Dr. Adeel Khan

That's exactly right. And this is one of the drivers, but that's a great, a great summary. Yes.

That's exactly right. And this is one of the drivers, but that's a great, a great summary. Yes.

I mean, what if the gene, what if the product, like some of the risks, for example, in theory could be, what if, what if the vector that we're using migrates? What if it goes somewhere we don't want it to go? But plasmid vectors are very well studied and very well documented.

I mean, what if the gene, what if the product, like some of the risks, for example, in theory could be, what if, what if the vector that we're using migrates? What if it goes somewhere we don't want it to go? But plasmid vectors are very well studied and very well documented.

kind of documented how they work and they have a very high, you know, they have a high safety profile because they're very inert, meaning they don't stimulate your immune system. They don't cause they don't have any, you know, known serious risks, but there are vectors, for example, so people can understand like what is with the vector.

kind of documented how they work and they have a very high, you know, they have a high safety profile because they're very inert, meaning they don't stimulate your immune system. They don't cause they don't have any, you know, known serious risks, but there are vectors, for example, so people can understand like what is with the vector.

For example, when they use the COVID vaccine, they use something called the lipid nanoparticle vector LPV. But the LPV, if you read about LPV, the vector that they use, unfortunately, can migrate. And that's why some people get myocarditis or pericarditis. And the vector can also be immunogenic. So that's why it stimulates some people's immune system. And that's why they get autoimmune conditions.

For example, when they use the COVID vaccine, they use something called the lipid nanoparticle vector LPV. But the LPV, if you read about LPV, the vector that they use, unfortunately, can migrate. And that's why some people get myocarditis or pericarditis. And the vector can also be immunogenic. So that's why it stimulates some people's immune system. And that's why they get autoimmune conditions.

And that's why we know now that the vaccine actually has some harm, more than we probably thought when it first came out. So basically the plasmid vector, though, as compared to like a lipid nanoparticle vector is a lot safer just for comparison.

And that's why we know now that the vaccine actually has some harm, more than we probably thought when it first came out. So basically the plasmid vector, though, as compared to like a lipid nanoparticle vector is a lot safer just for comparison.

Yeah, so Clotho is a really, really interesting peptide because

Yeah, so Clotho is a really, really interesting peptide because

the the word itself comes from the greek of saying the one who controls the threads of life which is a bit dramatic but basically but basically it's like whoa holy what does this clotho do does it control my life yeah well yeah what they thought what they realized they found this accidentally in some animal research and they found out that animals that had higher levels of clotho lived 30 longer and then they've seen similar data in humans of people who have higher levels of clotho naturally

the the word itself comes from the greek of saying the one who controls the threads of life which is a bit dramatic but basically but basically it's like whoa holy what does this clotho do does it control my life yeah well yeah what they thought what they realized they found this accidentally in some animal research and they found out that animals that had higher levels of clotho lived 30 longer and then they've seen similar data in humans of people who have higher levels of clotho naturally

not only live longer but they're protected against dementia even if they have the echo e4 gene which is super interesting and then it can actually help with kidney chronic kidney disease too so the two levels where most of your clotho is produced is your brain and your kidneys and so those are the two main medical indications which culto is being very

not only live longer but they're protected against dementia even if they have the echo e4 gene which is super interesting and then it can actually help with kidney chronic kidney disease too so the two levels where most of your clotho is produced is your brain and your kidneys and so those are the two main medical indications which culto is being very

very like looked at like there's a lot of research going on right now and there's a lot of biotech companies looking at cocoa but our platform i believe has the most applicability just because of the ease of use and obviously being able to just give it same technology through a plasmid vector which is just an injection in your arm or your stomach and then optimizing your Clotho levels.

very like looked at like there's a lot of research going on right now and there's a lot of biotech companies looking at cocoa but our platform i believe has the most applicability just because of the ease of use and obviously being able to just give it same technology through a plasmid vector which is just an injection in your arm or your stomach and then optimizing your Clotho levels.

But Clotho is definitely more high risk than Phallostatin because you don't want your Clotho levels to go too high either. If Phallostatin levels go too high, it doesn't really have any harm. It just saturates and there's not really much that happens. But Clotho,

But Clotho is definitely more high risk than Phallostatin because you don't want your Clotho levels to go too high either. If Phallostatin levels go too high, it doesn't really have any harm. It just saturates and there's not really much that happens. But Clotho,