Key result
Recent advances in proteomic studies have provided vital information regarding platelet biology, their role in health and illness, and their potential as biomarkers and therapeutic targets.
Why the study?
Recent advances in proteomic studies offer promise for understanding platelet biology, identifying platelet-derived biomarkers, and developing new antiplatelet therapeutic targets.
Advancements in platelet proteomics provide critical insights into their role beyond coagulation, identifying them as key players and potential therapeutic targets in cardiovascular, oncological, and neurodegenerative diseases.
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Highlights emerging platelet-derived biomarkers for cardiovascular risk stratification; leaves open their clinical utility.
In healthy hemostasis and pathological states like thrombosis, inflammation, and cancer, platelets a varied small nucleate blood cell types play a crucial role. New, vital information regarding platelet biology and platelet responses to different pathogenic pathways has been provided by recent advances in proteomic studies. Given their ubiquitous distribution and relative ease of isolation from human samples, platelets provide a prime candidate for proteomic analysis, which holds great promise for unraveling the intricate roles played by platelets in health and illness, identifying and evaluating prospective protein molecules derived from platelets as biomarkers, and developing new antiplatelet therapeutic targets. This review provides up-to-date information on platelet organization, platelet-related disorders, stimulation heterogeneity and its effects on diverse platelet functions, and numerous therapeutic targeting efforts involving platelets.
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Arpit Agarwal (2023) conducted a review in Platelet-related disorders. Platelet function and proteomics was evaluated. Recent advances in proteomic studies have provided vital information regarding platelet biology, their role in health and illness, and their potential as biomarkers and therapeutic targets.
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