Monday, February 24, 2020

Yearly Archives: 2014

First Study Tracking Stem Cell Treatments For Children With Spinal Cord Injuries Shows Potential...

Published: February 3, 2014

STEM CELLS Translational MedicinePrevious studies have shown that multiple stem cell implantations might assist adults suffering from complete spinal cord injuries (SCI). Now a groundbreaking study released today in STEM CELLS Translational Medicine shows for the first time that children with SCI might benefit, too.

Marcin Majka, Ph.D., and Danuta Jarocha, Ph.D., led the study at Jagiellonian University College of Medicine in Krakow, Poland. “Although it was conducted on a small number of patients carrying a different injury level and type, preliminary results demonstrate the possibility of attaining neurological, motor and sensation and quality-of-life improvement in children with a chronic complete spinal cord injury through multiple bone marrow derived cell (BMNC) implantations. Intravenous implantations of these cells seem to prevent and/or help the healing of pressure ulcers,” Dr. Majka said.

AN UNBREAKABLE BOND Trailer

Published: February 3, 2014 | Spinal Cord Injury: ,

https://www.youtube.com/watch?v=0s_hK8si6xk

AN UNBREAKABLE BOND, a documentary by Emilio Estefan, Jr. The inspirational story of Marc A. Buoniconti

How neurons control fine motor behavior of the arm

Published: January 31, 2014

how neurons control fine motor behaviorMotor commands issued by the brain to activate arm muscles take two different routes. As the research group led by Professor Silvia Arber at the Basel University Biozentrum and the Friedrich Miescher Institute for Biomedical Research has now discovered, many neurons in the spinal cord send their instructions not only towards the musculature, but at the same time also back to the brain via an exquisitely organized network. This dual information stream provides the neural basis for accurate control of arm and hand movements. These findings have now been published in Cell.

U.S. team conducts study using new cell technique in monkeys

Published: January 30, 2014

A research team at Harvard University has conducted a preliminary study on monkeys paralyzed by spinal cord injuries using a newly found technique for turning specialized cells into multipurpose ones that behave like embryonic stem cells, one of the team members said Thursday.

The same team is also experimenting with human cells in the hope of generating so-called STAP cells, which can turn into any type of body tissue, according to Charles Vacanti, a Harvard professor who co-authored papers on STAP cells published in the journal Nature on Wednesday.

‘Stem cells’ created in less than 30 minutes in ‘groundbreaking’ discovery

Published: January 29, 2014

embyonic-stem-cells-createdScientists have turned adult cells back to their embryonic form in under 30 minutes by simply treating them with acid in a breakthough which could revolutionise personalised medicine.

The era where organs and tissues can be re-grown is a step closer after scientists found treating adult cells with acid takes them back to an embryonic state in under 30 minutes.
Experts in the field of stem cells have hailed the research as groundbreaking and say, if replicated in humans, it would herald a new ‘age of personalised medicine.’

Johns Hopkins Study: Traumatic Spinal Cord Injuries on the Rise in U.S.

Published: January 27, 2014

Johns-Hopkins-LogoThe number of serious traumatic spinal cord injuries is on the rise in the United States, and the leading cause no longer appears to be motor vehicle crashes, but falls, new Johns Hopkins research suggests.

The same research shows, moreover, that rates of these injuries — whose symptoms range from temporary numbness to full-blown paralysis — are rising fastest among older people, suggesting that efforts to prevent falls in the elderly could significantly curb the number of spinal injuries.

Wireless brain implant promises freedom from paralysis

Published: January 27, 2014

wireless-brain-implant-promisesPeople who have lost their limbs may no longer fear the prospect of paralysis, if researchers manage to perfect a wireless brain implant.

Research by BrainGate, a program that pools research from several universities, is drawing closer to allowing paralyzed patients use of their limbs through the implant.

Quadriplegics breathe easier with help of new device

Published: January 23, 2014 | Spinal Cord Injury:

breathing-deviceOnce used by Christopher Reeve, it was developed in part with funding from the Rick Hansen Institute.

Gabriel Abotossaway doesn’t sound like he can’t breathe on his own.

On the phone from his home in Manitoulin Island, the 22-year-old sounds like most men his age. But Gabriel has required help breathing since a 2011 car accident rendered him a high-level quadriplegic. He’s unable to move his diaphragm and breathe independently.

Quadriplegic Pieter du Preez Ready to Break Records in 2014

Published: January 23, 2014 | Spinal Cord Injury: ,

Quadriplegic Pieter du Preez Ready to Break Records in 2014“Impossible is an opinion, to me it means IM-possible … Ironman possible.”

The inspirational words of South African triathlete Pieter du Preez after he became the first quadriplegic athlete to complete an Ironman event back in December at the Busselton event in Western Australia. With a finish time of 13 hours and 20 minutes, du Preez smashed the boundaries for what is possible and continues to lead the way in paratriathlon. Not prepared to bask in his world record breaking achievements, du Preez has big plans in place for 2014, with one word on his mind: Kona.

Patients With Spinal Cord Injuries Should Be Assessed for Sleep Apnea

Published: January 15, 2014

A new study suggests that patients with spinal cord injuries could benefit from careful assessment for sleep apnea.

Results show that 77 percent of spinal cord injury survivors had symptomatic sleep-disordered breathing, and 92 percent had poor sleep quality. The study also found that the nature of sleep-disordered breathing in patients with spinal cord injury is complex, with a high occurrence of both obstructive and central sleep apnea events.

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