Roderick McColl

Papers

Total Citations

222

H-Index

About

Roderick McColl’s research bridges neurorehabilitation and medical physics, with a primary focus on spinal cord injury (SCI) recovery and advanced dosimetry techniques. His most impactful work, “Changes in Supraspinal Activation Patterns following Robotic Locomotor Therapy in Motor-Incomplete Spinal Cord Injury” (2005, 221 citations), demonstrated how body weight-supported treadmill training (BWSTT) enhances functional locomotion by reshaping supraspinal control pathways. This study provided critical evidence that task-specific rehabilitation can drive cortical and subcortical plasticity, offering a mechanistic foundation for robotic locomotor therapies in SCI patients. McColl’s contributions have shaped clinical protocols for motor recovery, emphasizing the role of activity-dependent neuroplasticity. His earlier work, “Three dimensional measurement of dose distributions produced by a robot-mounted linac using magnetic resonance imaging of bang polymer gel dosimeters” (1996), explored innovative 3D dosimetry for precision radiotherapy, though with limited citation impact. While his research spans rehabilitation and radiation physics, McColl’s lasting legacy lies in illuminating how targeted locomotor training re-engages supraspinal networks after injury. His findings continue to inform rehabilitation strategies and inspire further investigation into brain–machine interfaces and robotic-assisted therapy for neurological recovery.