MXene Film-Mediated Wireless Magnetoelectric Stimulation to Promote Neuronal Differentiation in Spinal Cord Injury Neural Stem Cell Therapy

Spinal cord injury leads to neuronal necrosis. Owing to the limitations of neural stem cells (NSCs) in the adult body, spinal cord injury is difficult to repair. Seeding NSCs onto conductive materials can promote their differentiation under the influence of electrical stimulation, which may help in...

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1. autor:	Ying Hu (14950) (author)
Kolejni autorzy:	Xiaoqing Zhao (4710193) (author), Wenhan Wang (1675477) (author), Ziyang Zhang (223533) (author), Liang Wang (23021) (author), Xiheng Lu (22291258) (author), Zhichao Feng (6583157) (author), Ke Gao (1521607) (author), Xu Guo (174019) (author), Hengxing Zhou (3595214) (author), Hong Liu (50694) (author)
Wydane:	2025
Hasła przedmiotowe:	Biochemistry Cell Biology Molecular Biology Neuroscience Physiology Biotechnology Developmental Biology transplanted stem cells spinal cord injury offer immense potential neural stem cells enhance neuronal maturation biodegradable mxene materials rotating magnetic field electrical signals generated promote neuronal differentiation magnetic field neuronal necrosis neuronal differentiation electrophysiological signals electrical stimulation mxene films mxene film vitro </ situ </ power sources may help magnetoelectric stimulation external wiring experiments demonstrated easily adaptable clinical trials clinical treatments adult body
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MXene Film-Mediated Wireless Magnetoelectric Stimulation to Promote Neuronal Differentiation in Spinal Cord Injury Neural Stem Cell Therapy

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