Відео

No. Or at least not yet. Messing about with the genes involved in cell division almost always causes cancer.

Aren’t they protecting their trade secrets?

My dude, you are already past the level of 90% of youtube videos. Get on to Google Scholar and read papers.

Sometimes PhDs give a horrible explanation like this and then justify said horrible description by saying they are putting it into terms the public can understand, haha. This is one of the worst descriptions of CRISPR I have seen. Not only does he fail to explain how it works, but the way he worded it just doesn’t even make sense.

So how it works is...there is an RNA which is paired with Crispr/Cas9(it's an enzyme/protein ).they go together towards the target sequence. The RNA that go with the Crispr will guide the Crispr to target sequence by complimentary base pairing. Crispr will then cut the target area.(the target area is present upstream of a "6 base pair sequence"). More clarification: Crispr recognizes the "6 base pair sequence" and cuts the sequence upstream of the six base pair sequence. So the "6 base pair sequence "which is called "PAM" is called the " recognition site " of Crispr and the "target site" that is present upstream of the recognition site is called the "cleavage site" for Crispr.

So right now CRISPR is only used in blood clinically. When we do develop crisper to change facial bones it will only work for people who are young.

It can't change bone structure at an older level. It would be like switching out the blueprints for a house that's already built; the structure is built nothing can be done.

@@rickmay4458 search about Adam Rainer he changed bones

​@@rickmay4458 That's true, but theoretically, it could be possible with advances in ex vivo CRISPR editing. By targeting genes like BMP2 and RUNX2 in mesenchymal stem cells, we might upregulate osteogenesis and potentially reshape facial bones. It's speculative, but the science could get there one day!

The algorithm does not miss -- just like your gel doc.