Nerve Regeneration Breakthrough: Scientists Develop Novel Method Using Biocompatible Structures

Researchers at Mordovian State University are pioneering a new method for regenerating somatic nerves. The innovative technology centers around the creation of multifunctional, biocompatible tubular structures designed to aid nerve repair.

According to the lead researcher from the university's Biocomposite Materials Laboratory for the Restoration of Damaged Nerves and Vessels, peripheral nerve damage significantly impacts human performance. While the peripheral nervous system possesses a notable capacity for self-recovery, this new method aims to enhance and accelerate that process.

The team is investigating the use of novel materials with adjustable physical and chemical properties and creating the right conditions for nerve cells to interact successfully. They are also shaping 3D structures to assist in the growth and tailored materials that will be able to breakdown and be replaced by natural tissue at the right rate.

Other researchers are exploring similar approaches. For example, scientists at the University of Basel in Switzerland demonstrated the benefits of neuromotor training for cancer patients. A study involving 158 individuals with oncological diseases showed that sensorimotor training decreased the onset of peripheral neuropathy by 50% to 70% compared with standard care.