Chapter
Gene Expression and Cell Functionality
1:22:43 - 1:30:52 (08:09)
The different functionalities of cells are determined by the gene expression, meaning the specific genes that are activated or deactivated. The research in Yamanaka factors and other transcription factors helps in reversing aging and restoring cell functionality.
Clips
The different types of cells in the human body are determined by their gene expression, which means different genes in each cell are turned on and off to create specific proteins that give the cell its unique function and behavior.
1:22:43 - 1:24:59 (02:15)
Summary
The different types of cells in the human body are determined by their gene expression, which means different genes in each cell are turned on and off to create specific proteins that give the cell its unique function and behavior.
ChapterGene Expression and Cell Functionality
EpisodeE113: DOJ tries to break up Google, vaccine questions, Ukraine escalation & more
PodcastAll-In with Chamath, Jason, Sacks & Friedberg
The theory that changes in the epigenome, rather than mutations in the DNA, could be causing aging was proven in a study involving genetically identical mice with different rates of DNA breakage.
1:24:59 - 1:28:16 (03:17)
Summary
The theory that changes in the epigenome, rather than mutations in the DNA, could be causing aging was proven in a study involving genetically identical mice with different rates of DNA breakage.
ChapterGene Expression and Cell Functionality
EpisodeE113: DOJ tries to break up Google, vaccine questions, Ukraine escalation & more
PodcastAll-In with Chamath, Jason, Sacks & Friedberg
New startups are investing in ways to apply transcription factors, such as Yamanaka factors, in reversing aging to help live a healthier life, as it has been demonstrated that the epigenome drives aging.
1:28:16 - 1:30:52 (02:36)
Summary
New startups are investing in ways to apply transcription factors, such as Yamanaka factors, in reversing aging to help live a healthier life, as it has been demonstrated that the epigenome drives aging.