Given recent news about new successes in gene modification, I think we can say that generation CRSPR has just begun.
With the first very successful removal of a heart condition (1 in 500 people are born with the condition) from fertilized embryos without damaging them, we can now correct damaging genetic conditions before being born with them. It will be safe and really cheap to use and enable people to have healthier children from fewer eggs/ sperm.
The problem ethically... CRSPR enables the same tool to make any controlled modification that we choose to make.
This new tool is exploding in use right now, with application across the whole biotech/ medical industry. From experimentation on mini-organs grown from stem cells to allergen free chicken eggs, was curious about some of your thoughts on the arrival of Generation CRSPR?
Personally given how cheap and easy to use these techniques are, we are going down this path like it or not. It should be an exciting ride.
With the first very successful removal of a heart condition (1 in 500 people are born with the condition) from fertilized embryos without damaging them, we can now correct damaging genetic conditions before being born with them. It will be safe and really cheap to use and enable people to have healthier children from fewer eggs/ sperm.
The problem ethically... CRSPR enables the same tool to make any controlled modification that we choose to make.
This new tool is exploding in use right now, with application across the whole biotech/ medical industry. From experimentation on mini-organs grown from stem cells to allergen free chicken eggs, was curious about some of your thoughts on the arrival of Generation CRSPR?
Personally given how cheap and easy to use these techniques are, we are going down this path like it or not. It should be an exciting ride.