Joanne Clark

Joanne Clark is a Research Fellow in Cardiovascular Sciences with expertise in platelet biology and receptor signaling mechanisms. Her work focuses on understanding platelet activation through CLEC-2, GPVI, and other key receptors using advanced nanobody technology and computational approaches.

Dr. Clark's primary research interests include:

• Platelet Biochemistry and signaling pathways
• C-type Lectin-like Receptor 2 (CLEC-2) structure and function
• Nanobody and single-domain antibody technology
• Receptor dimerization and oligomerization dynamics
• Computational modeling of receptor clustering
• Platelet activation mechanisms in thrombosis

Her recent publications demonstrate a cohesive research trajectory focused on developing molecular tools to study platelet receptors, particularly CLEC-2. Dr. Clark integrates computational modeling with experimental validation to understand receptor dynamics, with significant implications for developing new therapeutic approaches for thrombotic disorders. Her work spans biomedical science, hematology, and computational biology disciplines.

Dr. Clark's research has gained notable recognition, with publications being referenced in news outlets and academic platforms. Her project on CLEC-2 dimerization was highlighted across multiple social media channels and academic networks.

As Principal Investigator on the British Heart Foundation project "Measuring the kinetics of CLEC-2 dimerisation in lipid membranes," Dr. Clark led interdisciplinary research that bridges computational modeling and experimental biophysics. Her collaborative network spans multiple research institutions as evidenced by her extensive co-authorship patterns.

Dr. Clark's laboratory work employs advanced techniques including droplet interface bilayer single-molecule FRET to study membrane protein dynamics. Her research group combines expertise in biochemistry, biophysics, and computational biology to address fundamental questions in platelet receptor signaling and activation mechanisms.