Quote (Thor123422 @ Dec 10 2023 05:48pm)
I think as long as they get the right stem cells (BIIIIIG IF) then the marrow will re-grow after and propagate to the rest of the relavent bone cavities. So theoretically, they don't need that much successful bone marrow to transplan. Just to keep the patient in isolation for several months.
I wish i could find the article from stat I was reading, but they need to harvest a lot of blood for a few weeks just to get enough cells to edit. Then you get your marrow nuked and you sit in isolation to regrow. It's a whole process. It is wild how we went 11 years from discovery to patient treatments though.
Quote (El1te @ Dec 10 2023 06:14pm)
CRISPR, not including hypothetical CRISPR therapy, is a great invention for gene research no doubt. Nobel-prize worthy, much like Electrospray ionization which revolutionized small and large molecule analysis. But neither are scientifically groundbreaking towards our understanding of natural law - both of them are however great inventions.
The only failing would be to waste an additional 3 years of my valuable time learning nothing while being paid less than nothing (even the highest level scholarship, awarded to 1 candidate, pays the equivalent of 25 dollars per hour) getting a degree that serves no purpose other than a presentable token in certain positions to appease clients.
The only reason I would do a PhD is if a company will pay me my full salary to do it. Otherwise, one is a total fool to do a PhD without drawing a proper salary. In fact, the vast majority of PhD graduates are fools who go on to have no ROI for their 4 years of slavery that they wouldn't have with just an MSc.
Fundamental misunderstanding of a PhD. You're not supposed to be learning, you're making an active contribution to the field as a whole. You're discovering. It can be a hard switch to flip for some people to go from tell me how it is, to I've demonstrated how it is for the first time.