| Here are the ideas that I think have the most potential... talar: Huge potential here. Cars are on their way out, and scheduled grocery delivery can replace it. spotless materials: Coatings can make a huge difference in the way we interact with materials... in fact, for the most part, that's all we interact with. better coatings make things better. encellin: I believe that interacting with our bodies on a more finely tuned small scale is the future. my petrol pump: I can see a lot of convinience happening here. Recurring customers whos lives are made better. rejuvenation technologies: I want to see life extension succeed. If they have something that works then that's fantastic for us all. tensil: Baking AI seems like a good compromise for a lot of reasons. known capabilities, and known weaknesses make for predictability. |
I hope they can get this to work! The issue is their paper uses technology covered by other players in the space who have a decade head start and significant research budgets. Maybe they'll get bought out, but my guess is delivery and CMC are hurdles they'll run up against and then have a hard time getting follow-on investors. FIH for this idea is going to be really hard. If they can get this going, I'd love to see adding in additional components of the telomerase holoenzyme.
Edit - Their IP position is actually pretty strong and they are already thinking about delivering the other holoenzyme components: https://patents.google.com/patent/US20140242155A1
I hope they lean on the exosome delivery idea discussed within, "In highly preferred embodiments, the delivery vehicle is an exosome". That would really differentiate them from the competition. The real test will be biodistribution in non-rodent models. I will be following closely!