cool hit counter Advances in the treatment of traumatic spinal cord injury in one article - Microscopy and artificial intelligence change lives!_Intefrankly

Advances in the treatment of traumatic spinal cord injury in one article - Microscopy and artificial intelligence change lives!


▌Author. Jing Juehua The Second Affiliated Hospital of Anhui Medical University

▌Editor. Wang Xiaodong Datong Fifth People's Hospital

Video guide

Preview

Data from the literature are cited to summarize the causal causes of traumatic spinal cord injury and to analyze the proportion of occurrence of each causal cause in different geographic regions.

The mechanisms and microscopic changes of trauma-induced spinal cord injury are described.

The role of treating traumatic spinal cord injury through neuroprotection is presented, describing the current status and controversies of surgical and pharmacological applications, and overturning the long-held view that methylprednisolone is used for neuroprotection.

The application of nerve regeneration in the treatment of traumatic spinal cord injury is described, and the current state of research on cell therapy, drugs and biomaterials for nerve regeneration is described.

The principles and current state of research in biomedical engineering techniques for the treatment of traumatic spinal cord injuries are presented.

The principles and current state of research on artificial intelligence and brain-computer interface technologies for the treatment of traumatic spinal cord injury are presented.

conclude

Traumatic spinal cord injury is a complex subject that There are now major advances in injury estimation, diagnostic techniques and treatment technologies , common treatments include surgery, physical methods, medication, cell transplantation and gene therapy. However, further research is needed to improve recovery from spinal cord injury, reduce complications of surgery, and achieve breakthrough results in patients with complete spinal cord injury.

With the molecular leveling of our understanding of the mechanisms of traumatic spinal cord injury, the in-depth mastery of post-treatment pathophysiological mechanisms, and the rapid development of molecular biology, molecular genetics, immunohistochemistry, and other related disciplines It is believed that improving the quality of life and regaining spinal cord nerve function for patients with traumatic spinal cord injury is within reach.


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