Kevin McKernan

So this is one of these, this is something we pay attention to in the cannabis field, because if you want to get very diverse chemotypes of plants, you can't grow them in perfectly happy environments. Like you actually want to stress them to some extent so that you get anthocyanins to come up. When you stress them, you tend to get different terpene profiles.

So this is one of these, this is something we pay attention to in the cannabis field, because if you want to get very diverse chemotypes of plants, you can't grow them in perfectly happy environments. Like you actually want to stress them to some extent so that you get anthocyanins to come up. When you stress them, you tend to get different terpene profiles.

You tend to get cannabinoids are coming off that same pathway. And how would you stress them? Well, in some ways, you never let them see pollen. That makes them stressful. Okay. So they end up growing really large flowers waiting for pollen. So the way to get the highest THC loads are to never let them see pollen, at least for the females. And you can also do it with light cycles.

You tend to get cannabinoids are coming off that same pathway. And how would you stress them? Well, in some ways, you never let them see pollen. That makes them stressful. Okay. So they end up growing really large flowers waiting for pollen. So the way to get the highest THC loads are to never let them see pollen, at least for the females. And you can also do it with light cycles.

You tend to get cannabinoids are coming off that same pathway. And how would you stress them? Well, in some ways, you never let them see pollen. That makes them stressful. Okay. So they end up growing really large flowers waiting for pollen. So the way to get the highest THC loads are to never let them see pollen, at least for the females. And you can also do it with light cycles.

You can do it with temperature and pH and other types of treatments in the soil that will – alter its actual secondary metabolite profile, so you get a different chemotype for the plant. That might be important in the way people are making oils for cancer.

You can do it with temperature and pH and other types of treatments in the soil that will – alter its actual secondary metabolite profile, so you get a different chemotype for the plant. That might be important in the way people are making oils for cancer.

You can do it with temperature and pH and other types of treatments in the soil that will – alter its actual secondary metabolite profile, so you get a different chemotype for the plant. That might be important in the way people are making oils for cancer.

Cancer is oftentimes a scenario where you need to grab onto the mTOR pathway or the rapamycin pathway and just change the metabolism of the organism, and you need to feed them with these extracts that are from plants that are stressed. Yeah, it's a wild world. It is wild.

Cancer is oftentimes a scenario where you need to grab onto the mTOR pathway or the rapamycin pathway and just change the metabolism of the organism, and you need to feed them with these extracts that are from plants that are stressed. Yeah, it's a wild world. It is wild.

Cancer is oftentimes a scenario where you need to grab onto the mTOR pathway or the rapamycin pathway and just change the metabolism of the organism, and you need to feed them with these extracts that are from plants that are stressed. Yeah, it's a wild world. It is wild.

Oh, interesting.

Oh, interesting.

Oh, interesting.

Oh, really?

Oh, really?

Oh, really?

Anyways, count on the CIA to torture things, right?

Anyways, count on the CIA to torture things, right?

Anyways, count on the CIA to torture things, right?