Biological process  Transport  Molecular function  Ion channel activity   Protein   transient receptor potential cation channel, subfamily M, member 7  Gene symbol   TRPM7    Cellular component           Component Cytoplasm Plasma membrane         Experimental evidence      Total number of studies : 3       Peptide sequence Method Platform  Sample  Reference Mass spectrometry Plasma Liu et al. 2007 Mass spectrometry LTQ linear ion trap Plasma Jin et al. 2005 Mass spectrometry LTQ Plasma Tu et al. 2010          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 Alpha_kinase   1599 - 1816 TM   757 - 774 TM   853 - 875 TM   923 - 945 TM   958 - 977 TM   992 - 1014 TM   1079 - 1101          External links           HPRD UniProt NetPath  10418  Q96QT4  NetPath_M54822             Protein sequence  NP_060142.3               MSQKSWIEST LTKRECVYII PSSKDPHRCL PGCQICQQLV RCFCGRLVKQ HACFTASLAM KYSDVKLGDH FNQAIEEWSV EKHTEQSPTD AYGVINFQGG SHSYRAKYVR LSYDTKPEVI LQLLLKEWQM ELPKLVISVH GGMQKFELHP RIKQLLGKGL IKAAVTTGAW ILTGGVNTGV AKHVGDALKE HASRSSRKIC TIGIAPWGVI ENRNDLVGRD VVAPYQTLLN PLSKLNVLNN LHSHFILVDD GTVGKYGAEV RLRRELEKTI NQQRIHARIG QGVPVVALIF EGGPNVILTV LEYLQESPPV PVVVCEGTGR AADLLAYIHK QTEEGGNLPD AAEPDIISTI KKTFNFGQNE ALHLFQTLME CMKRKELITV FHIGSDEHQD IDVAILTALL KGTNASAFDQ LILTLAWDRV DIAKNHVFVY GQQWLVGSLE QAMLDALVMD RVAFVKLLIE NGVSMHKFLT IPRLEELYNT KQGPTNPMLF HLVRDVKQGN LPPGYKITLI DIGLVIEYLM GGTYRCTYTR KRFRLIYNSL GGNNRRSGRN TSSSTPQLRK SHESFGNRAD KKEKMRHNHF IKTAQPYRPK IDTVMEEGKK KRTKDEIVDI DDPETKRFPY PLNELLIWAC LMKRQVMARF LWQHGEESMA KALVACKIYR SMAYEAKQSD LVDDTSEELK QYSNDFGQLA VELLEQSFRQ DETMAMKLLT YELKNWSNST CLKLAVSSRL RPFVAHTCTQ MLLSDMWMGR LNMRKNSWYK VILSILVPPA ILLLEYKTKA EMSHIPQSQD AHQMTMDDSE NNFQNITEEI PMEVFKEVRI LDSNEGKNEM EIQMKSKKLP ITRKFYAFYH APIVKFWFNT LAYLGFLMLY TFVVLVQMEQ LPSVQEWIVI AYIFTYAIEK VREIFMSEAG KVNQKIKVWF SDYFNISDTI AIISFFIGFG LRFGAKWNFA NAYDNHVFVA GRLIYCLNII FWYVRLLDFL AVNQQAGPYV MMIGKMVANM FYIVVIMALV LLSFGVPRKA ILYPHEAPSW TLAKDIVFHP YWMIFGEVYA YEIDVCANDS VIPQICGPGT WLTPFLQAVY LFVQYIIMVN LLIAFFNNVY LQVKAISNIV WKYQRYHFIM AYHEKPVLPP PLIILSHIVS LFCCICKRRK KDKTSDGPKL FLTEEDQKKL HDFEEQCVEM YFNEKDDKFH SGSEERIRVT FERVEQMCIQ IKEVGDRVNY IKRSLQSLDS QIGHLQDLSA LTVDTLKTLT AQKASEASKV HNEITRELSI SKHLAQNLID DGPVRPSVWK KHGVVNTLSS SLPQGDLESN NPFHCNILMK DDKDPQCNIF GQDLPAVPQR KEFNFPEAGS SSGALFPSAV SPPELRQRLH GVELLKIFNK NQKLGSSSTS IPHLSSPPTK FFVSTPSQPS CKSHLETGTK DQETVCSKAT EGDNTEFGAF VGHRDSMDLQ RFKETSNKIK ILSNNNTSEN TLKRVSSLAG FTDCHRTSIP VHSKQAEKIS RRPSTEDTHE VDSKAALIPD WLQDRPSNRE MPSEEGTLNG LTSPFKPAMD TNYYYSAVER NNLMRLSQSI PFTPVPPRGE PVTVYRLEES SPNILNNSMS SWSQLGLCAK IEFLSKEEMG GGLRRAVKVQ CTWSEHDILK SGHLYIIKSF LPEVVNTWSS IYKEDTVLHL CLREIQQQRA AQKLTFAFNQ MKPKSIPYSP RFLEVFLLYC HSAGQWFAVE ECMTGEFRKY NNNNGDEIIP TNTLEEIMLA FSHWTYEYTR GELLVLDLQG VGENLTDPSV IKAEEKRSCD MVFGPANLGE DAIKNFRAKH HCNSCCRKLK LPDLKRNDYT PDKIIFPQDE PSDLNLQPGN STKESESTNS VRLML