Weili Gray
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1
Total Citations
24
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1
About
Dr. Weili Gray is a pioneering researcher in the biomechanics of acupuncture, whose work bridges traditional medicine and modern tissue engineering. Her primary research areas include connective tissue mechanobiology, acupuncture needle-tissue interactions, and the cellular signaling pathways underlying manual therapies. Dr. Gray’s most notable contribution is her 2014 study, "Anisotropic Tissue Motion Induced by Acupuncture Needling Along Intermuscular Connective Tissue Planes," which demonstrated that needle manipulation causes anisotropic deformation of connective tissue, mechanically stimulating fibroblasts and triggering autocrine purinergic signaling. This work, cited 24 times, was the first to use ultrasound elastography in humans to visualize how acupuncture needles engage fascial planes, providing a mechanistic foundation for acupuncture’s therapeutic effects. Her findings have profound implications for understanding how manual therapies influence tissue remodeling and pain modulation. Dr. Gray’s research has been recognized for its interdisciplinary impact, earning her invitations to speak at international conferences on both acupuncture and biomechanics. Her work continues to inspire new investigations into the role of connective tissue in integrative medicine.
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