Biological process  Cell communication ; Signal transduction  Molecular function  Receptor signaling complex scaffold activity   Protein   tudor domain containing 7  Gene symbol   TDRD7    Cellular component           Component Cytoplasm Mitochondrion 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 TUDOR   702 - 758 TUDOR   908 - 1026 TUDOR   512 - 568          External links           HPRD UniProt NetPath  11626  Q8NHU6  NetPath_M23424             Protein sequence  NP_055105.2               MLEGDLVSKM LRAVLQSHKN GVALPRLQGE YRSLTGDWIP FKQLGFPTLE AYLRSVPAVV RIETSRSGEI TCYAMACTET ARIAQLVARQ RSSKRKTGRQ VNCQMRVKKT MPFFLEGKPK ATLRQPGFAS NFSVGKKPNP APLRDKGNSV GVKPDAEMSP YMLHTTLGNE AFKDIPVQRH VTMSTNNRFS PKASLQPPLQ MHLSRTSTKE MSDNLNQTVE KPNVKPPASY TYKMDEVQNR IKEILNKHNN GIWISKLPHF YKELYKEDLN QGILQQFEHW PHICTVEKPC SGGQDLLLYP AKRKQLLRSE LDTEKVPLSP LPGPKQTPPL KGCPTVMAGD FKEKVADLLV KYTSGLWASA LPKAFEEMYK VKFPEDALKN LASLSDVCSI DYISGNPQKA ILYAKLPLPT DKIQKDAGQA HGDNDIKAMV EQEYLQVEES IAESANTFME DITVPPLMIP TEASPSVLVV ELSNTNEVVI RYVGKDYSAA QELMEDEMKE YYSKNPKITP VQAVNVGQLL AVNAEEDAWL RAQVISTEEN KIKVCYVDYG FSENVEKSKA YKLNPKFCSL SFQATKCKLA GLEVLSDDPD LVKVVESLTC GKIFAVEILD KADIPLVVLY DTSGEDDINI NATCLKAICD KSLEVHLQVD AMYTNVKVTN ICSDGTLYCQ VPCKGLNKLS DLLRKIEDYF HCKHMTSECF VSLPFCGKIC LFHCKGKWLR VEITNVHSSR ALDVQFLDSG TVTSVKVSEL REIPPRFLQE MIAIPPQAIK CCLADLPQSI GMWTPDAVLW LRDSVLNCSD CSIKVTKVDE TRGIAHVYLF TPKNFPDPHR SINRQITNAD LWKHQKDVFL SAISSGADSP NSKNGNMPMS GNTGENFRKN LTDVIKKSMV DHTSAFSTEE LPPPVHLSKP GEHMDVYVPV ACHPGYFVIQ PWQEIHKLEV LMEEMILYYS VSEERHIAVE KDQVYAAKVE NKWHRVLLKG ILTNGLVSVY ELDYGKHELV NIRKVQPLVD MFRKLPFQAV TAQLAGVKCN QWSEEASMVF RNHVEKKPLV ALVQTVIENA NPWDRKVVVY LVDTSLPDTD TWIHDFMSEY LIELSKVN