Richard G. Carson
The University of Queensland, Queen's University Belfast, Queen's University
Papers
7
Total Citations
117
H-Index
5
About
Richard G. Carson is a leading researcher in motor control and neurorehabilitation, with a primary focus on understanding and restoring upper limb function after stroke. His work bridges neuromuscular physiology, biomechanics, and robotics to address motor redundancy and coordination deficits. Carson’s major contributions include demonstrating that intensive, task-specific training can induce neuroplastic changes in chronic stroke survivors, as shown in his 2009 study on triceps-to-biceps activation patterns (51 citations). He also leads the SMART Arm training protocol, which aims to drive recovery in severely impaired patients during the acute-to-subacute phase (21 citations). His foundational research on rhythmic multijoint arm movements (2006–2008) reveals how neuromuscular and biomechanical factors codetermine coordination patterns, with papers accumulating 10 and 6 citations. Notably, Carson co-authored the 2024 CEDE project consensus (20 citations), providing critical guidelines for using electromyography to estimate muscle force—a tool vital for rehabilitation robotics. He also developed a novel robotic apparatus (2010) that applies torque fields without altering joint dynamics, enabling precise study of motor control. With a career spanning over two decades, Carson’s work has shaped evidence-based stroke rehabilitation and deepened our understanding of how the nervous system organizes movement.
Research Focus
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Top Papers
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