Fluorescence imaging can reveal details of neuronal activity in sections of the spinal cords of animals, but collecting data from living subjects can be challenging. Developments in micro-optics ...

Methods: A total of 12 nonexercise-trained complete spinal cord injured (SCI) persons (10 males and two females 40±12 years old ... Individual cross sections were 1 cm thick and 1 cm apart.

By revealing the cellular and computational logic of spinal cord networks under ... Schematic showing the implanted imaging chamber and mounted miniaturized one-photon microscope in cross-section.

Microscope images of mouse and human spinal cord development at equivalent stages. Grey labels the nuclei of the cells in the embryo. Blue cells correspond to progenitors of the spinal cord; red ...

Couple tackles cross-country cycling trip — one by bicycle and one by adaptive trike due to a spinal cord injury By Kari A. Martindale Special to The News-Post Apr 29, 2025 ...

A new study shows that 3D-printing a section of spinal cord, living cells and all, restored movement in injured rats. Skip to main content. ... microscope, or a sharp scalpel.

We needed to dramatically speed up the pace at which we can image large 3D volumes of the brain and spinal cord. Traditional methods are a bottle neck that limit discovery.