Platelets – Molecular, cellular and systemic functions in health and disease
Basic, translational and clinical platelet research has advanced considerably in recent years. A deepened understanding of the role of platelets, mainly in cardio- and cerebrovascular diseases, has led to significant improvements in therapy and significantly reduced morbidity and mortality, but often at the expense of bleeding complications. In addition, recent evidence has indicated unexpected roles of platelets in (patho)physiological conditions beyond thrombosis and haemostasis, such as thrombo-inflammation, innate immunity and host defence, maintenance of barrier and organ integrity, tissue regeneration, and proliferative diseases. However, the molecular mechanisms and therapeutic relevance of these novel platelet functions are largely unknown.
Exploring these emerging roles of platelets may finally lead to novel treatment concepts for cardiovascular disorders and beyond. To meet this goal, the CRC/TR240 pursued a highly interdisciplinary approach by combining state-of-the-art mouse genetics, in vivo disease models, advanced imaging techniques, systems biology/omics and clinical research expertise. The CRC/TR 240 had been built on two DFG-funded research consortia (CRC 688, CRU 274) whose expertise was complemented by additional partners with long-standing commitment in the fields of platelet/megakaryocyte biology and thrombotic/thrombo-inflammatory disorders. This unique network of basic, translational and clinical scientists focused on the following complementary fields: (A) Cell biology of megakaryocytes and platelets to understand their basic functions and (B) Platelets as regulators and effectors in disease. The consortium’s comprehensive approach ranged from in vitro systems and animal models to clinical research with large prospective patient cohorts and data-/biobanking.