Geoffrey A. Power

University of Guelph, Ocular Proteomics (United States)

Papers

Total Citations

H-Index

About

Dr. Geoffrey A. Power is a leading researcher in neuromuscular physiology and biomechanics, with a focus on muscle mechanics, aging, and human performance. His work explores the history-dependence of muscle contraction—specifically how stretch-shortening cycles (SSCs) influence muscle activation, oxygen consumption, and force production. Dr. Power’s major contributions include advancing the understanding of how prior muscle activity affects subsequent performance, with implications for rehabilitation, athletic training, and geriatric health. His 2018 study on a novel isokinetic dynamometer, constructed using a 1080 Quantum, demonstrated the reliability and comparability of custom-built devices with the gold-standard Humac Norm, offering cost-effective solutions for muscle function assessment. This work has garnered 17 citations, underscoring its impact on sports science and clinical testing. Additionally, his 2020 paper on SSCs and muscle oxygen consumption (7 citations) provides critical insights into the metabolic cost of dynamic movements, informing training protocols for strength and conditioning. Dr. Power’s research bridges fundamental muscle physiology and applied performance, making him a key figure in understanding how muscles adapt to mechanical demands across the lifespan. His innovative methodologies and focus on history-dependence continue to shape the field of neuromuscular function.