Thank you so much! That last sentence is the best thing an author could ever read. :) I’m so glad you enjoyed it, and great to hear you’ve got some use out of the references and code repository too—makes all the hard work getting those online worthwhile! Good luck with your research :)
I didn't know about this hypothesis, I'll look into it! From what I gathered from the 2011 paper cited in your substack, osmolytes could be linked to the accumulation of Reactive Oxygen Species (ROS). To my knowledge ROS have also been linked to aging in many works, but more in the context of malfunctioning mitochondria for example.
Thank you so much! That last sentence is the best thing an author could ever read. :) I’m so glad you enjoyed it, and great to hear you’ve got some use out of the references and code repository too—makes all the hard work getting those online worthwhile! Good luck with your research :)
Thank you very much, your comment means a lot!
Osmolytes?
https://open.substack.com/pub/leadtheway/p/osmolytes-as-anti-aging-compounds
I didn't know about this hypothesis, I'll look into it! From what I gathered from the 2011 paper cited in your substack, osmolytes could be linked to the accumulation of Reactive Oxygen Species (ROS). To my knowledge ROS have also been linked to aging in many works, but more in the context of malfunctioning mitochondria for example.