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Child walks again after receiving experimental treatment for rare genetic condition

In what experts are calling a “dream come true,” scientists used a recent biochemical discovery to help an 8-year-old boy with a rare genetic condition regain mobility.

Researchers from NYU Langone demonstrated, in a study published in Nature on Wednesday, how a chemical precursor to a commonly available enzyme, CoQ10, can help brain cells overcome a rare genetic condition that severely hobbles cells’ energy production process. Without treatment, the boy’s condition is known to deteriorate rapidly and could be fatal.


NYU Langone researchers have helped an 8-year-old boy regain mobility using an experimental treatment.

Neuralink Could Restore Hearing, Says Elon Musk | ISH News

Around the world, technology is slowly becoming a part of our bodies. What was once shown only in science fiction movies is now becoming real.
For example, in Sweden, thousands of people already have small chips inside their hands. These chips help them open doors, unlock cars, and enter offices—without using keys or cards. These tiny chips make daily life easier and smoother.
Now imagine—what if a chip could not only make life easy but also help people with disabilities?
This is what Neuralink, a company started by Elon Musk in 2016, is trying to do.
Neuralink’s dream is to connect the human brain directly with a computer using a very small chip. Their main aim is to help people who have serious spinal injuries and cannot move.
In early trials, Neuralink showed positive results. Some people with paralysis could move a computer cursor or play a chess game—just by thinking. This has given hope to many people who cannot move.
But recently, Elon Musk made a new and bold statement that caught the world’s attention.
In a post on social media platform X (earlier called Twitter), Musk said that Neuralink’s brain chip could help deaf people hear—even those who were born deaf.
He explained that this chip would directly send signals to the part of the brain that understands sound. So, even if a person’s ears do not work, they might still be able to hear.
This is different from cochlear implants, which help some deaf people by sending signals to the hearing nerve. Neuralink’s chip would go even deeper—straight to the brain’s hearing area.
If successful, this chip could help those who cannot use cochlear implants and give them a new way to experience sound. Elon Musk even said that in the future, such chips might give humans “super-hearing”—allowing them to hear sounds that normal ears cannot hear.
However, this is still just an idea. The chip is still being tested. Many technical, safety, and ethical questions are yet to be answered.
Also, many Deaf people and experts have said that deafness is not a problem to be “fixed.” For many, deafness is an identity, a language, and a culture. They want to be respected for who they are—not forced to change.
At ISH News, we agree with this view. We do not believe that deafness must be “cured.” We also do not support the idea of putting chips inside the body through surgery.
But as a news platform made for the Deaf community, we believe it is important to share such news. We want to keep our viewers informed so they can think and talk about these big topics.
We are here to provide both sides of the story—the big promises of this new technology, and the serious questions it raises. This way, our community can decide what they think for themselves.
The world is now watching to see what Neuralink does next—and whether this brain chip can really change the way people live.

#Neuralink #ElonMusk #HearingRestoration #BrainChip #Deafness #HearingLoss #CochlearImplant #DisabilityTech #Neurotechnology #FutureTech #MedicalInnovation #techforgood #ISHNews #ISL #IndianSignLanguage #SignLanguage.

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DMT Study Set To Explore Breakthrough Potential in Stroke Recovery

The study, which is set to begin in the third quarter of 2025, will be a randomized, double-blind, placebo-controlled trial involving 40 stroke patients in Europe.

Dr. Nardai, a leading cerebrovascular disease specialist, is currently the Head of the Department of Neurointervention at Semmelweis University in Budapest, Hungary. He previously led a preclinical study published in Experimental Neurology in May 2020, which demonstrated that rats treated with sub-hallucinogenic doses of DMT showed near-complete motor function recovery and smaller infarct volumes compared to untreated control groups. This research provided the basis for Algernon’s clinical investigation into DMT as a potential neuroprotective agent for stroke recovery.

“The primary endpoint of the planned Phase 2a study will be safety,” said Dr. Nardai in the news release. “However, stroke clinicians worldwide will also be watching for positive signals regarding lesion volume, biomarkers, motor function, cognitive function, depression, and mortality.””


Algernon Pharmaceuticals Inc. (AGN: CSE; AGNPF: OTCQB; AGW0:XFRA) subsidiary Algernon NeuroScience has appointed Dr. Sandor Nardai as Principal Investigator for its upcoming Phase 2a DMT stroke study. Find out how this trial could reshape stroke recovery research.

Mitochondria Expert: This Supplement Reversed Vascular Aging by 20 Years

Discover how MitoQ reverses vascular aging by 15–20 years! Chief Scientific Officer Dr. Mitchell reveals research on mitochondrial health, showing 42% improvement in blood flow and superior results vs CoQ10 for longevity.
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In this comprehensive interview, Dr. Mitchell, Chief Scientific Officer at MitoQ, breaks down the revolutionary science behind mitochondrial-targeted antioxidants and their impact on aging and disease prevention.

*Key Topics Covered:*
• How MitoQ delivers 90% bioavailability to mitochondria vs 10% for regular CoQ10
• Clinical study showing 42% improvement in flow-mediated dilation (vascular function)
• Why mitochondrial dysfunction is the root cause of aging diseases.
• Exercise performance benefits: improved VO2 max, peak power, and recovery.
• Brain health and cognitive function improvements.
• Cardiovascular benefits: reduced oxidized LDL, improved artery flexibility.
• Immune system support and inflammation reduction.
• Diabetes prevention through improved glucose metabolism.
• Proper dosing protocols and supplement combinations.

*Research Highlights:*
✓ 25+ clinical studies and 800+ research papers.
✓ Reverses vascular aging by 15–20 years according to leading researcher Doug Seals.
✓ Professional cyclists and elite athletes using MitoQ for performance.
✓ Ongoing trials for frailty, cognitive function, and neurovascular health.
✓ 300+ independent researchers studying MitoQ applications.

Learn why targeting mitochondria may be the key to preventing age-related diseases and optimizing healthspan. Discover the science-backed approach to cellular energy and antioxidant protection that’s changing how we think about aging.

Major autism study uncovers biologically distinct subtypes, paving the way for precision diagnosis and care

Researchers at Princeton University and the Simons Foundation have identified four clinically and biologically distinct subtypes of autism, marking a transformative step in understanding the condition’s genetic underpinnings and potential for personalized care.

Analyzing data from over 5,000 children in SPARK, an cohort study, the researchers used a computational model to group individuals based on their combinations of traits.

The team used a “person-centered” approach that considered a broad range of over 230 traits in each individual, from social interactions to to developmental milestones, rather than searching for to single traits.

Neanderthal DNA could be the cause of some modern brain malformations

If you regularly experience headaches, dizziness, balance problems and blurred vision, our Neanderthal cousins could be to blame.

These are common symptoms of Chiari malformations, structural defects in which the lower part of the brain extends into the spinal cord. People with this condition have skulls shaped like those of our ancient relatives, leading to a hypothesis (known as the Archaic Homo Introgression Hypothesis) that it may be a genetic legacy from interbreeding between and Neanderthals.

To investigate this, Kimberly Plomp of the University of the Philippines Diliman and colleagues zeroed in on Chiari 1, the mildest form of the condition, which affects around 1 in 100 people.

Inhibitory neurons born later found to mature quicker during brain development

The human brain is made up of billions of nerve cells (neurons) that communicate with each other in vast, interconnected networks. For the brain to function reliably, there must be a fine balance between two types of signals: Excitatory neurons that pass on information and increase activity, and inhibitory neurons that limit activity and prevent other neurons from becoming too active or firing out of control. This balance between excitation and inhibition is essential for a healthy, stable brain.

Inhibitory neurons are generated during through the division of progenitor cells—immature cells not yet specialized but already on the path to becoming neurons. A new study, led by researchers at the Max Planck Institute for Biological Intelligence, has uncovered a surprising feature of brain development based on findings in mice: During this essential process, cells born later in development mature much more quickly than those produced earlier.

The findings are published in the journal Nature Neuroscience.

Can psychedelic mushrooms turn back the clock? Study suggests psilocybin preserves telomere length

A compound found in psychedelic mushrooms may have antiaging properties. Researchers at Baylor College of Medicine have found that psilocybin, the active compound in psychedelic mushrooms, may extend both cellular and organismal lifespans.

The findings, published in the journal npj Aging, show that psilocybin reduced multiple hallmarks of aging in cells while also improving survival in aged mice.

“There have been a number of clinical studies that have explored the therapeutic potential of psilocybin in psychiatric conditions such as depression and anxiety; however, few studies have evaluated its impacts outside the brain,” said Dr. Louise Hecker, associate professor of medicine— at Baylor and senior author of the study.

Treating postoperative delirium as preventable ‘acute brain failure’: Low-cost interventions could have major impact

A new large-scale study spotlights postoperative delirium as a preventable and high-impact complication which is driven by patient frailty and surgical stress—and one that can be addressed through low-cost, evidence-based interventions.

The findings, which appear in JAMA Network Open, provide a call to action for clinicians, health systems, patients, and families to prioritize brain health throughout perioperative care.

“Postoperative delirium isn’t a minor complication—it’s analogous to acute brain failure, a medical emergency that should be recognized and addressed,” said Laurent Glance, MD, a professor of Anesthesiology and Perioperative Medicine at the University of Rochester Medical Center (URMC) and senior author of the study.

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