Neuroscientists have found that all human brains are connected through extremely low-frequency electromagnetic waves. These subtle signals, far below the range of our normal senses, may form a hidden “neural network” that links human consciousness across the planet. Every thought we have creates tiny electrical impulses, and together, these impulses generate electromagnetic fields. Scientists suggest that these ultra-low waves can travel great distances, silently connecting minds in ways we are only beginning to understand. Some researchers even compare this to the Earth’s natural resonances—like the Schumann resonance that vibrate at similar frequencies. This raises a fascinating possibility: our brains might be in constant dialogue, not just with each other, but also with the rhythms of the Earth itself. Read more: https://blog.philhealthid.ph/?p=180

Stanford researchers have created a groundbreaking tool called the “milli-spinner” that could save countless lives by transforming stroke treatment. This tiny device spins and compresses blood clots blocking brain arteries, allowing doctors to remove them far more effectively than current methods. Traditional thrombectomy uses a catheter to suck up or snare clots but often leaves dangerous fragments behind or breaks clots into smaller pieces that can cause further blockages. The milli-spinner works smarter by carefully cutting and compressing clots up to 95 percent before vacuuming them out. This dramatically reduces leftover fragments and improves the chances of fully restoring blood flow on the first attempt. For the toughest clots, success rates soared from just 11 percent with standard tools to a remarkable 90 percent using the milli-spinner. This breakthrough could be a game-changer for stroke patients, potentially reducing brain damage and long-term disability. Researchers believe this technology may also be adapted for other types of vascular blockages or even non-medical uses in the future. For now, it offers new hope to millions at risk of devastating strokes by helping doctors safely reopen clogged arteries before permanent harm occurs. #StrokeTreatment #MedicalInnovation #MilliSpinner #brainhealthtips

A personalized mRNA vaccine wiped out one patient’s glioblastoma, an aggressive brain tumor, with no chemo or radiation. Developed at Brigham and Women’s Hospital, the single-dose shot trained the immune system to attack the tumor’s unique mutations. Two years later, the patient remains cancer-free. Early trial, big promise. More testing is now underway. #CancerVaccine #Glioblastoma #mRNATherapy #MedicalBreakthrough #ImmunotherapyRevolution

For years, scientists believed that once we reached adulthood, our brains stopped producing new neurons. But groundbreaking research from Sweden’s Karolinska Institutet is rewriting the story. Their study has confirmed that adult human brains continue to generate new neurons, even in people as old as 78 years. This discovery is a major breakthrough in neuroscience and offers renewed hope for treating memory loss and brain disorders. Using cutting-edge tools like single-nucleus RNA sequencing, RNAscope, and spatial transcriptomics, researchers traced the formation of new neurons in the dentate gyrus, a crucial part of the hippocampus responsible for memory and learning. These tools allowed them to observe actively dividing neural progenitor cells, proving that neurogenesis, once thought to stop after childhood, is still occurring throughout adulthood. This revelation not only changes our understanding of how the brain functions, but it also highlights how individual differences may affect cognitive aging. Some people naturally produce more new neurons than others, which could explain variations in learning, memory, and even vulnerability to brain diseases. The findings open exciting new possibilities for regenerative medicine. By learning how to support or enhance this natural neurogenesis, scientists may develop therapies to slow or reverse the effects of Alzheimer’s, Parkinson’s, and other neurodegenerative diseases. It also brings new hope for mental health treatments, as the hippocampus plays a key role in mood regulation. Your brain isn’t just surviving, it’s still growing, learning, and adapting, even well into old age. Follow our page to stay updated on the most fascinating discoveries in science, health, and the power of the human mind. #Neurogenesis #BrainHealth #Hippocampus #MindBlown #NeuroscienceNews #CognitiveScience

vCortical Labs' CL1, a revolutionary biological computer, integrates living human brain cells grown on silicon chips, aiming for adaptable and energy-efficient computing; this "Synthetic Biological Intelligence" (SBI) utilizes a "Biological Intelligence Operating System" (biOS) and holds potential for medical research, robotics, and cloud computing, while raising crucial ethical considerations about sentience. #BiologicalComputing #AI #NeuralNetworks #futuretech #ArtificialIntelligence #Neuroscience #BioTech #CorticalLabs #CL1 #SyntheticBiology #EthicalAI

First brain scans of ChatGPT users proves AI is eroding memory and critical thinking. Over four months, researchers tracked the brain activity of 54 students and found those who regularly relied on AI for writing showed lower memory retention and reduced critical thinking skills, as measured by EEG brain scans. These users also produced less original content and had difficulty recalling their own work shortly after completion—a pattern researchers described as “mental passivity.” The study, titled The Cognitive Cost of Using LLMs, highlights a key concern: AI-generated convenience may come at the expense of mental engagement. Students who started without AI and then transitioned to using tools like ChatGPT showed increased brain activity, suggesting that AI is most beneficial when it enhances, rather than replaces, the thinking process. Researchers also warned of echo chambers forming when users passively accept algorithmic answers without scrutiny. The findings point to a clear takeaway — AI can be a valuable tool, but only if we remain active participants in the process. #AIandEducation #CriticalThinking #MemoryLoss #ChatGPTStudy #AIEthics #MentalHealthInTech #LearningWithAI #FutureOfLearning #DigitalWellbeing #CognitiveScience #TechAwareness

See how sugar effect in brain function..

Aging often comes with muscle loss, weaker bones, and memory issues, but scientists may be closer to slowing that down. Researchers in Spain have found that a naturally occurring protein called Klotho—specifically its secreted form, s-KL—could help the body and brain stay healthier for longer. In a new study from Universitat Autònoma de Barcelona, researchers used gene therapy to increase s-KL levels in mice, helping them live longer and age better. Mice treated with this therapy lived 15–20% longer on average. They stayed stronger, kept more muscle mass, and even showed better memory and brain activity compared to untreated mice. The research team delivered s-KL into the body using harmless viruses, sending the protein through the bloodstream and directly into the brain. The protein helped reduce muscle damage and increased the ability of muscle cells to repair themselves. Female mice also showed stronger bones—an important step toward fighting bone loss and fractures that come with aging. Brain health improved too. Treated mice had more new brain cells in the memory center and better immune activity inside the brain. These changes suggest s-KL may help clean out toxic waste that builds up with age, possibly lowering the risk of diseases like Alzheimer’s. Unlike other versions of Klotho, the s-KL version seems safer and doesn’t mess with calcium levels in the body. PMID: 39988871 PMCID: PMC11997498

Australia has unveiled a bionic eye system that sends visual signals directly to the brain—giving hope to those suffering from total blindness. The system includes a camera-equipped eyeglass, a wearable processor, and an implant that bypasses the optic nerve to connect to the brain’s vision center. Initial trials have shown users recognizing shapes, lights, and even limited movement. While still under clinical development, the bionic eye marks a new era of neuroprosthetics, where vision loss may one day be fully reversible. #BionicEye #VisionRestoration #AustraliaInnovation #Neuroprosthetics #BlindHope #michanicalmind

Your brain doesn’t just feel rejection—it processes it like real pain. 🧠💔 A UCLA study led by Naomi Eisenberger found that social rejection activates the same brain regions as physical injury—specifically the anterior cingulate cortex. A follow-up study from the University of Michigan confirmed this, showing romantic rejection lights up the brain’s pain centers too. That’s why being ignored can literally hurt.

🧠⚠️ Brain-Eating Amoeba: Rare but Real Meet Naegleria fowleri — a microscopic amoeba found in warm freshwater like lakes, rivers, and ponds. It’s incredibly rare, but when contaminated water enters through the nose, the amoeba can travel to the brain and cause a deadly infection called Primary Amoebic Meningoencephalitis (PAM). 🩺 Key Facts – Infection only occurs when water enters the nose, not by drinking – Symptoms appear 2–8 days after exposure: fever, headache, nausea, confusion, seizures – The condition progresses fast and is usually fatal — but cases are extremely rare (only 34 reported in the U.S. from 2009–2018) ✅ Protect Yourself – Avoid freshwater swimming during hot weather – Use nose clips – Don’t jump or dive into warm freshwater – Rinse nasal passages with distilled or boiled water Stay informed, stay safe — no panic, just prevention.

Naegleria fowleri, commonly known as the “brain-eating amoeba,” is a rare but deadly microscopic organism that has recently been spreading through tap water in parts of the United States. This parasite can enter the human body when contaminated water flows into the nose—typically during activities like swimming in warm freshwater or rinsing sinuses with unboiled or untreated tap water. Once inside, it travels up the olfactory nerve into the brain, where it causes a fast-acting and almost always fatal condition called primary amebic meningoencephalitis (PAM). Although infections remain extremely rare, recent fatal cases have drawn renewed attention to the risks of using unboiled tap water in nasal irrigation devices such as neti pots. The amoeba does not pose a threat when swallowed—it only causes harm when water enters the nasal passages. To reduce the risk, health officials strongly recommend using only sterile, distilled, or previously boiled and cooled water for any form of nasal rinsing. Source: Centers for Disease Control and Prevention (CDC)