Skip to main content

Posts

Learning with Augmented Reality'

I wish we had such technologies when I was a medical student. It would have been a vastly different experience going through the challenging subjects such as anatomy or pathology. Maybe students find it so hard to digest details of anatomy because we have not given them the right tools to learn them properly.  The technology to teach like this has been ready, but the cost remains the main issue. Only big medical schools can afford a few mixed reality devices, and that's simply not fair to the rest of the students around the world. What you see in the video is the new version of the Insight Heart app that ANIMA RES - 3d medical animation / AR / MR / VR has developed. Check them out! "Cardiac Arrhythmia Ablation Simulator"
Recent posts

12 TYPES OF THINKING YOU SHOULD MASTER

12 TYPES OF THINKING YOU SHOULD MASTER 1. Critical Thinking → Question assumptions and evaluate evidence. 2. Creative Thinking → Generate new ideas and possibilities. 3. Analytical Thinking → Break complex problems into smaller parts. 4. Strategic Thinking → Look beyond today and think long-term. 5. Systems Thinking → Understand how different parts influence each other. 6. Lateral Thinking → Challenge conventional approaches to find new solutions. 7. Logical Thinking → Use facts, reasoning, and evidence to reach conclusions. 8. Reflective Thinking → Learn from your experiences and decisions. 9. Design Thinking → Solve problems by understanding people's real needs. 10. Divergent Thinking → Explore multiple possible answers before choosing one. 11. Convergent Thinking → Narrow possibilities and identify the strongest solution. 12. Growth Thinking → See challenges as opportunities to learn and improve. The stronger your thinking toolkit, the better you become at solving ...

“Eight ‘Irreversible’ Conditions Medicine Thought Were Permanent—Until They Weren’t”

 Eight ‘Irreversible’ Conditions Medicine Thought Were Permanent—Until They Weren’t Introduction For decades, medical textbooks listed certain diagnoses as permanent—life‑long sentences with no hope of reversal. Cirrhosis, congenital deafness, chronic paralysis… the list felt final. Yet breakthroughs in gene therapy, regenerative medicine, and neuro‑stimulation are rewriting those narratives. In this post we rank eight conditions once deemed irreversible, highlighting the evidence that turned the tide, the therapies that made it possible, and what the future holds for patients still waiting for a cure. 1. Hearing Loss – OTOF Gene Therapy Restores Sound The problem: Mutations in the OTOF gene prevent the inner ear’s hair cells from transmitting sound, causing profound, congenital deafness once thought untreatable. The breakthrough: Regeneron’s OTOF gene‑therapy (marketed as Ototop) delivers a functional copy of the gene via an adeno‑associated virus (AAV) injected into the cochlea. ...