Spinal cord injury sufferers live in hope of a medical miracle that could see them walk again

Published: June 28, 2014  |  Source: heraldsun.com.au
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Steve PekrisVICTORIAN medical researchers are embarking on a range of exciting trials to improve the lives of people with quadriplegia and prevent the severity of new spinal cord injuries.

Among the projects under way are: electrically stimulated exercise, a sunshine pill and oxygen mask to stop their brain fog and a robotic arm that offers independence.

While international breakthroughs show rats with severed spines walking, experimental stem cell therapies and brain implants moving hands, experts caution that even significant advances take time.

SpinalCure CEO Duncan Wallace said it was important not to provide false promise, but there was no such thing as false hope.

He believes researchers are on the verge of exciting breakthroughs as early stage science moves into human trials.

“If people keep themselves fit with exercise programs and stay healthy, then they are going to be in much better shape to make use of therapies when they become available.”

That’s where the work being done by Austin Health, the University of Melbourne and the

Florey Institute of Neuroscience and Mental Health comes into play.

Dr Andrew Nunn, medical director of the Victorian Spinal Cord Injury Service, said their research approach was practical because they dealt with patient’s daily realities.

He believes using new technologies and rehabilitation could make an enormous difference to the lives of those with quadraplegia.

Take Austin Health’s David Berlowtiz’s two sleep disorders trials.

He discovered people with quadriplegia were more likely suffer from obstructive sleep apnoea, where the throat narrows and closes during sleep, and could lose normal melatonin rhythms.

“It’s like they are jetlagged all the time,” he said.

But his new research shows that pills of melatonin (the sunshine hormone) may improve sleep.

He is also trialling continuous positive airway pressure (CPAP) to reduce oxygen deprivation and boost brainpower.

Steve Perkis, 22, is taking part in several of these trials in the hope it will help him, or the next person in his position.

 Steve Pekris became a quadraplegic after doing a somersault and landing on his neck in a bad position. Picture: Sarah Matray
Steve Pekris became a quadraplegic after doing a somersault and landing on his neck in a bad position. Picture: Sarah Matray

The carpenter has quadriplegia, with loss of movement in his legs and hands, but not his arms, after a somersault in March.

The Austin also offers nerve transplant surgery, which restores function by rerouting nerves.

It has allowed around 10 people with quadriplegia to regain some use of their arms and hands.

Professor Mary Galea from the University of Melbourne and Austin Health is spearheading four trials involving physical exercise and electrical stimulation to try to preserve muscle function, create new neurological connections and improve health outcomes.

One trial uses a headset to deliver electrical stimulation to the hand muscles when wearers click their jaw, allowing participants to grasp objects.

Another gets patients to cycle in bed soon after injury, by electrically stimulating their thigh muscles, while a separate project explores the benefits of full body exercise using assisted cycling and walking.

Then there are projects that could offer greater independence, like Melbourne entrepreneur Marita Cheng’s robotic arm, which is programmed to perform tasks like taking medication or opening doors when the user taps the iPhone or iPad.

There are also moves to reduce the severity of new spinal cord injuries, with Queensland Brain Institute director Professor Perry Bartlett confirming the first human trials of a drug to help nerve regrowth should start within 12 months.

The drug is based on a world-first breakthrough made by Victorian and Queensland scientists more than a decade ago that blocking a molecule called EphA4 sparks regrowth of spinal nerves in mice.

Another bold plan, led by The Florey and Austin Health neurologist Dr Peter Bachelor, is to cool spinal cord injury patients within two hours of their injury.

This technique aims to prevent further damage to the spinal cord, which compresses after injury, buying patients more time to undergo decompression surgery.

CRITICAL STEPS TOWARDS A CURE FOR SPINAL INJURIES

ROBOTIC ARM

A robotic arm controlled by an iPhone and iPad that will help spinal cord injury patient’s move and grip objects is being tested in Melbourne.

DRUG TRIAL

A new Australian drug aiming to prevent loss of nerve tissue and promote repair after injury will enter human trials within 12 months.

HANDS ON

A headset that delivers electrical stimulation to hand muscles allowing people to use their hand is being tested by Melbourne University and Austin Health.

SLEEP

Austin Health is leading an international trial to see if they can reduce the impact of sleep apnoea and boost brain power using a sleep mask and sun hormone pills.

CYCLING

Electrical stimulation to the muscles of the thigh that enables them to cycle on a bike is being used to see if it can stop muscle wastage and improve general health.

FULL BODY WORK OUT

Giving patients with spinal cord injuries full body exercise on a treadmill and with electrical stimulation-assisted cycling to see if it can improve their function.

NERVE TRANSPLANT SURGERY

The Victorian Spinal Cord Service is offering nerve transfer surgery to patients with tetraplegia for upper limb reanimation.

The surgery can lead to increased reach, grasp and release and increased independence for patients.

A trial with the University of Melbourne will work out which patients are eligible for the surgery, optimal surgery timing and a cost-benefit analysis.

GYM TRAINING

A program that teaches fitness trainers how to cater for spinal cord injury patients has been developed to try to improve their access to community gyms. A full assessment is underway, but preliminary results show it is helping overcome barriers and improving the physical health of patients.

MUSIC THERAPY

Singing classes were trialled to boost people with quadriplegia’s ability to breath and project their voice.

Their main breathing muscles do not work, putting them at risk of chest infections and pneumonia and making it hard to heard in loud environments.

The trial found that it not only boosted their voice projection, there were trends to show that it could help breathing and it also was a helpful social outlet.

University of Melbourne and Austin Health Dr Jeanette Tamplin hopes to conduct a larger trial using online classes to overcome transport barriers for patients.

EMPLOYMENT

There are still hurdles to overcome for people with spinal cord injuries to return to work, but Austin Health and LaTrobe University’s Gilliean (CORRECT) Hilton is hoping to improve this with two research projects to assess the current services provided to Victorian patients and an in-depth study of 30 people with quadriplegia to assess their experience of seeking, gaining and maintaining employment.

BOWEL

Melbourne University and Austin Health is about to start clinical trials of a drug to help spinal cord injury patients get better control of their bowel functions.

COOLING

Spinal cord injury patients will be cooled temporarily so they have more time to get spinal cord decompression surgery.

The trial, led by the Florey Institute of Neuroscience and Mental Health neurologist Dr Peter Batchelor, will involve paramedics cooling patients by two degrees within two hours of their injury.

BLOOD PRESSURE

A 24-hour study revealed that spinal cord injury patients have a reversal of blood pressure- it’s too high at night and dangerously low during the day.

They are now giving people with quadriplegia drugs to raise their blood pressure during the day and trying to reduce the high blood pressure overnight.

BIONIC SPINE

Royal Melbourne Hospital and University of Melbourne have begun preclinical trials of a device that allows spinal cord injury patients to control a robotic limb using an implant that decodes brain activity signals responsible for limb movement.

 

By Lucie van den Berg, Herald Sun

Originally published as Spinal cord injury sufferers wait for a breakthrough