Strategies and advance on stem cell transplantation for repair of spinal cord injury
- VernacularTitle:干细胞移植修复脊髓损伤的策略与进展
- Author:
Wanyu HE
1
;
Leping CHENG
Author Information
- Keywords: spinal cord injury; primary injury; secondary injury; glial scar; stem cell transplantation; biomaterial; mesenchymal stem cell; combination therapy
- From: Chinese Journal of Tissue Engineering Research 2024;28(19):3090-3096
- CountryChina
- Language:Chinese
- Abstract: BACKGROUND:Spinal cord injury not only causes serious physical and psychological injuries to patients but also brings a heavy economic burden to society.Spinal cord injury is initially triggered by mechanical trauma,followed by secondary injuries,and as the disease progresses,a glial scar develops. OBJECTIVE:To summarize the pathological process of spinal cord injury and strategies for stem cell transplantation to repair spinal cord injury,aiming to provide the best protocol for treating spinal cord injury. METHODS:Computer search was used to search PubMed and CNKI databases.Chinese search terms were"stem cell transplantation,spinal cord injury".English search terms were"stem cell,spinal cord injury,spinal cord,mesenchymal stem cells,neural stem cells,pathophysiology,clinical trial,primary injury,secondary injury".The literature was screened according to the inclusion and exclusion criteria.Finally,91 articles were included for review analysis. RESULTS AND CONCLUSION:(1)The strategies for repairing spinal cord injury through stem cell transplantation can be divided into exogenous stem cell transplantation and endogenous stem cell transplantation.The exogenous stem cell transplantation strategy for the treatment of spinal cord injury is divided into four kinds:injecting stem cells into the site of injury;transplantation of biomaterials loaded with stem cells;fetal tissue transplantation;transplantation of engineered neural network tissue or spinal cord-like tissue.(2)Compared with a single treatment method,combination therapy can more effectively promote nerve regeneration and spinal cord function recovery.(3)Microenvironment regulating the injury site,magnetic stimulation,electrical stimulation,epidural oscillating electric field stimulation,transcription factor overexpression and rehabilitation therapy can be combined with stem cell transplantation for combination therapy,thereby promoting the recovery of spinal cord function.
