Andrés Grases (@agrases) header
Andrés Grases (@agrases) profile picture

Futurist | Passion for Life Extension Technologies

Madrid, Comunidad de Madrid
Joined April 2015
Photo by Andrés Grases (@agrases)Photo by Andrés Grases (@agrases)Photo by Andrés Grases (@agrases)Photo by Andrés Grases (@agrases)
Andrés Grases retweeted
Announcing Montana ETRB Montana opens up for biotech acceleration. Infinita has formed the first-ever ETRB (experimental treatment review board) under Montana law. The review board’s role is oversight for access to treatments before FDA approval. For a $12.5k fee, you can submit a post-phase-1 therapy to our review board (submission link below). What is a Montana ETRB? Montana’s model is a major regulatory innovation. National regulators typically review treatments one by one, which causes years-long bottlenecks. In Montana, registered ETRBs do treatment reviews, licensed specialized clinics (ETCs) provide treatments. The state receives reporting and can take away licenses. That’s smart regulation. Competitive, efficient, with oversight. That’s what American biotech needs. First Montana ETRB Members We are honored to welcome highly esteemed scientists, physicians and bioethicists on the first Montana ETRB: - Matt Kaeberlein, PhD (@mkaeberlein) - a biologist internationally recognized for research on the basic mechanisms of aging and translational interventions to extend healthspan - Felipe Sierra, PhD - a biochemist that served as Director of the Division of Aging Biology, NIA/NIH, where he developed the concept of Geroscience. - Jessica Flanigan, PhD - a bioethicist who is is the Richard L. Morrill Chair in Ethics and Democratic Values at the University of Richmond, where she teaches leadership and healthcare ethics - Jamie Justice, PhD (@j_n_justice) - is Executive Vice President of the Health Domain at XPRIZE and Executive Director of the XPRIZE Healthspan Prize - James M. Burke, MD - is a hematologist and oncologist with more than three decades of experience in cancer drug development and patient care Each review submitted will have to pass their judgement on adequate safety characterization. What will the ETRB look for? An ETRB’s legal mandate is safety-only. Risks need to be disclosed to patients for informed consent properly, and treatments need to have a safety profile equivalent to a successful phase-1 trial. After that it’s up to the doctor and patient to decide. ETRB will compete for reputation. They are free to approve or not approve according to their assessment. If they wanted, they could even ask for efficacy data as a basis for approval. Our Montana ETRB has a set of governance principles that guide its decisions beyond the legally required minimum floor, as a guide for its decisionsmaking. Congratulations to Montana Thanks to the leadership of Sen. Kenneth Bogner (@KennethBogner), Montana now has the most forward looking medical access law in the country in SB 535. Montana’s department of health and human services (DPHHS) provided a tight and comprehensive set of rules for clinic licenses and review boards. Montana is becoming a biotech frontier. Towards Clinical Trial Abundance The FDA has led the world for decades, gating the largest and most innovative biopharma market in the world. But the US’ competitive advantage is evaporating. Regulators in Australia and China have made clinical trials far more cost- and time-competitive. Patients are going to offshore clinics in Mexico and the Caribbean. High-agency patients like Sid Sijbrandij (@sytses) take matters into their own hands, and use multiple available jurisdictions. The FDA needs to modernize, and lots of federal efforts to this end are underway. We support federal reforms, however these efforts often fall short or are slow. Let US states innovate. The states can be as a source of regulatory innovation. In states important learnings can take place, and inform better federal policy. Montana is leading the charge in biotech. New Hampshire is following suit. Utah, Texas and Florida have opened up to stem cells and many states are improving conditions for individualized treatments. FDA / HHS should give explicit safe harbor to such responsible state medical access programs, to encourage a regulated market forming vs. gray markets. How to Get Involved We’re looking for state and federal policymakers to advance this regulatory innovation, clinicians to be the patient-facing stewards for responsible access, scientific reviewers to partake in ETRB oversight, biotechs to provide their novel treatments to these programs to collect valuable data, and ultimately for patients to benefit from potentially life-saving access. Get in touch! Mine and @righttotryguys DMs are open
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Andrés Grases retweeted
Friedberg: New study shows enzyme reverses skin age from 70+ years to 31 Chamath: That’s a $2T market. Did Scientists Just Discover How to Reverse Skin Aging!? “CML is kind of the predominant molecule that gets formed in this extracellular matrix that's driving aging, and nothing breaks it down. So these scientists set out to try and create an enzyme, an enzyme is a protein that breaks something down, that can break down CML. And so these guys kind of went out and they took the target, which is CML, and tried to figure out, ‘Okay, how do we actually degrade CML, clear that extracellular matrix, and reverse aging?’ They started to test it on the proteins that we would find in our body, casein, collagen, retinal proteins, which are in your eye, hemoglobin, and they were able to get rid of 52 to 97% of the CML, just degrade it away. And then they found several sites where they were able to degrade over 90%. And then they took actual human skin from elderly patients that had donated their skin, and they put this enzyme onto that skin, and they were able to eliminate 55% of the CML on the skin, basically reverse the skin's age down to the age of a 31-year-old, this is from greater than 70-year-old patients, just by putting this enzyme on the skin. And so it's kind of a groundbreaking demonstration of combination of AlphaFold, what's called directed evolution, where you change the order of the DNA that changes the structure of the protein to test different proteins, do high throughput screening, and ultimately make a novel protein that doesn't exist in nature today that can do something pretty profound for human health.” Chamath: “It will be a trillion-dollar market. If you can create a cream…” Friedberg: “I mean, dude, if you could put this enzyme literally on your skin and have it absorb in…” Chamath: “Game over. That alone is $2 trillion.”
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Andrés Grases retweeted
A doctor from 1985 seeing 2026 medicine would be stunned. mRNA vaccines. Cancer immunotherapy. CAR-T cells. Gene editing. AI protein design. Lab grown organoids. Personal genome sequencing. Robotic surgery. Blood tests that can detect cancer signals. Drugs that make people lose 20% of their body weight. We will make even bigger jump, just in the next few years.
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Andrés Grases retweeted
The treatment seemed to wake up healing pathways that are normally sluggish in older tissue. Gene activity increased in areas tied to wound repair, including collagen production, blood vessel growth, tissue remodeling, and other processes needed to close and strengthen damaged skin. sciencedaily.com/releases/20…
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Andrés Grases retweeted
Good to know
New review out on dietary interventions that may slow aging by stabilizing the epigenome, including SAM, NAD+, α-KG & Acetyl-CoA tinyurl.com/3a54y5t4
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Andrés Grases retweeted
66 aging papers in 1950. 60,054 in 2025. 910x more research. Zero drugs approved to treat aging. Fastest-growing field in biomedicine. Your doctor still can't prescribe a single thing for it. Nearly all preclinical. Trials are tiny, and the funding rounds to zero next to oncology. 60,000 papers. Zero prescriptions.
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Andrés Grases retweeted
I have been speaking about the Gospel Of Longevity for couple of years. I've now written a book about it. I wrote this book, after I had an experience four years ago that changed me, and consequently altered my entire way of life. Retweet this and will send you 1st chapter.
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Andrés Grases retweeted
In September 2015, Elizabeth “Liz” Parrish, founder and CEO of BioViva, became the first person to undergo gene therapy for aging. Ten years later she's still going strong. medium.com/@timventura/liz-p… @ParrishLiz @BioVivaScience
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Andrés Grases retweeted
Aging won't be cured by “living healthier,” but by tightly controlling the epigenome and cellular gene expression that encode the biological program degrading us. Through this, we will break free from the destiny we currently call old age. That's all.
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The following link contains a selection of the six most notable articles/videos published on the website “El Radar del Rejuvenecimiento" during the month of November: mailsystem.es/campaign-conte… The summaries are written in Spanish, but the articles/videos are in English.
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How Gene Therapy Will Transform Life for Younger Generations: mailchi.mp/f217284f2f9d/why-…
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Espero que estén disfrutando los últimos años en los que más o menos se sabe qué es real y qué no. #17Ago
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Andrés Grases retweeted
🚀 More amazing partial reprogramming news! This time from @davidasinclair — he mentioned some unpublished animal results for: - *reversing* Alzheimer’s symptoms - hearing loss - ALS - glaucoma (anticipating clinical trials in 2025!) - rejuvenating skin, kidneys and liver
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Andrés Grases retweeted
Wow, some breakthrough partial reprogramming results disclosed by Altos Labs — sounds like they’ve been able to extend lifespan of old mice by 25% via a single injection of some formulation “based on Yamanaka factors”. And it sounds like a massive experiment, too — 1000 mice.
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