Maude Cejudo Physical Therapy

11/25/2025

Save on ER VISITS

11/21/2025

Interesting but should give changes. Let’s look better.

11/19/2025

Yes, retained reflexes can be diminished.QRI REFLEX INTEGRATION

11/18/2025

In a groundbreaking discovery, scientists have found that human cells are not just passive units, they can actually hear and respond to sound. This fascinating research reveals that cells can sense vibrations and adjust their behaviour accordingly, which could transform our understanding of health, healing, and medicine.

Studies show that certain frequencies of sound can influence cellular processes like growth, repair, and communication. This means that sound therapy, music, or even targeted vibrations could one day be used to promote healing, fight diseases, or enhance overall wellbeing. Researchers are exploring how this discovery could impact treatments for conditions like cancer, tissue regeneration, and neurological disorders.

The finding challenges long-held beliefs about cells and opens up a new field of “sonogenetics,” where sound could become a tool for controlling cellular activity. While the science is still emerging, it suggests that our bodies are far more connected to our environment than previously imagined.

This discovery is a reminder that the human body is full of secrets waiting to be unlocked, and even everyday experiences like sound may hold untapped potential for health and longevity.

Trending Hashtags

11/14/2025

GLP-1 medications may help colon cancer patients live longer by reducing inflammation and improving metabolic health, UC San Diego researchers found in a 6,800-patient study.

11/14/2025

11/13/2025

Interesting perspective

11/11/2025

11/10/2025

At just 17 years old, Joe Landolina was tinkering in his grandfather’s winery lab when he stumbled onto something extraordinary. Fascinated by plant chemistry, he experimented with polymers extracted from algae and found they could instantly bond with living tissue. What began as curiosity quickly grew into a medical breakthrough: a gel that could stop life threatening bleeding within seconds.

Bleeding out is one of the leading causes of prehospital deaths, with injuries like a severed artery killing someone in just minutes. Traditional methods like pressure or wound packing take time, but Landolina’s invention changed that. His gel, called TRAUMAGEL, is packaged in a syringe and applied directly to a wound. It not only halts bleeding almost immediately but also begins the healing process, giving patients and medics precious time to reach definitive care.

After showcasing his work at New York University’s business plan competition, Landolina founded Cresilon, the biotech company behind TRAUMAGEL. Today, it’s being used by firefighters, first responders, and even the military. Emergency crews report that the gel has completely transformed how they manage traumatic injuries in the field. From a teenager’s experiment to a globally recognized medical innovation, this discovery is now saving lives and has earned a nomination for Best Medical Technology at the Prix Galien USA 2025.

Research Paper 📄
DOI: 10.1016/j.amjsurg.2025.116510

11/09/2025

Scientists reversed Alzheimer's in human trials — using sound waves to clear brain fog 🧠
Researchers at West Virginia University have successfully reversed cognitive decline in 73% of early-stage Alzheimer's patients using non-invasive ultrasound therapy. The treatment uses focused sound waves at 40Hz frequency to break up amyloid plaques and tau tangles — the toxic proteins that destroy brain cells.
The revolutionary part? Patients wear a helmet for just 1 hour daily, and improvements appear within 3 weeks:

Memory recall improved by 61% on average
Brain scans showed 47% reduction in plaque buildup
Patients regained ability to perform daily tasks independently
Zero side effects reported across 412 trial participants

The ultrasound stimulates microglial cells (brain's immune cells) to "eat" the toxic proteins while simultaneously improving blood flow and promoting new neural connections. One 68-year-old patient who couldn't remember her grandchildren's names now plays chess with them weekly.
The FDA has fast-tracked approval for the device, called SonoAlz, with commercial availability expected by late 2025. Cost per treatment: $150, covered by Medicare.
This isn't just slowing Alzheimer's — it's actually reversing it.
Over 6.7 million Americans with Alzheimer's finally have hope.
Source: West Virginia University Medicine, New England Journal of Medicine 2025

11/05/2025

What sound waves can do

Scientists reversed Alzheimer's in human trials — using sound waves to clear brain fog 🧠
Researchers at West Virginia University have successfully reversed cognitive decline in 73% of early-stage Alzheimer's patients using non-invasive ultrasound therapy. The treatment uses focused sound waves at 40Hz frequency to break up amyloid plaques and tau tangles — the toxic proteins that destroy brain cells.
The revolutionary part? Patients wear a helmet for just 1 hour daily, and improvements appear within 3 weeks:

Memory recall improved by 61% on average
Brain scans showed 47% reduction in plaque buildup
Patients regained ability to perform daily tasks independently
Zero side effects reported across 412 trial participants

The ultrasound stimulates microglial cells (brain's immune cells) to "eat" the toxic proteins while simultaneously improving blood flow and promoting new neural connections. One 68-year-old patient who couldn't remember her grandchildren's names now plays chess with them weekly.
The FDA has fast-tracked approval for the device, called SonoAlz, with commercial availability expected by late 2025. Cost per treatment: $150, covered by Medicare.
This isn't just slowing Alzheimer's — it's actually reversing it.
Over 6.7 million Americans with Alzheimer's finally have hope.
Source: West Virginia University Medicine, New England Journal of Medicine 2025

10/31/2025

🧠 People with ADHD really do have different brains – and now scientists can finally prove it.

Thanks to a better way of reading brain scans, researchers have found clear evidence that children with ADHD have smaller brain volumes in areas linked to focus, emotion, decision-making, and memory.

These structural differences were hard to see before because each hospital uses different scanning machines, which can distort results. But a team in Japan used a clever technique to remove that technical "noise", scanning the same people on multiple machines to figure out how much of the difference was due to the equipment. Once that scanner bias was removed, the patterns became clear: ADHD brains really are built differently.

This discovery could lead to earlier, more accurate diagnoses and better, more personalized treatments. Another study showed that people with ADHD are much more prone to boredom, not because they’re lazy, but because of how their brains handle attention and memory. Poor working memory and trouble focusing can make everyday situations feel dull or frustrating. This ties into the Cognitive Theory of Boredom, which says that boredom isn’t just a mood, it’s what happens when your brain can’t stay engaged. And for people with ADHD, that’s often tied to the way their brains are wired. Psychologist John Eastwood, who helped develop this theory, says boredom is actually a message – a sign you may need more purpose or control in your day-to-day life. For people with ADHD, learning to manage boredom with active strategies like mindfulness or gamifying tasks may be more helpful than just trying to avoid it.