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Unlocking the Future: Neurotechnology for Mental Health
Reading Time: 5 minutes. You’re entering a groundbreaking era in mental health, where neurotechnology is revolutionising treatment landscapes. Non-invasive techniques like deep transcranial magnetic stimulation and neurofeedback offer new hope for those who haven’t benefited from traditional therapies. Neuroscience and technology are integrating to capture and interpret brain data, raising concerns about privacy and ethics. As…
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The Future of Cellular Wellness: Our 2025–2026 Vision
Reading Time: 5 minutes. You might think “cellular wellness” sounds like hype, but we see it as the next practical step in caring for our bodies from the inside out. Over the next two years, AI-driven personalisation, methylene blue, plant-derived exosomes, and non-invasive cellular therapies will shift the focus from surface results to real, measurable…
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Exploring Innovations at the World Biohack Summit
Reading Time: 6 minutes. The World Biohack Summit in Dubai showcases groundbreaking innovations in personal health optimisation. I’ve observed how AI-driven tools and IoT devices integrate with traditional wellness practices, offering real-time biofeedback and previously untrackable biomarker measurements. The Summit’s focus on women’s wellness and AI-based solutions marks a significant shift in preventive health technology.…
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Methylene Blue and ALS (Amyotrophic Lateral Sclerosis): Hope or Hype?
Reading Time: 6 minutes. Despite methylene blue‘s compelling biochemical rationale—it enhances mitochondrial function, reduces oxidative stress, and dampens neuroinflammation—you’ll find its track record in ALS research disappointingly underwhelming. The compound showed no survival benefit or motor improvement in SOD1(G93A) mouse models, the gold standard for preclinical ALS testing. While simpler organisms, such as C. elegans,…
Methylene Blue 1% Mind Booster
Tag: innovations
Explore the relationship between inflammation and brain health, and understand how chronic inflammation can impact cognitive function and contribute to neurodegenerative diseases.
