Regeneration and Reinnervation of Spinal Cord in Rats Treated with NurExone's Intranasal ExoPTEN
Retrieved on:
Thursday, June 22, 2023
The image analysis and measurements confirmed successful nerve regeneration following traumatic transection of the spinal cord in rats.
Key Points:
- The image analysis and measurements confirmed successful nerve regeneration following traumatic transection of the spinal cord in rats.
- Subsequently, the spinal cords of rats from the study were subjected to advanced Diffusion Tensor Imaging (DTI) to assess the structural integrity of the spinal cord.
- ExoPTEN is being developed to be a minimally invasive ExoTherapy for spinal cord injuries (SCI) administrated intranasally and yielding neuron regeneration and rewiring in traumatically damaged spinal cords.
- These DTI tractography images and measurements indicate re-innervation and nourishment to the caudal spinal cords in ExoPTEN rats treated intranasally.