Dr. Chengjun Li | Repair of musculoskeletal system injuries | Research Excellence Award
Xiangya Hospital, Central South University | China
The researcher is a clinician scientist trained through an integrated medical and surgical academic pathway, Repair of musculoskeletal system injuries with strong expertise in regenerative medicine, orthopaedic surgery, and neurorestorative science. Academic training and research have been conducted at leading medical institutions, with a focus on translational approaches that bridge basic science and clinical application. Research interests center on tissue engineering, musculoskeletal regeneration, neural repair, and mechanisms of organ injury and aging. Significant work has been devoted to studying biomaterials, stem cell based therapies, and regenerative strategies for bone, cartilage, and nerve repair, aiming to improve functional recovery following trauma and degenerative disease. The researcher has actively contributed to laboratory based and clinical studies under the mentorship of internationally recognized experts, demonstrating independence in experimental design, data interpretation, and scholarly communication. Professional experience includes postdoctoral research and clinical practice in a high volume hospital environment, enabling the integration of innovative therapies into patient care. Scholarly contributions have been recognized through multiple competitive academic honors and scholarships. Active participation in international scientific conferences, including oral presentations, reflects strong engagement with the global research community and a commitment to advancing regenerative medicine and surgical innovation through interdisciplinary collaboration.
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Featured Publications
Exosomes from CD133+CD271+ human urine-derived stem cells combined with a novel photosensitive hydrogel promote repair after spinal cord injury
– Journal of Translational Medicine, 2026 · Open Access
Hypoxic neural stem cells enhance spinal cord repair through HIF-1α/RAB17-driven extracellular vesicle release
– Journal of Extracellular Vesicles, 2025 · Open Access
Enhancing m6A modification in the motor cortex facilitates corticospinal tract remodeling after spinal cord injury
– Neural Regeneration Research, 2025 · Open Access