Optogenetics

Optogenetics is a very promising technique – among other things, it may one day be used to reduce anxiety, treat addiction, and even reverse blindness. A newly developed device could soon also make it considerably less invasive, and thus more doable.

We're seeing some significant advances in efforts to leverage light-sensitive proteins to improve human health, a field known as optogenetics, but new research out of Germany flips the script on this emerging technology.

In a major breakthrough for regenerative medicine, scientists have partially restored vision in a blind man using an emerging technique called optogenetics, which enabled the patient to locate and identify objects for the first time in decades.

Scientists have used a novel implant to program social interactions between mice for the first time, which they say lays the groundwork for better understanding the way hierarchies and relationships are formed in complex groups of individuals.

A research team has demonstrated how using light to target specific brain cells, a technique called optogenetics, might work to tackle epilepsy, by using the approach to prevent seizures in mouse models of the disease.

Medical implants that help regulate activity in the brain could go a long way to treating conditions like Parkinson's and depression, and scientists have just developed one with some very useful functionality.

When an obese person really needs to lose weight, gastric bypass surgery is sometimes performed – but it's quite an invasive procedure. An experimental new implant, however, may produce similar results with much less fuss.

New research suggests that blocking a specific neural pathway, associated with drug reward and withdrawal memories, could eliminate the triggers that lead to drug cravings and ultimately prevent relapse into addictive drug-taking behaviors.

Researchers have succeeded in activating a hibernation-like state in mice and rats, opening up the possibility that this type of “suspended animation” might eventually be used for preserving human organs for transplant, or even deep space travel.

What drives pain and how it might be prevented in humans are complex questions demanding complex answers, but scientists at Duke University have come across a rather simple one, comparatively speaking.

Some bacteria inject toxins into host cells using a syringe-like appendage. Past research has found we could hijack that as a new drug delivery system, and now Max Planck scientists have developed a way to control the mechanism using light.

New research from Tufts University may make it a little easier to manage diabetes. In mouse tests, the team implanted beta cells that produce more insulin on demand, when they’re activated by blue light.