Capitalizing on the flexibility of tiny cells inside the body's smallest blood vessels may be a powerful spinal cord repair ...

The cells were resuspended, filtered through 40 μm cell strainers ... and incubated for 2–4 h until adherent. The culture supernatant was then replaced with neuronal maintenance medium consisting of ...

When Abba was absent in the developing brain, it led to a halt in radial glial cell proliferation, disorganized radial fibers, and abnormal migration of neuronal progenitors ... containing 1 ml of ...

Unfortunately for cell culture scientists, the conditions in which cells thrive (nutrient-rich media, oxygen, carbon dioxide) are also the same conditions in which many contaminants thrive. While in ...

forming a Neuron-PNS Microglia-Satellite Glial Cell trio model. This revises the traditional Neuron-Satellite Glial Cell duo model of the PNS based on previous studies in rodent models. The trio model ...

In a separate phase I clinical trial, researchers from Memorial Sloan Kettering Cancer Center, New York, explored the safety of a dopaminergic neuron progenitor cell product (bemdaneprocel ...

“The idea is to place these neuron progenitors right where you need them to connect with other neurons in the brain,” says Dr ...

Rather than starting with the brain, however, the team instead looked for nerve cell loss in the heart ... This kind of neuron loss is associated with Parkinson’s, but at the time, none of ...

Benraiss and Goldman also demonstrated that the same agents could induce new medium spiny neuron formation in primates ... could also be combined with other cell replacement therapies.