Scientists at National Taiwan University have developed an innovative hydrogel therapy that, when paired with acupuncture, improved brain function in Parkinson’s models — www.naijnaira.com reports.
The research, published in Biomaterials, introduces a biodegradable, electroconductive, self-healing hydrogel designed to support neuron growth and protect brain tissue.
The gel is created by coating polyurethane nanoparticles with polydopamine, then blending them with chitosan to form a soft, injectable material that mimics brain tissue.
Because it conducts electricity, heals itself after damage, and degrades safely inside the body, the hydrogel provides an ideal environment for neural repair.
Laboratory studies showed that the material encouraged stem cells to develop into neurons while reducing inflammation and protecting nearly 90% of damaged cells.
When combined with acupuncture in rat models of Parkinson’s, the treatment restored motor coordination and protected dopamine-producing neurons within two weeks.
Brain activity in treated rats nearly matched that of healthy animals, pointing to strong recovery potential.
“This study highlights how combining biomaterials with traditional therapies such as acupuncture may open new possibilities for treating neurological diseases like Parkinson’s,” explained lead researcher Prof. Shan-hui Hsu.
Article updated 3 days ago. Content is written and modified by multiple authors.
