Biological process  Lipid metabolism  Molecular function  Lipid binding   Protein   oxysterol binding protein-like 6  Gene symbol   OSBPL6    Cellular component           Component Cytoplasm Nucleus Plasma membrane         Experimental evidence      Total number of studies : 2       Peptide sequence Method Platform  Sample  Reference Mass spectrometry Plasma Liu et al. 2007 Mass spectrometry LTQ Orbitrap XL Serum Sinclair et al. 2011          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 PH   66 - 162 CC   234 - 264 CC   420 - 451          External links           HPRD UniProt NetPath  09476  Q9BZF3  NetPath_M114880             Protein sequence  NP_665682.1               MHQLSLIRGN RGRSIHILER TASSSTEPSV SRQLLEPEPV PLSKEADSWE IIEGLKIGQT NVQKPDKHEG FMLKKRKWPL KGWHKRFFVL DNGMLKYSKA PLDIQKGKVH GSIDVGLSVM SIKKKARRID LDTEEHIYHL KVKSQDWFDA WVSKLRHHRL YRQNEIVRSP RDASFHIFPS TSTAESSPAA NVSVMDGKMQ PNSFPWQSPL PCSNSLPATC TTGQSKVAAW LQDSEEMDRC AEDLAHCQSN LVELSKLLQN LEILQRTQSA PNFTDMQANC VDISKKDKRV TRRWRTKSVS KDTKIQLQEG PPAKGQFSTT RRRQRLAAAV ATTVPFSATM SPVRLHSSNP NLCADIEFQT PPSHLTDPLE SSTDYTKLQE EFCLIAQKVH SLLKSAFNSI AIEKEKLKQM VSEQDHSKGH STQMARLRQS LSQALNQNAE LRSRLNRIHS ESIICDQVVS VNIIPSPDEA GEQIHVSLPL SQQVANESRL SMSESVSEFF DAQEVLLSAS SSENEASDDE SYISDVSDNI SEDNTSVADN ISRQILNGEL TGGAFRNGRR ACLPAPCPDT SNINLWNILR NNIGKDLSKV SMPVELNEPL NTLQHLCEEM EYSELLDKAS ETDDPYERMV LVAAFAVSGY CSTYFRAGSK PFNPVLGETY ECIREDKGFR FFSEQVSHHP PISACHCESK NFVFWQDIRW KNKFWGKSME ILPVGTLNVM LPKYGDYYVW NKVTTCIHNI LSGRRWIEHY GEVTIRNTKS SVCICKLTFV KVNYWNSNMN EVQGVVIDQE GKAVYRLFGK WHEGLYCGVA PSAKCIWRPG SMPTNYELYY GFTRFAIELN ELDPVLKDLL PPTDARFRPD QRFLEEGNLE AAASEKQRVE ELQRSRRRYM EENNLEHIPK FFKKVIDANQ REAWVSNDTY WELRKDPGFS KVDSPVLW