Mitochondrial dysfunction is a hallmark of secondary neuroinflammatory responses and
neuronal death in spinal cord injury (SCI). Even though mitochondria-based therapy is an …

Our previous studies reported that pharmacological maintenance of mitochondrial
bioenergetics after experimental spinal cord injury (SCI) provided functional …

Objectives Spinal cord ischemia (SCI) is one of the major concerns of postoperative
paraplegia during major vascular or aortic surgery. Since mitochondrial dysfunction …

Objective Mitochondrial dysfunction plays an essential role in secondary brain injury
following traumatic brain injury (TBI). Interestingly, accumulating evidence has shown that …

Mitochondrial dysfunction following spinal cord injury (SCI) may be critical for the
development of secondary pathophysiology and neuronal cell death. Previous studies have …

Traumatic spinal cord injuries interrupt the connection of all axonal projections with their
neuronal targets below and above the lesion site. This interruption results in either …

Many people around the world suffer from some form of paralysis caused by spinal cord
injury (SCI), which has an impact on quality and life expectancy. The spinal cord is part of …

Mitochondria are crucial in sustaining and orchestrating cellular functions. Capitalizing on
this, we explored mitochondrial transplantation as an innovative therapeutic strategy for …

Traumatic injury to the mammalian spinal cord is a highly dynamic process characterized by
a complex pattern of pervasive and destructive biochemical and pathophysiological events …

Mitochondrial dysfunction occurs in the early stage of axonal degeneration after spinal cord
injury and involves oxidative stress, energy deficiency, imbalance of mitochondrial …