDKEKTKHTP TESKNKELTR SKSSEVTDAY TKEKQPKDAV SNRSQSVDTK NVMTLGKSSF VSDNSLNRSP RSENEKPGLS
SRSVSMISVA SSEDSCHTTV TTPRPPVEYD SDFMLESSES QMSFSQSPFL SIAKSPALHE RELDSLADLP ERIKPPYANR LSTSHLRSSS VEDVKLIISE GRPTIEVRRC SMPSVICEHT
KQFQTISEES NQGSLLTVPG DTSPSPKPEV FSNVPERDLS NVSNIHSSFA TSPTGASNSK YVSADRNLIK NTAPVNTVMD SPVHLEPSSQ VGVIQNKSWE MPVDRLETLS TRDFICPNSN
IPDQESSLQS FCNSENKVLK ENADFLSLRQ TELPGNSCAQ DPASFMPPQQ PCSFPSQSLS DAESISKHMS LSYVANQEPG ILQQKNAVQI ISSALDTDNE STKDTENTFV LGDVQKTDAF
VPVYSDSTIQ EASPNFEKAY TLPVLPSEKD FNGSDASTQL NTHYAFSKLT YKSSSGHEVE NSTTDTQVIS HEKENKLESL VLTHLSRCDS DLCEMNAGMP KGNLNEQDPK HCPESEKCLL
SIEDEESQQS ILSSLENHSQ QSTQPEMHKY GQLVKVELEE NAEDDKTENQ IPQRMTRNKA NTMANQSKQI LASCTLLSEK DSESSSPRGR IRLTEDDDPQ IHHPRKRKVS RVPQPVQVSP
SLLQAKEKTQ QSLAAIVDSL KLDEIQPYSS ERANPYFEYL HIRKKIEEKR KLLCSVIPQA PQYYDEYVTF NGSYLLDGNP LSKICIPTIT PPPSLSDPLK ELFRQQEVVR MKLRLQHSIE
REKLIVSNEQ EVLRVHYRAA RTLANQTLPF SACTVLLDAE VYNVPLDSQS DDSKTSVRDR FNARQFMSWL QDVDDKFDKL KTCLLMRQQH EAAALNAVQR LEWQLKLQEL DPATYKSISI
YEIQEFYVPL VDVNDDFELT PI