- 13 Nov 2015 19:51
#14618845
https://www.sciencenews.org/article/gene-editing-helps-baby-battle-cancer?tgt=nr
This particular story is about using gene editing on T cells (A type of immune cell that regulates the immune system and kills other human cells) that was used to cure a one year old of cancer.
It's not full body gene therapy, but it's also been proving effective with other diseases like HIV where immune cells were edited to eliminate the protein gates that the virus uses to infect cells.
When gene therapy was originally tried, it resulted in a few deaths and use for treatments was put on hiatus. With new crisper/cas9 technology it's also become much cheaper to do such genetic engineering on living cells. The Chinese recently used it to genetically engineer dogs that do not have the protein myostatin, which causes them to have extremely large muscles.
The potential to use this technology to engineer human embryos is also a very real possibility, and I doubt it would be more than a decade or two before someone figures out how to do full body genetic engineering (though there is quite a lot of obstacles to overcome).
There is quite a lot of promise, and also quite a lot of fear, about what these technologies could do or mean.
This particular story is about using gene editing on T cells (A type of immune cell that regulates the immune system and kills other human cells) that was used to cure a one year old of cancer.
It's not full body gene therapy, but it's also been proving effective with other diseases like HIV where immune cells were edited to eliminate the protein gates that the virus uses to infect cells.
When gene therapy was originally tried, it resulted in a few deaths and use for treatments was put on hiatus. With new crisper/cas9 technology it's also become much cheaper to do such genetic engineering on living cells. The Chinese recently used it to genetically engineer dogs that do not have the protein myostatin, which causes them to have extremely large muscles.
The potential to use this technology to engineer human embryos is also a very real possibility, and I doubt it would be more than a decade or two before someone figures out how to do full body genetic engineering (though there is quite a lot of obstacles to overcome).
There is quite a lot of promise, and also quite a lot of fear, about what these technologies could do or mean.
My dream is a hemispheric common market, with open trade and open borders.