Resting Platelet Immune, Peptide, and Other Receptors
Click on one of the choices in the Explore Pathways box to view a different Platelet pathway.
Immune Receptors
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C1q R1/CD93
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Calreticulin
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CD21
CD72
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DC-SIGN/CD209
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Fc gamma RIIA/CD32a
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LRRC32/GARP
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RAGE
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Siglec-7/CD328
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SLAM/CD150
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CD84/SLAMF5
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TLR1,2,4,6
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TREML1/TLT1
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Cytokine and Peptide Receptors
BAMBI/NMA
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CCR1,2,3,4
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CX3CR1
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CXCR4 6
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IGF-I R
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Insulin R/CD220
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LAP (TGF-beta)
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PDGF R alpha, beta
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Thrombopoietin R/Tpo R
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TNF RI, RII
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TSLP R
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V1a Vasopressin R
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VIP R1/VPAC1
Other Receptors
CXADR
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DCBLD2/ESDN
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DEP-1/CD148
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DNAM-1/CD226
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EMMPRIN/CD147
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Glut3
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LOX-1/OLR1
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NHE1/SLC9A1
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Orai1
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PAR1,3,4
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PEAR1
Plexin B1
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Prohibitin
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Semaphorin 4D/CD100
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STIM1
Overview of Immune, Peptide, and Other Receptors on Resting Platelets
Platelet activation can be accelerated by growth factors, immunoglobulin complexes, microbial components, peptide hormones, and thrombin. These and other ligands promote platelet activation through the chemokine, growth factor, C-type lectin, PAR, TLR, complement, and SLAM receptor families. Activation through these receptors contributes to platelet adhesion and enhances coagulation and inflammatory activation.