locomotion
dr. dolittle | October 25, 2017Who could forget the second most popular blog post so far this year. Seeing an octopus walk never gets old!
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I came across this amazing video on YouTube showing a species of octopus found in Northern Australia that is adapted to walk on land:
dr. dolittle | November 10, 2016Pioneering research being conducted by Dr. Gregoire Courtine (Swiss Federal Institute of Technology - Lausanne) may enable paralyzed humans to walk again someday. Through his collaborative research with a lab in Beijing China, he has developed a wireless brain implant that detects signals in the brain and then sends these signals to electrodes implanted in the lower spine (below the injured region) of the animals. This technology allows the brain signals to bypass the spinal cord injury.
Dr. Courtine is beginning trials in paralyzed humans using a simpler model of his new system that only…
dr. dolittle | August 21, 2014 Image of a green tree python from www.kids.britannica.com J.H. Pete Carmichael—The Image Bank/Getty Images
Dr. Greg Byrnes (Siena College, Loudonville, NY) and Dr. Bruce Jayne (University of Cincinnati, OH) discovered that snakes use more force than is necessary to support their weight when climbing. To climb, snakes rely on friction and repeatedly contract and extend their bodies, a process called concertina locomotion. To study the forces generated by snakes during this type of locomotion, the researchers constructed a vertical cylinder that was covered with textured tennis racket tape…
dr. dolittle | June 5, 2012Scientists have been able to restore locomotion in paralyzed rats using a combination of nerve stimulation and engaging the mind by having the rats complete simple tasks (like obtaining treats). In the newly published research, Dr. Grégroire Courtine (University of Zurich and the Swiss Federal Institute of Technology) and his team created a rat model of spinal cord injury. After designing a support jacket for the rats, they used a combination of neurotransmitters and electrical impulses to excite the nerves to produce involuntary stepping actions, which alone did not activate voluntary…
awild | February 23, 2010A video from Cambridge University highlights an infectiously enthusiastic Chris Clemente as he figures out how ants stick to smooth surfaces:
Wow.
Two things strike me about the video. First, they simplified the science for a lay audience without fundamentally changing it. That's something of a rarity, as any scientist who has seen their work covered in the media can attest. Second, they did this while retaining a sense of humor and the strong sense of humanity in the scientific process.
Most scientists I know have a similarly intense fascination with their subjects- that's a rich vein for…