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    Nanotechnology “Reboots” Blood Flow in Brain to Limit Damage After Injury

“This is the most remarkably effective thing I’ve ever seen,” Kent said. “Literally within minutes of injecting it, the cerebral blood flow is back to normal, and we can keep it there with just a simple second injection. In the end, we’ve normalized the free radicals while preserving nitric oxide (which is essential to autoregulation). These particles showed the antioxidant mechanism we had previously identified as predictive of effectiveness.”
Kent said the nanoparticles as tested showed no signs of toxicity, but any remaining concerns should be answered by further tests. The researchers found the half-life of PEG-HCCs in the blood – the amount of time it takes for half the particles to leave the body – to be between two and three hours. Tests with different cell types in vitro showed no toxicity, he said. The research has implications for stroke victims and organ transplant patients as well, Tour said.

(via Nanoparticles reboot blood flow in brain after injury | KurzweilAI)

    Nanotechnology “Reboots” Blood Flow in Brain to Limit Damage After Injury

    “This is the most remarkably effective thing I’ve ever seen,” Kent said. “Literally within minutes of injecting it, the cerebral blood flow is back to normal, and we can keep it there with just a simple second injection. In the end, we’ve normalized the free radicals while preserving nitric oxide (which is essential to autoregulation). These particles showed the antioxidant mechanism we had previously identified as predictive of effectiveness.”

    Kent said the nanoparticles as tested showed no signs of toxicity, but any remaining concerns should be answered by further tests. The researchers found the half-life of PEG-HCCs in the blood – the amount of time it takes for half the particles to leave the body – to be between two and three hours. Tests with different cell types in vitro showed no toxicity, he said. The research has implications for stroke victims and organ transplant patients as well, Tour said.

    (via Nanoparticles reboot blood flow in brain after injury | KurzweilAI)

     
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