Magnetoelectric Nanotechnology Aids Spinal Cord Neural Repair 

(1) Journal: 

Advanced Science

(2) Title: 

Magnetically Responsive Piezoelectric Nanocapacitors Enhance Neural Recovery Following Spinal Cord Injury via Targeted Spinal Magnetic Stimulation 

(3) Research idea: 

This work designs magnetically responsive piezoelectric nanocapacitors. Adopting the strategy of “magnetic stimulation for energy harvesting – internal energy storage and release”, the material realizes energy conversion and sustained release under external magnetic stimulation to deliver targeted continuous electrical stimulation to the injured spinal cord. Its regulatory effect on neural repair is verified through a multi-dimensional experimental system. 

(4) Material development: 

① Materials: Magnetically responsive piezoelectric nanocapacitor system composed of PVDF and barium titanate composite ② Functions: Enables magnetically controlled energy storage and sustained release, delivers wireless targeted electrical stimulation, and can regulate axon regeneration and restore neural functions after injury.

We provide full-process services for custom material design, including innovative scheme design, fabrication, characterization, and in vitro & in vivo validation (cell and animal studies). Our postdoctoral team with multiple high-impact Q1 publications can tackle your challenging research demands. Our scope covers hydrogels, drug delivery systems, nanomaterials, polymers, liposomes, microneedles and more. We support project design, NSFC proposal writing, and high-quality SCI manuscripts for journals such as AFM, AM and other Q1/Q2 journals. Enquiries are welcome👇
17768014569 (Dr.Gao)
17761925168 (Dr. Zhang)
18013729810 (Dr. Yang)