Tag #Spinal Cord Injury

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theglobeandmail.com

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Sep 6, 01:19

Neuralink Brain Implants Successfully Implanted in Canadian Patients

Two Canadian patients with spinal cord injuries received Neuralink brain implants, enabling them to control a computer with their thoughts, marking the first clinical trial outside the U.S. and demonstrating the technology's potential to improve the lives of individuals with paralysis.

Neuralink Brain Implants Successfully Implanted in Canadian Patients

Two Canadian patients with spinal cord injuries received Neuralink brain implants, enabling them to control a computer with their thoughts, marking the first clinical trial outside the U.S. and demonstrating the technology's potential to improve the lives of individuals with paralysis.

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What are the immediate impacts of the Neuralink implants on the Canadian patients?

Both patients gained the ability to control a computer cursor almost immediately after surgery, allowing them to play video games and paving the way for future applications like driving wheelchairs or cars. They were discharged within a day of their respective procedures.

theglobeandmail.com

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Jun 13, 01:11

Paralyzed Humboldt Bronco Walks Again Using Advanced Exoskeleton

Ryan Straschnitzki, a Humboldt Broncos crash survivor paralyzed from the chest down, walked using a $400,000 exoskeleton in Calgary, showcasing Human in Motion Robotics' XoMotion system and offering hope for spinal cord injury rehabilitation.

Paralyzed Humboldt Bronco Walks Again Using Advanced Exoskeleton

Ryan Straschnitzki, a Humboldt Broncos crash survivor paralyzed from the chest down, walked using a $400,000 exoskeleton in Calgary, showcasing Human in Motion Robotics' XoMotion system and offering hope for spinal cord injury rehabilitation.

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What is the significance of Ryan Straschnitzki's ability to walk using an exoskeleton, and what are its immediate implications for spinal cord injury rehabilitation?

Ryan Straschnitzki, paralyzed from the chest down in the 2018 Humboldt Broncos bus crash, successfully walked using an exoskeleton. This $400,000 XoMotion system, developed by Human in Motion Robotics, allows users to control their movements with a remote, offering hope for those with spinal cord injuries. The technology wasn't available when he was injured, highlighting advancements in rehabilitation technology.

cbsnews.com

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May 12, 04:07

Digital Bridge Restores Movement and Functions for Spinal Cord Injury Patients

Neuroscientists Courtine and Bloch's 'digital bridge' wirelessly transmits brain signals to bypass spinal cord injuries, restoring movement and functions like blood pressure and bladder control, offering hope for improved quality of life for paralyzed individuals and those with Parkinson's disease.

Digital Bridge Restores Movement and Functions for Spinal Cord Injury Patients

Neuroscientists Courtine and Bloch's 'digital bridge' wirelessly transmits brain signals to bypass spinal cord injuries, restoring movement and functions like blood pressure and bladder control, offering hope for improved quality of life for paralyzed individuals and those with Parkinson's disease.

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What is the immediate impact of the digital bridge technology on individuals with spinal cord injuries?

A digital bridge, developed by neuroscientists Gregoire Courtine and Jocelyne Bloch, wirelessly transmits brain signals to the healthy part of the spinal cord, bypassing injury to restore movement and functions. This technology, through Onward Medical, aims to improve quality of life for paralyzed individuals beyond just walking, addressing issues like blood pressure regulation and bladder control.

dailymail.co.uk

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Mar 25, 01:11

Stem Cell Therapy Shows Promise in Treating Paralysis from Spinal Cord Injuries

Four Japanese men paralyzed by spinal cord injuries showed significant recovery after receiving injections of induced pluripotent stem (iPS) cells; one can now stand and is learning to walk, while another regained some arm and leg movement, demonstrating a potential breakthrough in spinal cord injur...

Stem Cell Therapy Shows Promise in Treating Paralysis from Spinal Cord Injuries

Four Japanese men paralyzed by spinal cord injuries showed significant recovery after receiving injections of induced pluripotent stem (iPS) cells; one can now stand and is learning to walk, while another regained some arm and leg movement, demonstrating a potential breakthrough in spinal cord injur...

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What are the immediate and specific impacts of this stem cell therapy trial on treating paralysis from spinal cord injuries?

A fully paralyzed man in Japan can now stand and is learning to walk after receiving an injection of reprogrammed stem cells, showing significant progress in treating spinal cord injuries. Another participant regained movement in some arm and leg muscles. This breakthrough involved induced pluripotent stem (iPS) cells, demonstrating their potential in repairing damaged spinal cords.

usa.chinadaily.com.cn

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Mar 6, 13:14

Brain-Spinal Cord Implant Restores Walking in Paralyzed Patients

In a world-first surgery at Shanghai's Zhongshan and Huashan Hospitals, four paralyzed patients received brain and spinal cord electrode implants creating a 'nerve bypass', restoring leg movement within 24 hours and independent walking in some within two weeks.

Brain-Spinal Cord Implant Restores Walking in Paralyzed Patients

In a world-first surgery at Shanghai's Zhongshan and Huashan Hospitals, four paralyzed patients received brain and spinal cord electrode implants creating a 'nerve bypass', restoring leg movement within 24 hours and independent walking in some within two weeks.

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What immediate impact does this new brain-spinal cord interface technology have on patients with paralysis?

Four paralyzed individuals in Shanghai participated in a groundbreaking surgery involving brain and spinal cord electrode implantation to create a 'nerve bypass'. Within 24 hours, they regained some leg movement aided by AI; after two weeks, three patients achieved independent leg control and walking.

abcnews.go.com

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Dec 20, 16:13

FDA Clears Spinal Stimulator Offering Hope for Spinal Cord Injury Patients

The FDA recently approved ARC-EX Therapy, a non-invasive spinal stimulator showing significant promise in improving hand function and reducing pain for patients with spinal cord injuries, based on results from the Up-LIFT clinical trial where 72% of participants with cervical injuries saw improvemen...

FDA Clears Spinal Stimulator Offering Hope for Spinal Cord Injury Patients

The FDA recently approved ARC-EX Therapy, a non-invasive spinal stimulator showing significant promise in improving hand function and reducing pain for patients with spinal cord injuries, based on results from the Up-LIFT clinical trial where 72% of participants with cervical injuries saw improvemen...

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How does ARC-EX Therapy work, and what were the key findings from the Up-LIFT clinical trial?

ARC-EX Therapy's success stems from its ability to directly stimulate sensory nerves connected to motor nerves in the spinal cord, bypassing damaged areas. The Up-LIFT study's results demonstrate the potential for significant functional recovery in chronic spinal cord injury patients, a condition with previously limited treatment options. This breakthrough could revolutionize treatment and improve quality of life for many.

elpais.com

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Jul 22, 13:12

Road Safety Improvements Reduce Childhood Spinal Cord Injuries in Spain

A study by the Institut Guttmann in Spain reveals an 81% decrease in childhood spinal cord injuries from traffic accidents between 2003 and 2023, shifting the leading cause from road accidents to medical conditions like tumors and vascular issues. Improved road safety is cited as a key factor.

Road Safety Improvements Reduce Childhood Spinal Cord Injuries in Spain

A study by the Institut Guttmann in Spain reveals an 81% decrease in childhood spinal cord injuries from traffic accidents between 2003 and 2023, shifting the leading cause from road accidents to medical conditions like tumors and vascular issues. Improved road safety is cited as a key factor.

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What is the primary cause of the significant decrease in traffic accident-related spinal cord injuries among children in Spain?

Between 2003 and 2023, traffic accidents causing spinal cord injuries in children decreased by 81% in Spain, dropping from the leading cause (43.4%) to fifth (8.3%). This is attributed to improved road safety measures such as increased seatbelt use and safer vehicle designs.

cbsnews.com

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May 12, 04:07

Paralyzed Patients Walk Again Thanks to 'Digital Bridge' Technology

A Swiss clinical trial uses a 'digital bridge' technology to restore movement in paralyzed patients by wirelessly connecting brain implants to spinal cord stimulators, enabling patients like Marta Carsteanu-Dombi, severely paralyzed after a bike accident, to walk again and showing unexpected nerve r...

Paralyzed Patients Walk Again Thanks to 'Digital Bridge' Technology

A Swiss clinical trial uses a 'digital bridge' technology to restore movement in paralyzed patients by wirelessly connecting brain implants to spinal cord stimulators, enabling patients like Marta Carsteanu-Dombi, severely paralyzed after a bike accident, to walk again and showing unexpected nerve r...

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How does the digital bridge technology work, and what unexpected benefits have been observed in patients?

The success of the digital bridge technology, developed by researchers at NeuroRestore, demonstrates the potential for bypassing spinal cord injuries to restore motor function. By translating brain activity into electrical stimulation, the system effectively creates a new communication pathway between the brain and paralyzed limbs. Unexpectedly, this process also stimulated the growth of new nerve connections in some patients.

bbc.com

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Apr 25, 13:17

Mum Paralyzed by Tumor to Run London Marathon

A Northallerton mother, Emma Watt, is running the London Marathon two years after surgery for a spinal tumor left her unable to walk, aiming to raise funds for the Spinal Injuries Association and inspired by her son's unwavering support.

Mum Paralyzed by Tumor to Run London Marathon

A Northallerton mother, Emma Watt, is running the London Marathon two years after surgery for a spinal tumor left her unable to walk, aiming to raise funds for the Spinal Injuries Association and inspired by her son's unwavering support.

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How did Emma Watt's rehabilitation process contribute to her ability to participate in the marathon?

Watt's participation highlights the transformative power of rehabilitation and the strength of human spirit in overcoming severe physical challenges. Her journey, from wheelchair to unaided walking, showcases the effectiveness of physiotherapy and occupational therapy in spinal cord injury recovery. She is motivated by her son's support and aims to raise awareness and funds for the Spinal Injuries Association.

elmundo.es

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Mar 12, 22:14

Implantable Neuroprosthesis Restores Walking Ability in Spinal Cord Injury Patients

Scientists in Switzerland developed an implantable spinal cord neuroprosthesis that helps individuals with spinal cord injuries walk again using robotic assistance; nine patients showed significant improvements, with four regaining some mobility without assistance after rehabilitation.

Implantable Neuroprosthesis Restores Walking Ability in Spinal Cord Injury Patients

Scientists in Switzerland developed an implantable spinal cord neuroprosthesis that helps individuals with spinal cord injuries walk again using robotic assistance; nine patients showed significant improvements, with four regaining some mobility without assistance after rehabilitation.

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How does this neuroprosthesis differ from traditional rehabilitation techniques, and what are the potential advantages?

This neuroprosthesis, detailed in Science Robotics, combines robotic assistance with epidural electrical stimulation to maximize muscle activation during rehabilitation. The synchronized system adapts to different robots and environments, potentially accelerating recovery compared to traditional methods that often fail to sufficiently activate all muscles.

europe.chinadaily.com.cn

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Mar 6, 13:14

Brain-Spinal Cord Implants Restore Leg Movement in Paralyzed Patients

Four paralyzed patients in Shanghai underwent a world-first surgery implanting brain-spinal cord electrodes to restore leg movement; initial results show significant improvements, marking a breakthrough in neural function reconstruction.

Brain-Spinal Cord Implants Restore Leg Movement in Paralyzed Patients

Four paralyzed patients in Shanghai underwent a world-first surgery implanting brain-spinal cord electrodes to restore leg movement; initial results show significant improvements, marking a breakthrough in neural function reconstruction.

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What are the immediate impacts of this brain-spinal cord interface technology on patients with paralysis?

Four paralyzed individuals in Shanghai participated in a world-first clinical trial involving brain-spinal cord implants. Within 24 hours, patients regained some leg movement with AI assistance; after two weeks, some achieved independent leg control.

foxnews.com

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Dec 5, 13:08

Deep Brain Stimulation Enables Paralyzed Patients to Walk

Two paralyzed patients regained significant mobility, including walking and stair climbing, after deep brain stimulation (DBS) therapy targeting the lateral hypothalamus, a brain region not previously linked to leg control in humans; the study, published in Nature Medicine, suggests a potential brea...

Deep Brain Stimulation Enables Paralyzed Patients to Walk

Two paralyzed patients regained significant mobility, including walking and stair climbing, after deep brain stimulation (DBS) therapy targeting the lateral hypothalamus, a brain region not previously linked to leg control in humans; the study, published in Nature Medicine, suggests a potential brea...

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What are the long-term implications of this discovery for the treatment of spinal cord injuries?

The study, conducted at EPFL and Lausanne University Hospital, involved implanting electrodes in the lateral hypothalamus and applying DBS. One patient reported feeling their legs and the urge to walk immediately after stimulation. Long-term improvements were observed even without stimulation, suggesting nerve fiber reorganization.

Showing 1 to 12 of 12 results