Jan Marini (28:22)
20, that's when you go into your catabolic state just slowly declining. Yep, slowly. And you know, you just see little like again, even 20, 20 year olds are 21 or 25, they can see textural changes or they think that their pores are a little larger or things like that. And it's, that's, you know, you're starting to lose the collagen and you're not having the same hygroscopic substances and all of those things. So, and it's, it's, it's slow at that point and then it kind of, you know, it's, it speeds up over time. So what the right retinoid does, and this is so important guys, is that the right retinoid, not the drugstore, not the department store, this is what test would be able to offer to you, is that it? When you have receptor sites in your skin for retinoids. Alpha, beta, gamma. But it depends on how bioavailable that retinoid is to those receptor sites. It depends on what they connect with. Because the gamma receptor site in surface of your skin, about 90% of them are gamma. And they, they, they, they can make lots of collagen. Other receptor sites might have more of an effect on. There's a retinoid like tazoract that helps with psoriasis. I go on and on. But the right retinoid is going to correct instructions coming from your DNA. That's a medical fact. So if Tess has an identical twin sister, they have identical DNA, they both use the same skincare program. But Tess is using a retinoid, her sister is, and she's going to look 10 or 20 years young, younger, maybe more. So this is so, so critical. Plus sickle, staniforact and rosacea and discoloration and every, you know, all these things that we're talking about. Okay, so that's why that is so important. So that's going to be the system. And it could be retinol plus retinol xc. It could be duality because that has the retinoid. So you can address acne and you can address these things we just talked about. It could be luminate, which is the retinoid and technology for discoloration, which has actually been presented in the Journal of Drugs and Dermatology, the study, it outperformed prescription hydroquinone. But we can de age the appearance of skin at the same time, we can address these other issues. So this is any, literally anything that you can think of that would help you to get glass skin. It's in the arsenal. Okay, now the next Thing would be discoloration. Kind of talked about that. But I'll just real quick, bottom line, you have something in your ear. Stratum corneum, not stratum corium. Excuse me, epidermis called active tyrosinase. Now, active tyrosinase is necessary for us to make pigment. So whatever our skin color is, it has a lot to do with active tyrosinase. And if we didn't have it, we'd all be albinos. So active tyrosinase, when you go out in the sun and it's not, oh, if I've been in the sun for an hour, half hour, it happens instantly the minute you're in the sun that that UV light connects with active tyrosinase. And active tyrosinase starts to get stimulated. Now if it gets really stimulated, you produce a tan. And kids and teenagers and stuff, they tan and it's all nice and even and everything doesn't happen that way in adults. There's a lot more damage over time. But it's, it's the way of the act of tyrosinate is protecting you. And saying this is this UV light's really damaging. I'm going to make your skin darker. Doesn't mean it's saying, let's make it all nice and tan looking. It's saying it's damaged. And that damage is going to show up in a lot of uneven pigment and a lot of other things as time goes on. Now, even if you're outside for five minutes, a cascading effect takes place. It's an inflammatory effect that goes throughout all kinds of different cells and different pathways and everything. And this is much of what triggers a lot of the aging process. So 90 to 95% of what we think is inevitable is sun exposure. Okay, now what you need to do if you're going to even out pigment, manage it. You've got to down regulate active tyrosinase. That's number one. And then there's other things you have to do. You have to work. And we have technology in here that you won't find anywhere else in the world. You've got to work with the melanocyte stimulating hormone, which plays a role in your genetics and how you react. Some people react sitting in a hot car and their pigment gets worse. And there's a lot of other technology in there. So that's luminant. We can manage that. And sometimes it's really fast and other times it's more progressive, it's slower because pigment is very, very complex. And Then that's also combined with the retinoid, which is another gold standard again for discoloration. So it'd be the system. It could be luminant. Now it could be duality and luminant, because you can have acne again and discoloration. Everybody, by the age of 35, if you've got skin, you're going to have discoloration. Now, then there's rosacea. Now this is really getting complex and it really is different in different people. So we can make some generalities, but it just doesn't apply across the board. But here's what I'm going to tell you. The first thing everybody needs to know, this is really critical. It's not a disease of sensitivity. You could be very sensitive and not have rosacea. You can have rosacea, not be sensitive. Now you can be sensitive and have rosacea, but it's not necessarily because of the rosacea. Rosacea is a disease of reactivity and you are reactive to certain triggers. And those triggers are going to be typically. I'll give you the common ones. Alcohol, spicy food, maybe food that's hot. When I say hot. Temperature. Sugar is a big one. Not getting enough sleep. Oh, that frozens me up. Yeah, exactly. Stress. Yes, exactly. And, you know, not enough sleep. It's not just rosacea. It affects a lot of different things, but rosacea is particularly vulnerable exercise. And it's a disease of vasomotor instability. So imagine you go into a sauna, your face gets really red because your blood vessels expand, right? And then you come out of the sauna and they contract. Well, in rosacea, the blood vessels lose their ability to contract. So the redness is a result of what we call telangiectasia, which are expanded capillaries. They're not broken. They're broken. You wouldn't be able to see them. That's a misnomer. That's incorrect information. So it's. So it's a chronic inflammatory disorder. It's a disease of vasomotor instability. Now we have to downregulate the inflammation and we have to. You have to. Lifestyle is a big part of it. So, you know, test. You know, you can work with somebody and you can really help to manage it. And then they go out and decide that they're going to have, you know, eat. What's that Asian food that's like really, really hot Hunan or Sassuan or whatever. Anyway, or they, you know, they really react to red wine. And they have a lot. They have a weekend with a lot of Red wine and everything flares up. So you know, it's yoga too.