Posted on Jun 1, 2024, 11:49 am
#1
Hi, did anyone explore the the current and potential impacts of AI on LL surgery? I'm curious if it can accelerate recovery times or the overall cost?
I've read about Alexander Teplyashin's research and the potential of using stem cells creating artificial growth plates, which could make the surgery less invasive and more efficient. The procedure was based on implanting a stem cell scaffold that would gradually turn into bone so once the scaffold is implanted there should be no discomfort and we should be able to exercise during the treatment. But it seems that his reaserch has been discontinued.
If AI contributes to predicting and optimizing genome editing methods such as CRISPR-Cas9, it seems that it could be used to advance stem cells research.
I've read about Alexander Teplyashin's research and the potential of using stem cells creating artificial growth plates, which could make the surgery less invasive and more efficient. The procedure was based on implanting a stem cell scaffold that would gradually turn into bone so once the scaffold is implanted there should be no discomfort and we should be able to exercise during the treatment. But it seems that his reaserch has been discontinued.
If AI contributes to predicting and optimizing genome editing methods such as CRISPR-Cas9, it seems that it could be used to advance stem cells research.