
Philipp Doc
3.8K posts

Philipp Doc
@GamerPhilDoc
Gaming-, Koch- und Gewichtheben-Enthusiast. 🎮💪






We're offering grants of up to $50,000 in Claude usage credits to researchers accelerating cures for rare diseases. This is our first focused call within AI for Science, our program supporting scientists using Claude to speed up discovery. anthropic.com/news/rare-dise…

#AACRrarecancers26 cochair Taran Gujral adjourned the AACR Special Conference on Breaking Barriers in the Fight Against Rare Cancers. We thank the cochairs, invited speakers, and abstract presenters for their contributions to this groundbreaking program.

Molecular phenotypes and spatial archetypes: A new framework for cancer-associated fibroblasts dlvr.it/TTdHNl




🖥️ #ASCOAI: Machine learning ➕ 3D bioprinting ➕ label-free imaging A new protocol enables high-throughput drug response profiling in tumor organoids, helping identify treatment response patterns that could support #precisiononcology. Learn more ➡️ ascoai.org/articles/2026/…

🚨 “PEOPLE STILL CALL IVERMECTIN A HORSE DRUG… EVEN AFTER THE NOBEL PRIZE.” That single sentence is why this conversation keeps exploding online. In a now viral discussion, doctors and researchers brought up something most people STILL have no idea exists: There are hundreds of published papers exploring how Ivermectin may interact with cancer pathways at the cellular level. Not memes. Not TikTok theories. But Aactual pre-clinical cancer research. Researchers have studied: ✅ Cancer stem cell activity ✅ Tumor metabolism ✅ Drug resistance pathways ✅ Programmed cancer cell death (apoptosis) ✅ Combination effects alongside chemotherapy. And THAT is what’s making people ask a very uncomfortable question: Why do most people know almost NOTHING about this research? Especially when: • Ivermectin has decades of human use worldwide • It helped earn the 2015 Nobel Prize in Medicine • Scientists are still actively publishing new studies on its mechanisms. But whether critics like it or not… The public conversation around repurposed medicine is becoming impossible to ignore. That’s why more people are now researching Ivermectin, Fenbendazole, and Mebendazole for themselves.








How did physics laureate Geoffrey Hinton react to the news of his Nobel Prize in 2024? He shared his first reactions with us: "My first reaction was, well wait a minute. I don’t do physics. This could be a prank. I thought it might well be a prank. But then what he said sounded very plausible. Then other Swedish accents came on, and I was convinced it was real. Well, I was sort of convinced it was real, but for a couple of days after that, I thought I might be in a dream. So I did a bit of statistical reasoning, and the statistical reasoning goes like this: What’s the chance that someone who’s really a psychologist trying to understand how the brain works will get the Nobel Prize in Physics? Well, let’s say the chance is one in two million. That’s a fairly generous estimate of the chance. What’s the chance that if it’s my dream, I get the Nobel Prize in Physics? Well, let’s say the chance is one in two. Now you’ve got, it’s a million times more likely that this is a dream than that it’s reality. I thought it might be like those dreams you have when you’re younger that you can fly and it’s wonderful, and then you wake up and it was only a dream. Then a month later you have a dream that you can fly again. And you remember that you had a dream that you could fly and it wasn’t true. But this time it’s real. I thought it might be one of those. So for a couple of days I was sort of waiting to see if I would wake up. I haven’t woken up yet." Read our full interview: nobelprize.org/prizes/physics… Photo: Christopher Michel




















