Kelsey Matichuk, RMT

29/07/2025

In a groundbreaking medical achievement, Chinese scientists have successfully cured a woman of Type 1 diabetes using stem cell therapy. By transforming her own adipose (fat) cells into insulin-producing islet cells in the lab, they effectively rebuilt her pancreas’ ability to regulate blood sugar naturally. Within just 75 days of the transplant, her glucose levels stabilized without insulin injections—a milestone never achieved before in clinical history.

More than a year later, she remains insulin-free, offering a beacon of hope to millions worldwide battling this chronic autoimmune disease. While this is just a single case, the breakthrough signals a possible future where cell-based regenerative therapies could replace lifelong management with permanent cures. Further trials are underway to see if this success can be replicated on a larger scale.

29/07/2025

In a medical world-first, surgeons at Cleveland Clinic have successfully replaced a heart valve through a small neck incision, completely avoiding the need to open the chest.

Using robotic tools, Dr. Marijan Koprivanac led the team in performing transcervical aortic valve replacements on four patients, all of whom recovered quickly and with minimal pain. One patient even resumed running within a week.

The technique, adapted from robotic thymectomy, uses four small incisions and offers faster recovery, lower risk, and greater precision.

The team now aims to reduce surgery time and expand the procedure to other centers.

29/07/2025

26/07/2025

Facts beat fear: Denmark tracked 1,029,099 children for 21 years and found aluminum-adjuvanted vaccines linked to zero extra cases of autism, asthma, or 48 other chronic conditions. Decades of real-world data underscore vaccine safety and the power of science-driven public health.

24/07/2025

FREE Initial Consult (~ 30mins) Food Allergy Testing Surrey for Eczema Asthma Arthritis Autoimmunity Weight Loss Hair Loss Thyroid IBS

24/07/2025

🚨 A young man developed 'dropped head syndrome' after years of gaming on his phone.

Doctors say this will happen more often as screen time soars.

In 2023, a 25-year-old man in Japan developed a severe case of "dropped head syndrome" after years of excessive smartphone use while gaming, marking a chilling example of how digital habits can physically deform the body.

The condition, typically linked to neurological disorders, arose in this case from extreme muscle weakness in the neck due to prolonged, downward bending.

Over time, this unnatural posture led to spinal deformities and scar-like tissue buildup.

The man, who had withdrawn from society after experiencing severe bullying as a teen, spent years confined to his room in a posture that gradually made it impossible to lift his head.

After traditional treatments like neck braces failed, doctors turned to surgery—removing damaged vertebrae and inserting screws and metal rods to realign his spine.

Six months post-op, the patient was able to hold his head upright again, with no recurring symptoms a year later. Published in JOS Case Reports, the case highlights a growing public health concern: the physical toll of tech addiction.

Experts warn that with rising smartphone usage, particularly among isolated youth, more cases like this could emerge unless awareness and posture habits improve dramatically.

Source: JOS Case Reports (2023).

23/07/2025

23/07/2025

New research reveals the appendix isn't useless; it stores beneficial bacteria, contains more neurons than the spinal cord, and independently coordinates immunity. Removal may weaken gut-brain communication and microbiome resilience.
Disclaimer: This news is shared for journalistic and informational purposes only. Please consult your physician before making any medical decisions.

22/07/2025

A new study of twins in Denmark and Finland has revealed a troubling link between tattoos and cancer risk
Researchers analyzing health data from more than 2,600 twins found that individuals with tattoos were 1.6 times more likely to develop skin cancer than their identical siblings without tattoos. The risk climbed to three times higher for those with tattoos larger than the size of a palm. The twin-based study design helped control for genetic and environmental factors, making the findings especially striking in Denmark, a country already known for high skin cancer rates.

While tattoo ink is known to contain poorly regulated chemicals and heavy metals, the exact way it might contribute to cancer isn’t fully understood. Earlier studies have shown that tattoo ink particles can travel through the skin and accumulate in the lymph nodes, where they may trigger chronic inflammation. Scientists now suspect that this constant immune response could promote abnormal cell activity or increase the risk of lymphoma, a cancer of the lymphatic system.

Although these results don’t prove tattoos directly cause cancer, they raise important questions about long-term health effects especially as tattoos become more popular worldwide. Researchers are now planning detailed molecular studies of how tattoo ink interacts with lymph nodes. Until more is known, experts urge better regulation of tattoo ink ingredients and increased awareness among tattooed individuals and healthcare providers alike.

Credit: Scandinavian Twin Health Registry, European Journal of Cancer Research, July 2025.

21/07/2025

19/07/2025

Scientists in the UK have successfully created healthy babies using a groundbreaking technique called Mitochondrial Donation Treatment (MDT)—often referred to as the "three-parent baby" method.

This technique combines the DNA of three individuals: nuclear DNA from the biological mother and father, and mitochondrial DNA from a healthy female donor.

The purpose is to prevent the transmission of mitochondrial diseases, a group of debilitating inherited disorders that can affect the heart, brain, muscles, and other organs.

As of July 2025, eight babies have been born through this method in the UK, with one additional pregnancy ongoing.

Follow-up studies and medical evaluations show that these babies are developing normally and are free of the mitochondrial diseases their biological mothers carried.

The technique works by transferring the mother’s nuclear DNA into a donor egg that has healthy mitochondria but had its own nucleus removed.

That reconstructed egg is then fertilized by the father’s s***m and implanted into the mother.

The proportion of the donor's DNA is minimal—only about 0.1%—yet it is enough to correct the mitochondrial defects.

In reported cases, levels of faulty mitochondrial DNA were either undetectable or too low to cause disease.

This medical advancement is considered a major milestone in reproductive genetics and disease prevention, although experts stress the importance of long-term monitoring to assess the health of these children as they grow.

Internationally, interest is growing, with countries like Australia preparing to launch similar trials.

However, the technique remains controversial, as it involves genetic modification and raises ethical, legal, and social concerns about gene editing, parental identity, and long-term effects.

Despite this, the scientific community views the success of these births as a hopeful step toward eradicating certain inherited diseases from future generations.