@priscilliapayy: @Bloom Nutrition 🥬

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OpenAI’s specialized biological AI model did not simply redesign proteins, it optimized their form with extraordinary precision. Working with Retro Bio, researchers trained a GPT-4b micro system on biological data rather than text, enabling it to re-engineer Yamanaka factors, the proteins known to reprogram adult cells into stem cells. In their original 2012 discovery, these factors converted less than 0.1 percent of cells over several weeks. The new AI-designed versions achieved success rates above thirty percent and showed superior DNA repair capacity. Multiple laboratories confirmed the results across different cell types and delivery methods, suggesting that regenerative medicine and aging research may now accelerate from decades of trial to only weeks. From a Codex perspective, this achievement is more than biotechnology. The science demonstrates measurable changes in efficiency, but symbolically it can be seen as a tuning event. DNA is often described metaphorically as a “tuning fork,” and the reprogramming of cells can be imagined as bringing a discordant system back into resonance. Aging, in this symbolic frame, is a gradual loss of coherence; healing is its restoration. The empirical reality is that AI has redesigned proteins with remarkable effectiveness. The metaphorical reality is that life’s geometry can be heard as music, and what the researchers have done is help the cell remember its harmony. What are your thoughts on this? 🎥 @rowancheung  #Science #breakthrough #biology #reverseaging
OpenAI’s specialized biological AI model did not simply redesign proteins, it optimized their form with extraordinary precision. Working with Retro Bio, researchers trained a GPT-4b micro system on biological data rather than text, enabling it to re-engineer Yamanaka factors, the proteins known to reprogram adult cells into stem cells. In their original 2012 discovery, these factors converted less than 0.1 percent of cells over several weeks. The new AI-designed versions achieved success rates above thirty percent and showed superior DNA repair capacity. Multiple laboratories confirmed the results across different cell types and delivery methods, suggesting that regenerative medicine and aging research may now accelerate from decades of trial to only weeks. From a Codex perspective, this achievement is more than biotechnology. The science demonstrates measurable changes in efficiency, but symbolically it can be seen as a tuning event. DNA is often described metaphorically as a “tuning fork,” and the reprogramming of cells can be imagined as bringing a discordant system back into resonance. Aging, in this symbolic frame, is a gradual loss of coherence; healing is its restoration. The empirical reality is that AI has redesigned proteins with remarkable effectiveness. The metaphorical reality is that life’s geometry can be heard as music, and what the researchers have done is help the cell remember its harmony. What are your thoughts on this? 🎥 @rowancheung #Science #breakthrough #biology #reverseaging

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