Parras Alberto
@ParrasAlbert
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Ph.D Biotechnology | Entrepreneur | VivoArchitect Founder | Longevity | Aging | Preclinical Mouse | Triathlete
Lausanne, Switzerland
Joined December 2016
It all started one night when I woke up with the realization that we needed to establish a partnership with the Reprogramming Lab (@ReprogLab), a cutting‑edge stealth biotech startup. The potential of combining interventions that both reverse and slow aging is too important to
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it's a great week to pump science let's race some flies you ready?
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🧾 [Log #ΞL-050] — From Worms to Flies to Mice Observation: Rapamycin now enters the mammalian phase of experimentation. Thanks to VivoArchitect, founded by @ParrasAlbert a preclinical contract research organization, Eterna Labs and the Rapamycin Longevity Lab are expanding
live with the micestro https://t.co/DAchCA3byn
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we are going to stream mice experiments all over the internet thanks to the micestro @ParrasAlbert bring your questions its open mice night https://t.co/DAchCA3byn
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Why $BLUPILL? Too many safe, approved compounds never get retested for what matters: longevity. Sildenafil (the OG blue pill): – Boosts blood flow and oxygen delivery – Linked to lower Alzheimer’s risk and longer lifespan – Shows signs of neuroprotection and metabolic
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How to build successful products in crypto Volume 004: The Mission of @pumpdotscience w/ @benjileibo & @Koios9
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the arena is now packed with challengers which will be king anon?
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Countdown begins! The first of three launches on @pumpdotscience is lifting off today at 10am PT / 7pm CET. Our mission at Rapamycin Longevity Lab (@omipalRLL) is to explore how far we can push the boundaries of human longevity through mTOR inhibitor based combinational
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Running large-scale longevity experiments is not cheap. A single study with 1,000 mice costs hundreds of thousands upfront. Each mouse is a few hundred dollars before interventions even begin. Add cell and gene therapies, labor, and front-loaded damage repair, and the bill
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Excited to announce @vivoarchitect is live! We link global firms with Europe's best mouse preclinical facilities. Swiss precision & ethics at lower costs. Check us out: https://t.co/PyVoQaijeZ. Let's innovate with integrity! #PreclinicalResearch #Mice #LifeSciences
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Congrats @Albavalvil and @sarapico7, fantastic work! It was smart to induce reprogramming exclusively in post-mitotic cells @OcampoLab. Thrilled to have contributed to it! https://t.co/3Cmd86DyIW
biorxiv.org
In vivo reprogramming through the forced expression of Oct4, Sox2, Klf4, and c-Myc (OSKM) has demonstrated great potential for reversing age-associated phenotypes, as the combination of these...
Happy to share our latest preprint! 🐭🧬We conducted a comparative analysis across multiple reprogrammable strains, tissues, and expression methods, presenting a comprehensive atlas for improving in vivo reprogramming research! @Albavalvil @OcampoLab
https://t.co/5LbfB8lphn
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The researchers have used partial reprogramming to repair DNA damage in a mouse model. 🐭 https://t.co/rdLCpToFa1 By Josh Conway @ChRechsteiner @MoraFran_ @ParrasAlbert @amin_haghani @prof_horvath @aocampox
@UofR @epiterna_ @altos_labs @unil
#aging #rejuvenation #OSKM #Yamanaka
lifespan.io
Steve Horvath, Vera Gorbunova, Alejandro Ocampo, and their team have used partial reprogramming to repair DNA damage in a mouse model. They published their findings in Frontiers in Aging. Building a...
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Being in the top 5% of V02 Max for the population means you are 5 times less likely to die over a 10-year time horizon compared to someone in the bottom 25%. There is almost nothing medicine that offers that kind of survival advantage.
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This great work is the result when a talented bioinformatician (@kgiperez ), an in vivo scientist (myself) collaborate under the supervision of @aocampox. Many thanks to @sarapico7 for her huge contribution during the revision and @prof_horvath and colleges!
Latest paper from the lab where we analyze epigenetic age in multiple mouse models of premature aging. Importantly, our data reinforces the link between DNA damage and epigenetic dysregulation. Congratulations to all the authors!! https://t.co/JmQGvMTIuq
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Our first blog post about our journey @epiterna_ building a high-throughput screening platform for lifespan extending drugs is out! https://t.co/7RHxTlBfrk
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Great review by @trickpaine and @adanguyenx on partial cellular reprogramming. A novel rejuvenation technology with a great history! https://t.co/wDF5xiaoFp
onlinelibrary.wiley.com
Partial cellular reprogramming is able to improve or restore multiple age-related phenotypes including lifespan, healthspan, epigenetic age, aging hallmarks, and tissue regeneration.
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