Biological process  Cell growth and/or maintenance  Molecular function  Cytoskeletal protein binding   Protein   talin 2  Gene symbol   TLN2    Cellular component           Component           Experimental evidence      Total number of studies : 4       Peptide sequence Method Platform  Sample  Reference Mass spectrometry LTQ Orbitrap Velos Plasma Kalra et al. 2013 Mass spectrometry Plasma Liu et al. 2007 Mass spectrometry QSTAR Pulsar Serum Zhou et al. 2004 Mass spectrometry LTQ FT Serum Sennels 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 B41   84 - 316 CC   1050 - 1079          External links           HPRD UniProt NetPath  09555  Q9Y4G6  NetPath_M83660             Protein sequence  NP_055874.2               MVALSLKICV RHCNVVKTMQ FEPSTAVYDA CRVIRERVPE AQTGQASDYG LFLSDEDPRK GIWLEAGRTL DYYMLRNGDI LEYKKKQRPQ KIRMLDGSVK TVMVDDSKTV GELLVTICSR IGITNYEEYS LIQETIEEKK EEGTGTLKKD RTLLRDERKM EKLKAKLHTD DDLNWLDHSR TFREQGVDEN ETLLLRRKFF YSDQNVDSRD PVQLNLLYVQ ARDDILNGSH PVSFEKACEF GGFQAQIQFG PHVEHKHKPG FLDLKEFLPK EYIKQRGAEK RIFQEHKNCG EMSEIEAKVK YVKLARSLRT YGVSFFLVKE KMKGKNKLVP RLLGITKDSV MRVDEKTKEV LQEWPLTTVK RWAASPKSFT LDFGEYQESY YSVQTTEGEQ ISQLIAGYID IILKKKQSKD RFGLEGDEES TMLEESVSPK KSTILQQQFN RTGKAEHGSV ALPAVMRSGS SGPETFNVGS MPSPQQQVMV GQMHRGHMPP LTSAQQALMG TINTSMHAVQ QAQDDLSELD SLPPLGQDMA SRVWVQNKVD ESKHEIHSQV DAITAGTASV VNLTAGDPAD TDYTAVGCAI TTISSNLTEM SKGVKLLAAL MDDEVGSGED LLRAARTLAG AVSDLLKAVQ PTSGEPRQTV LTAAGSIGQA SGDLLRQIGE NETDERFQDV LMSLAKAVAN AAAMLVLKAK NVAQVAEDTV LQNRVIAAAT QCALSTSQLV ACAKVVSPTI SSPVCQEQLI EAGKLVDRSV ENCVRACQAA TTDSELLKQV SAAASVVSQA LHDLLQHVRQ FASRGEPIGR YDQATDTIMC VTESIFSSMG DAGEMVRQAR VLAQATSDLV NAMRSDAEAE IDMENSKKLL AAAKLLADST ARMVEAAKGA AANPENEDQQ QRLREAAEGL RVATNAAAQN AIKKKIVNRL EVAAKQAAAA ATQTIAASQN AAVSNKNPAA QQQLVQSCKA VADHIPQLVQ GVRGSQAQAE DLSAQLALII SSQNFLQPGS KMVSSAKAAV PTVSDQAAAM QLSQCAKNLA TSLAELRTAS QKAHEACGPM EIDSALNTVQ TLKNELQDAK MAAVESQLKP LPGETLEKCA QDLGSTSKAV GSSMAQLLTC AAQGNEHYTG VAARETAQAL KTLAQAARGV AASTTDPAAA HAMLDSARDV MEGSAMLIQE AKQALIAPGD AERQQRLAQV AKAVSHSLNN CVNCLPGQKD VDVALKSIGE SSKKLLVDSL PPSTKPFQEA QSELNQAAAD LNQSAGEVVH ATRGQSGELA AASGKFSDDF DEFLDAGIEM AGQAQTKEDQ IQVIGNLKNI SMASSKLLLA AKSLSVDPGA PNAKNLLAAA ARAVTESINQ LITLCTQQAP GQKECDNALR ELETVKGMLD NPNEPVSDLS YFDCIESVME NSKVLGESMA GISQNAKTGD LPAFGECVGI ASKALCGLTE AAAQAAYLVG ISDPNSQAGH QGLVDPIQFA RANQAIQMAC QNLVDPGSSP SQVLSAATIV AKHTSALCNA CRIASSKTAN PVAKRHFVQS AKEVANSTAN LVKTIKALDG DFSEDNRNKC RIATAPLIEA VENLTAFASN PEFVSIPAQI SSEGSQAQEP ILVSAKTMLE SSSYLIRTAR SLAINPKDPP TWSVLAGHSH TVSDSIKSLI TSIRDKAPGQ RECDYSIDGI NRCIRDIEQA SLAAVSQSLA TRDDISVEAL QEQLTSVVQE IGHLIDPIAT AARGEAAQLG HKVTQLASYF EPLILAAVGV ASKILDHQQQ MTVLDQTKTL AESALQMLYA AKEGGGNPKA QHTHDAITEA AQLMKEAVDD IMVTLNEAAS EVGLVGGMVD AIAEAMSKLD EGTPPEPKGT FVDYQTTVVK YSKAIAVTAQ EMMTKSVTNP EELGGLASQM TSDYGHLAFQ GQMAAATAEP EEIGFQIRTR VQDLGHGCIF LVQKAGALQV CPTDSYTKRE LIECARAVTE KVSLVLSALQ AGNKGTQACI TAATAVSGII ADLDTTIMFA TAGTLNAENS ETFADHRENI LKTAKALVED TKLLVSGAAS TPDKLAQAAQ SSAATITQLA EVVKLGAASL GSDDPETQVV LINAIKDVAK ALSDLISATK GAASKPVDDP SMYQLKGAAK VMVTNVTSLL KTVKAVEDEA TRGTRALEAT IECIKQELTV FQSKDVPEKT SSPEESIRMT KGITMATAKA VAAGNSCRQE DVIATANLSR KAVSDMLTAC KQASFHPDVS DEVRTRALRF GTECTLGYLD LLEHVLVILQ KPTPEFKQQL AAFSKRVAGA VTELIQAAEA MKGTEWVDPE DPTVIAETEL LGAAASIEAA AKKLEQLKPR AKPKQADETL DFEEQILEAA KSIAAATSAL VKSASAAQRE LVAQGKVGSI PANAADDGQW SQGLISAARM VAAATSSLCE AANASVQGHA SEEKLISSAK QVAASTAQLL VACKVKADQD SEAMRRLQAA GNAVKRASDN LVRAAQKAAF GKADDDDVVV KTKFVGGIAQ IIAAQEEMLK KERELEEARK KLAQIRQQQY KFLPTELRED EG