Biological process  Vesicle-mediated transport  Molecular function  Lipid binding   Protein   oxysterol binding protein-like 1A  Gene symbol   OSBPL1A    Cellular component           Component Cytoplasm 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   47 - 76 ANK   80 - 109 ANK   175 - 204 PH   236 - 336 CC   430 - 463 CC   877 - 913          External links           HPRD UniProt NetPath  09472  Q9BXW6  NetPath_M114876             Protein sequence  NP_542164.2               MNTEAEQQLL HHARNGNAEE VRQLLETMAR NEVIADINCK GRSKSNLGWT PLHLACYFGH RQVVQDLLKA GAEVNVLNDM GDTPLHRAAF TGRKELVMLL LEYNADTTIV NGSGQTAKEV THAEEIRSML EAVERTQQRK LEELLLAAAR EGKTTELTAL LNRPNPPDVN CSDQLGNTPL HCAAYRAHKQ CALKLLRSGA DPNLKNKNDQ KPLDLAQGAE MKHILVGNKV IYKALKRYEG PLWKSSRFFG WRLFWVVLEH GVLSWYRKQP DAVHNIYRQG CKHLTQAVCT VKSTDSCLFF IKCFDDTIHG FRVPKNSLQQ SREDWLEAIE EHSAYSTHYC SQDQLTDEEE EDTVSAADLK KSLEKAQSCQ QRLDREISNF LKMIKECDMA KEMLPSFLQK VEVVSEASRE TCVALTDCLN LFTKQEGVRN FKLEQEQEKN KILSEALETL ATEHHELEQS LVKGSPPASI LSEDEFYDAL SDSESERSLS RLEAVTARSF EEEGEHLGSR KHRMSEEKDC GGGDALSNGI KKHRTSLPSP MFSRNDFSIW SILRKCIGME LSKITMPVIF NEPLSFLQRL TEYMEHTYLI HKASSLSDPV ERMQCVAAFA VSAVASQWER TGKPFNPLLG ETYELVRDDL GFRLISEQVS HHPPISAFHA EGLNNDFIFH GSIYPKLKFW GKSVEAEPKG TITLELLEHN EAYTWTNPTC CVHNIIVGKL WIEQYGNVEI INHKTGDKCV LNFKPCGLFG KELHKVEGYI QDKSKKKLCA LYGKWTECLY SVDPATFDAY KKNDKKNTEE KKNSKQMSTS EELDEMPVPD SESVFIIPGS VLLWRIAPRP PNSAQMYNFT SFAMVLNEVD KDMESVIPKT DCRLRPDIRA MENGEIDQAS EEKKRLEEKQ RAARKNRSKS EEDWKTRWFH QGPNPYNGAQ DWIYSGSYWD RNYFNLPDIY