Gene Switches and Regeneration
Alejandro discusses the intriguing connection between cancer genes found in simple organisms and the complex mechanisms of regeneration in animals. He highlights the role of non-coding DNA, often dismissed as "junk," which acts as switches that can turn genes on or off. This research suggests that evolutionary changes in these switches may explain the varying regenerative abilities across species, including the shared regenerative switch found in both humans and killifish.In this clip
From this podcast
Short Wave
The Tiny Worm At The Heart Of Regeneration Science
Related Questions
Can you elaborate on why only about 1-2% of the human genome consists of protein-coding genes, while the rest includes non-coding regions with other functions, as discussed in the episode Dark Genome Hunting with Rosana Kapeller and Marty Taylor and the clip Unraveling Line One?
Can you elaborate on the fact that only about 1-2% of the human genome consists of protein-coding genes, while the rest includes non-coding regions with other functions, as mentioned in the episode Dark Genome Hunting with Rosana Kapeller and Marty Taylor and the clip Unraveling Line One?
Can you elaborate on the fact that only about 1-2% of the human genome consists of protein-coding genes, while the rest includes non-coding regions with other functions, as mentioned in the episode Dark Genome Hunting with Rosana Kapeller and Marty Taylor and the clip Uncovering Dark Genome?