Lifeboat Foundation

After five months “performance improved dramatically,” the authors said. All three people were able to sustain their own weight, standing independently in their daily lives. With the help of a walker, they could easily stroll for six minutes without any other assistance. Michel was even able to climb up stairs with minimum support.

The trio celebrated their newfound freedom. With the stimulator helping with their trunk position—aka “core strength” and posture—they were able to enjoy everyday life. Standing while sipping a drink at a bar. Paddling a kayak on a lake. Taking a lap in the pool.

The stimulation further helped with muscle recovery. All three men found a boost in their leg and trunk muscle mass, and two were eventually able to control some muscle function even without stimulation.

Dmitry Rogozin, the head of Russian space agency Roscosmos, issued a stark warning.

The future of the ISS has come into question amid conflict in Ukraine. Dmitry Rogozin, the head of Roscosmos, has warned that blocking cooperation could have catastrophic consequences.

Nature is a never-ending source of inspiration for scientists, but our artificial devices usually don’t communicate well with the real thing. Now, researchers at Linköping University have created artificial organic neurons and synapses that can integrate with natural biological systems, and demonstrated this by making a Venus flytrap close on demand.

The new artificial neurons build on the team’s earlier versions, which were organic electrochemical circuits printed onto thin plastic film. Since they’re made out of polymers that can conduct either positive or negative ions, these circuits form the basis of transistors. In the new study, the team optimized these transistors and used them to build artificial neurons and synapses, and connect them to biological systems.

When the transistors detect concentrations of ions with certain charges, they switch, producing a signal that can then be picked up by other neurons. Importantly, biological neurons operate on these same ion signals, meaning artificial and natural nerve cells can be connected.

Circa 2017

AsianScientist (Feb. 8, 2017) – Mouse pancreases grown in rats generate functional, insulin-producing cells that can reverse diabetes when transplanted into mice with the disease, according to researchers at the Stanford University School of Medicine and the Institute of Medical Science at the University of Tokyo.

These findings, published in Nature, suggest that a similar technique could one day be used to generate matched, transplantable human organs in large animals like pigs or sheep.

Continue reading “Lab-Grown Pancreas Reverse Diabetes In Mice” »

Roscosmos’s head warns the ISS mission could end with a destructive deorbit in a threat to the US, EU and other countries.