Chapter
The Genetic Roots of Rare Diseases.
2:39:29 - 2:44:35 (05:06)
The mis-methylation between C and T is responsible for half of the top 400 rare diseases. A cohort of people in their mid-50s to mid-30s has conducted research on genetic rare diseases for the past 20-25 years.
Clips
In this podcast, the speaker shares his experience of investing in lonely areas, generating unique returns, and his belief that computational biology will replace white chemistry to solve human disease.
2:39:29 - 2:40:53 (01:24)
Summary
In this podcast, the speaker shares his experience of investing in lonely areas, generating unique returns, and his belief that computational biology will replace white chemistry to solve human disease.
ChapterThe Genetic Roots of Rare Diseases.
Episode#338 – Chamath Palihapitiya: Money, Success, Startups, Energy, Poker & Happiness
PodcastLex Fridman Podcast
This podcast covered a range of topics including the pharma industry, government policy making and President Biden’s performance.
2:40:53 - 2:42:30 (01:36)
Summary
This podcast covered a range of topics including the pharma industry, government policy making and President Biden’s performance.
ChapterThe Genetic Roots of Rare Diseases.
Episode#338 – Chamath Palihapitiya: Money, Success, Startups, Energy, Poker & Happiness
PodcastLex Fridman Podcast
This podcast discusses the challenges of building a tool chain for gene editing, while also recognizing the need for a broader empathy and awareness for the larger system.
2:42:30 - 2:44:35 (02:04)
Summary
This podcast discusses the challenges of building a tool chain for gene editing, while also recognizing the need for a broader empathy and awareness for the larger system. The speaker emphasizes the importance of using practical solutions rather than waiting for perfect ones.