Biological process  Cell communication ; Signal transduction  Molecular function  Guanyl-nucleotide exchange factor activity   Protein   kalirin, RhoGEF kinase  Gene symbol   KALRN    Cellular component           Component Cytoplasm Golgi apparatus 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 PH   1469 - 1582 RHOGEF   1285 - 1455 SEC14   38 - 177 SPECTRIN   188 - 308 SPECTRIN   310 - 416 SPECTRIN   536 - 642 SPECTRIN   890 - 1004 SPECTRIN   644 - 766 SPECTRIN   1130 - 1236 CC   858 - 889          External links           HPRD UniProt NetPath  06859  O60229  NetPath_M8997             Protein sequence  NP_003938.1               MTDRFWDQWY LWYLRLLRLL DRGSFRNDGL KASDVLPILK EKVAFVSGGR DKRGGPILTF PARSNHDRIR QEDLRKLVTY LASVPSEDVC KRGFTVIIDM RGSKWDLIKP LLKTLQEAFP AEIHVALIIK PDNFWQKQKT NFGSSKFIFE TSMVSVEGLT KLVDPSQLTE EFDGSLDYNH EEWIELRLSL EEFFNSAVHL LSRLEDLQEM LARKEFPVDV EGSRRLIDEH TQLKKKVLKA PVEELDREGQ RLLQCIRCSD GFSGRNCIPG SADFQSLVPK ITSLLDKLHS TRQHLHQMWH VRKLKLDQCF QLRLFEQDAE KMFDWISHNK ELFLQSHTEI GVSYQYALDL QTQHNHFAMN SMNAYVNINR IMSVASRLSE AGHYASQQIK QISTQLDQEW KSFAAALDER STILAMSAVF HQKAEQFLSG VDAWCKMCSE GGLPSEMQDL ELAIHHHQTL YEQVTQAYTE VSQDGKALLD VLQRPLSPGN SESLTATANY SKAVHQVLDV VHEVLHHQRR LESIWQHRKV RLHQRLQLCV FQQDVQQVLD WIENHGEAFL SKHTGVGKSL HRARALQKRH DDFEEVAQNT YTNADKLLEA AEQLAQTGEC DPEEIYKAAR HLEVRIQDFV RRVEQRKLLL DMSVSFHTHT KELWTWMEDL QKEMLEDVCA DSVDAVQELI KQFQQQQTAT LDATLNVIKE GEDLIQQLRS APPSLGEPSE ARDSAVSNNK TPHSSSISHI ESVLQQLDDA QVQMEELFHE RKIKLDIFLQ LRIFEQYTIE VTAELDAWNE DLLRQMNDFN TEDLTLAEQR LQRHTERKLA MNNMTFEVIQ QGQDLHQYIT EVQASGIELI CEKDIDLAAQ VQELLEFLHE KQHELELNAE QTHKRLEQCL QLRHLQAEVK QVLGWIRNGE SMLNASLVNA SSLSEAEQLQ REHEQFQLAI ESLFHATSLQ KTHQSALQVQ QKAEVLLQAG HYDADAIREC AEKVALHWQQ LMLKMEDRLK LVNASVAFYK TSEQVCSVLE SLEQEYRRDE DWCGGRDKLG PAAEIDHVIP LISKHLEQKE AFLKACTLAR RNAEVFLKYI HRNNVSMPSV ASHTRGPEQQ VKAILSELLQ RENRVLHFWT LKKRRLDQCQ QYVVFERSAK QALDWIQETG EFYLSTHTST GETTEETQEL LKEYGEFRVP AKQTKEKVKL LIQLADSFVE KGHIHATEIR KWVTTVDKHY RDFSLRMGKY RYSLEKALGV NTEDNKDLEL DIIPASLSDR EVKLRDANHE VNEEKRKSAR KKEFIMAELL QTEKAYVRDL HECLETYLWE MTSGVEEIPP GILNKEHIIF GNIQEIYDFH NNIFLKELEK YEQLPEDVGH CFVTWADKFQ MYVTYCKNKP DSNQLILEHA GTFFDEIQQR HGLANSISSY LIKPVQRITK YQLLLKELLT CCEEGKGELK DGLEVMLSVP KKANDAMHVS MLEGFDENLD VQGELILQDA FQVWDPKSLI RKGRERHLFL FEISLVFSKE IKDSSGHTKY VYKNKLLTSE LGVTEHVEGD PCKFALWSGR TPSSDNKTVL KASNIETKQE WIKNIREVIQ ERIIHLKGAL KEPLQLPKTP AKQRNNSKRD GVEDIDSQGD GSSQPDTISI ASRTSQNTVD SDKDGNLVPR WHLGPGDPFS TYV