Cathryn Koptiuch
Papers
1
Total Citations
24
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1
About
Cathryn Koptiuch is a leading researcher in the biomechanics of acupuncture, with a focus on the mechanical interactions between needle manipulation and connective tissue. Her work bridges traditional acupuncture practice with modern biomedical engineering, particularly through the use of ultrasound elastography to visualize tissue responses. Her most-cited study (2014, 24 citations) demonstrated that acupuncture needling along intermuscular connective tissue planes induces anisotropic tissue motion, providing direct evidence that needle manipulation mechanically deforms connective tissue, stimulating fibroblasts and triggering autocrine purinergic signaling. This research has been pivotal in elucidating the mechanotransduction pathways underlying acupuncture's therapeutic effects, offering a scientific foundation for its clinical applications. Koptiuch's contributions have been recognized for their interdisciplinary impact, merging principles of tissue mechanics, cell biology, and clinical acupuncture. Her work continues to inform both basic science and translational research, making her a key figure in the emerging field of acupuncture biomechanics.
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Top Papers
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