In the summer of 2005 just graduated Willmar Cardinal basketball player Pete Grahn was enjoying a swim in Green Lake with friends when his life changed for good.
It was an exciting time for Pete, he had graduated from Willmar senior high and was headed for Minnesota State- Moorhead to play college basketball and get his degree in biology. Pete was a smooth shooting forward who was very athletic and according to his coach Steve Grove “really worked hard to make himself into great Willmar Cardinal. He had a sweet left hand jump shot, loved to shoot the three’s.”
Stem cell research is often controversial but it has also led to incredible medical progress in recent years.
Stem cell research is at defining moment. Although it can be controversial and does raise a lot of important ethical issues, this area of medical science has been characterised by a number of important advances, ever since the first embryonic stem cells were isolated from mice in the 1980s. In the near future, it could reshape the way we treat some of the world’s most debilitating diseases.
Stem cells have already been used as treatment for a number of years – think bone marrow transplant – and they have the potential to help with many other medical conditions.
In the annals of breathtaking scientific advances, it’s hard to top this recent news headline: “Paralyzed Monkeys Can Walk Again With Wireless Brain-Spine Connection.”
This is legit? Yes. How so? Scientists implant a chip in a monkey’s brain that sends wireless signals through a computer to electrodes in the lower back. The system stimulates a neural pathway that controls the muscles involved in walking.
Voila, the paralyzed primate walks.
Dr. Sean Elliot, MD, MS Professor and Vice Chair of Urology University of Minnesota explains how spinal cord injury effects the bladder.
Spinal cord repair and rehabilitation is a difficult but important topic to research, can you please give a brief overview of research in this field?
There are many grades of spinal cord injuries, in terms of range of movement, from small disabilities to becoming wheelchair bound for the rest of your life, the range is very broad.
There are many different approaches to try to overcome these disabilities, with key areas of research being focussed on developing stem cell therapies and using growth factors to promote regrowth of the nerve tissue after the injury.
People in wheelchairs no longer get treated like second-class citizens when it comes to Apple Watch’s fitness-tracking features. With the recent watchOS 3.0 update, which brings lots of big changes to the fitness-oriented wearable, Apple Watch wheelchair workouts can be tracked after a quick and easy setup.
Part of Apple’s wide-ranging accessibility initiative, these new Apple Watch features make it possible to track wheelchair exercise just like you would a typical run.
Apple Watch’s wheelchair mode puts people with physical disabilities on a level playing field with other athletes — and it’s super-easy to use.
Researchers have identified a protein in zebrafish that plays a role in helping heal major spinal cord injuries. The results, published in the 4 November issue of Science, could provide an important clue for researchers looking for ways to facilitate similar tissue repair in humans.
While mammals lack the ability to regenerate nervous system tissue after spinal cord injury, zebrafish can regenerate such tissue. The mechanisms behind this recovery have remained elusive.
“Only six to eight weeks after a paralyzing injury that completely severs their spinal cord, zebrafish form new neurons, regrow axons and recover the ability to swim. Importantly, these regenerative events proceed without massive scarring,” explained Mayssa Mokalled of Duke University, a researcher involved in the study.
Researches in Germany studied whether time of surgery impacted neurological outcomes for patients with acute spinal cord injury, according to Journal of Therapeutics and Clinical Risk Management.
Specifically, they analyzed 51 spinal cord injury patients, aged an average of 43.4 years. The patients had acute spinal fractures from C2 to L3 or nonosseous lesions.
A spinal cord injury (SCI) is damage anywhere along the spinal cord, often due to an accident or other trauma. SCI typically causes a loss of movement and feeling below the damaged part of the spinal cord, often leading to paralysis and other changes in functioning. People with SCI may be more likely to develop depressed mood than members of the general population: Current research shows that up to 25 percent of people with SCI experience depression, and up to 12 percent report major clinical depression.
Spirituality is one resource that people use to cope with a major life change, such as having a SCI.
Last month, David Sharp and his fellow colleagues at the Albert Einstein College of Medicine, Bronx, N.Y., received a $1.2 million grant from New York State to advance their promising technology for treating paralysis and other effects of spinal cord injuries (SCI).
The grant is one of nine totaling $5.7 million announced by N.Y. Governor Andrew Cuomo. The funding will be administered by the New York State Spinal Cord Injury Research program, and represents the first round of competitive awards since funding was re-instated for the program in 2013.