Longevity Roadmaps Mark Hamalainen

>> YOUR LINK HERE: ___ http://youtube.com/watch?v=rulTgIHYKJo

Mark Hamalainen, a seasoned biotech expert and leader of the Longevity Biotech Fellowship, outlines a comprehensive technical roadmap aimed at solving aging entirely. With a background from Caltech, Cambridge, and various biotech startups, Hamalainen is dedicated to advancing technology to achieve indefinite lifespans. He discusses the urgent need for a shift in the current medical paradigm, emphasizing the complexity of aging and the inadequacies of existing public health measures and pharmaceutical approaches. • Hamalainen explores three main strategies: biostasis (reversible cryostasis), replacement (growing and transplanting young body parts), and advanced bioengineering (re-engineering humans to eliminate aging). He highlights the critical need for substantial data collection, improved biomarkers, innovative delivery systems, and comprehensive models of biology and aging. Despite the slow progress and limited funding, Hamalainen remains optimistic, advocating for increased intelligent capital allocation and broader industry collaboration to turn this ambitious vision into reality. • Created by Protocol Labs and co-curated by Foresight Institute, LabWeek Field Building gathered leading individuals and teams from frontier science to drive progress. The weeklong conference took place at Edge Esmeralda, a pop-up event city in Healdsburg, CA, from June 10-16, 2024. For more info on LabWeek Field Building, go to https://www.labweek.io/24-fb. • Chapters • 00:00 Introduction Overview • Speaker background and Longevity Biotech Fellowship • Current state of aging interventions • Urgency of addressing aging • 04:00 Current Challenges in Aging Research • Complexity of aging biology • Bottlenecks in progress • Limitations of current approaches • Need for public data and biomarkers • 10:00 Three Key Approaches to Solving Aging • Biostasis (cryopreservation) • Replacement of aging parts • Advanced bioengineering • Role of AI in longevity research • 15:00 Biostasis Deep Dive • Preservation quality metrics • Technical challenges • Current companies and progress • Estimated costs ($1-1.5B) • 22:00 Replacement Strategy • Cell and tissue replacement • Non-sentient clones • Brain replacement techniques • Cost estimates ($3.6-10B) • 32:00 Bioengineering Approach • Four main verticals: data, modeling, design, delivery • Comparative biology insights • Delivery challenges • Need for new models • 45:00 Current State of Funding • Limited investment in aging research • Inverse relationship between funding and potential impact • Need for research institutes • Call to action and next steps • Subscribe to the PL newsletter: https://bit.ly/PLUpdatesSubscribe • Follow Protocol Labs • Website: https://www.protocol.ai • X: https://www.x.com/protocollabs • LinkedIn: / protocollabs • Follow Edge City • Website: https://www.edgecity.live • X: https://x.com/joinedgecity • Follow Foresight Institute • Website: https://www.foresight.org • X: https://x.com/forsightinst • LinkedIn: / foresight-institute

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