Biological process  Protein metabolism
 Molecular function  Metallopeptidase activity
 
Protein   ADAM metallopeptidase with thrombospondin type 1 motif, 7  Gene symbol   ADAMTS7
 
 Cellular component  
     
 
Component
Extracellular
 
   
 
Experimental evidence   
  Total number of studies : 2    
 
Peptide sequence Method Platform  Sample  Reference
Mass spectrometry Plasma Liu et al. 2007
Mass spectrometry IMS-TOF Plasma Valentine et al. 2006
 
   
 
 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
ACR   468 - 530
REP   242 - 452
TSP1   541 - 593
TSP1   824 - 880
TSP1   883 - 943
TSP1   945 - 995
TSP1   1465 - 1522
TSP1   1524 - 1571
TSP1   1572 - 1629
SP   1 - 30
 
   
 
 External links  
     
 
HPRD UniProt NetPath 
05422  Q9UKP4  NetPath_M11173 
 
   
 
 
 Protein sequence  NP_055087.2
     
   
    MPGGPSPRSP APLLRPLLLL LCALAPGAPG PAPGRATEGR AALDIVHPVR VDAGGSFLSY ELWPRALRKR DVSVRRDAPA FYELQYRGRE LRFNLTANQH LLAPGFVSET RRRGGLGRAH
IRAHTPACHL LGEVQDPELE GGLAAISACD GLKGVFQLSN EDYFIEPLDS APARPGHAQP HVVYKRQAPE RLAQRGDSSA PSTCGVQVYP ELESRRERWE QRQQWRRPRL RRLHQRSVSK
EKWVETLVVA DAKMVEYHGQ PQVESYVLTI MNMVAGLFHD PSIGNPIHIT IVRLVLLEDE EEDLKITHHA DNTLKSFCKW QKSINMKGDA HPLHHDTAIL LTRKDLCAAM NRPCETLGLS
HVAGMCQPHR SCSINEDTGL PLAFTVAHEL GHSFGIQHDG SGNDCEPVGK RPFIMSPQLL YDAAPLTWSR CSRQYITRFL DRGWGLCLDD PPAKDIIDFP SVPPGVLYDV SHQCRLQYGA
YSAFCEDMDN VCHTLWCSVG TTCHSKLDAA VDGTRCGENK WCLSGECVPV GFRPEAVDGG WSGWSAWSIC SRSCGMGVQS AERQCTQPTP KYKGRYCVGE RKRFRLCNLQ ACPAGRPSFR
HVQCSHFDAM LYKGQLHTWV PVVNDVNPCE LHCRPANEYF AEKLRDAVVD GTPCYQVRAS RDLCINGICK NVGCDFEIDS GAMEDRCGVC HGNGSTCHTV SGTFEEAEGL GYVDVGLIPA
GAREIRIQEV AEAANFLALR SEDPEKYFLN GGWTIQWNGD YQVAGTTFTY ARRGNWENLT SPGPTKEPVW IQLLFQESNP GVHYEYTIHR EAGGHDEVPP PVFSWHYGPW TKCTVTCGRG
VQRQNVYCLE RQAGPVDEEH CDPLGRPDDQ QRKCSEQPCP ARWWAGEWQL CSSSCGPGGL SRRAVLCIRS VGLDEQSALE PPACEHLPRP PTETPCNRHV PCPATWAVGN WSQCSVTCGE
GTQRRNVLCT NDTGVPCDEA QQPASEVTCS LPLCRWPLGT LGPEGSGSGS SSHELFNEAD FIPHHLAPRP SPASSPKPGT MGNAIEEEAP ELDLPGPVFV DDFYYDYNFI NFHEDLSYGP
SEEPDLDLAG TGDRTPPPHS HPAAPSTGSP VPATEPPAAK EEGVLGPWSP SPWPSQAGRS PPPPSEQTPG NPLINFLPEE DTPIGAPDLG LPSLSWPRVS TDGLQTPATP ESQNDFPVGK
DSQSQLPPPW RDRTNEVFKD DEEPKGRGAP HLPPRPSSTL PPLSPVGSTH SSPSPDVAEL WTGGTVAWEP ALEGGLGPVD SELWPTVGVA SLLPPPIAPL PEMKVRDSSL EPGTPSFPTP
GPGSWDLQTV AVWGTFLPTT LTGLGHMPEP ALNPGPKGQP ESLSPEVPLS SRLLSTPAWD SPANSHRVPE TQPLAPSLAE AGPPADPLVV RNAGWQAGNW SECSTTCGLG AVWRPVRCSS
GRDEDCAPAG RPQPARRCHL RPCATWHSGN WSKCSRSCGG GSSVRDVQCV DTRDLRPLRP FHCQPGPAKP PAHRPCGAQP CLSWYTSSWR ECSEACGGGE QQRLVTCPEP GLCEEALRPN
TTRPCNTHPC TQWVVGPWGQ CSGPCGGGVQ RRLVKCVNTQ TGLPEEDSDQ CGHEAWPESS RPCGTEDCEP VEPPRCERDR LSFGFCETLR LLGRCQLPTI RTQCCRSCSP PSHGAPSRGH
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