The Glutathione Masterclass | A Complete Research Guide (2026)

Hunter Williams (0:00)

Hey, everybody, this is Hunter Williams. I hope you're doing amazing wherever you might be in the world. Today is going to be the Glutathione Masterclass. As always, I'm really excited for this one, but I love glutathione. I think I probably have an affinity for glutathione when we talk about it conceptually, because maybe this is weird to say, but I kind of view myself similar to glutathione. It's boring. It's not super sexy. It's just kind of there in the background, just consistently doing amazing things. And the way I kind of think about my content, which is boring, it's there, it continues, and it's consistent. And so maybe that's right, maybe that's wrong, but I do love glutathione. Again, it's not going to be one of the most sexy peptides, but it does so many beneficial things. And I think just in the years that I have been playing around with it, it's one of the things that I can say, although you don't have this overwhelming, quote unquote, feel effect, it's just doing so much underneath all the other therapies we do to improve the cellular environment so that our bodies work better, we have better energy, we sleep better, we do everything right from that perspective. So I'm really excited for that one. We'll cover it today. When it comes to glutathione, obviously, it technically is a peptide. It exists a little bit differently from some of the other peptides that we typically think about and how we use it. But nonetheless, there are some really cool things with glutathione. There's obviously lots of data around glutathione, but there's different delivery methods and there's different philosophies around using it. So we'll cover all of those today from a broad spectrum approach about all the different delivery methods, oral versus transdermal versus injectable, what I think is the best and go into those and how it would line up with some other peptides. I think that's important too. It's one of those things is just at the end of the day, you take glutathione and it makes you healthier. But there is some interesting things when we look at other peptides and how it interplays with those. So really excited for this one. As always, to make sure you're in touch with me, if there is any sort of censorship, please make sure you're on the email list. That's the way to do that is to click the one link below. It will take you to all the different links that I have, and you can click sign up for the email list, and it's right there. Obviously, too, if you want more access to me, be able to message me privately and come on live coaching calls with me. The best place to do that is the Axion Collective. And if you would just like to ask questions around my content, the best place to do that is my free AI chat app. Actually, fingers crossed, I just got that approved in the app store. So once that is actually live, to get the approval, but once it's actually live for you to be able to download, I will have the link for that. Also working on the Google Play Store, if you're an Android person, I have a soft spot in my heart for Android people. I was an Android holdout for years, up until a couple of years ago. But anyway, I'm working on getting that approved, so you should be able to download it on Android and iPhone. But check that out. Once it's live, I'll make sure the link depending on when this video gets released. Hopefully, it's out there for you guys to check out. So without further ado, I'm going to share my screen. And today, we're going to cover Glutathione. All right, let's get into it. Today, we're going to be covering the Glutathione Masterclass. Basically, it's the body's master antioxidant. When we look at Glutathione, like I said, it's not this designer's super sexy peptide that's going to create fat loss and turn you into a superhuman, but it does a lot of really cool things. So basically, our cells make it right now and have since before we were actually born, when we were in the womb, we were making Glutathione. So it's a single most abundant small antioxidant actually in the human body.

And we look at the argument, it's not necessarily about whether it works inside the cell.

What does come into question is the delivery route and what works or what is the most efficacious form. So we'll cover that all today because we know Glutathione works, whereas like with NAD, you can kind of make an argument in both directions of like, does it enter the cell? I'm not the one that's going to tell you definitively whether it does or doesn't. Ironically, like Glutathione and NAD actually do really, really well together from a therapeutic perspective. But when we talk about Glutathione, we know it works. It's just kind of, what is the optimal way to get that? And we'll cover all that today. Looking at the structure of Glutathione, it's made of three amino acids, one being glutamate, another being cysteine, and the other being glycine. It's abbreviated as GSH for short. And when spent, two molecules link in something known as GSSG, which is the oxidized form of glutathione. Basically, glutamate connects to cysteine through its side chain, which forms a gamma bond. And this makes glutathione resistant to peptidases, which are the enzymes that chew up ordinary peptides. So again, this is why glutathione survives inside cells and why some forms of oral actually do have some efficacy when we look at the data, although it probably is not the best. But when we see it sold, you typically will see it as L-glutathione, reduced glutathione, GSH, liposomal glutathione, S-acetyl glutathione, and cetria, which I think is one of the trade names for a company that makes glutathione. It's supposed to be like a better form or whatever. I don't think I've tried that if I can remember off the top of my head. But anyway, all those things are discussing the same thing, which is for easy purposes, just glutathione. Now, we're going to talk about this concept of redox. And before you get really scared, I want to break this down as simple as possible because I'll admit, I was one of those people when I first heard the word redox years ago, I was like, whoa, that sounds super complicated. And it's like this convoluted kind of mystery of trying to figure out. And I don't want it to be that way. If there's anything in my content that comes across, hopefully it's that you can take these complex topics that may seem esoteric or just confusing and break them down. So let's talk about redox biology because all that can be complicated. I want to break it down as simple as possible. Basically, every second, the cells that we have produce reactive by-products. These are known as reactive oxygen species, and these ROS grab electrons from DNA, membranes, and proteins, which causes oxidative damage that drives aging inflammation and disease. Kind of think about this as the old analogy that people use is like a car. So a car, in order to get you from where you are to where you need to go, has to produce energy. And in the process of producing that energy through an engine and a gasoline and everything that it has is going to throw off exhaust. And obviously that exhaust at some point can become toxic. So like, obviously, like if you had exhaust in an enclosed space, it would make the air toxic to where you couldn't breathe it. And it's similar, it's very simplified, but it's similar in terms of the body, because we produce energy, we use energy, we do all these things in order to keep ourselves alive, get ourselves from point A to point B, so to speak. And ultimately, we have these reactive oxygen species that get thrown off, that end up being a cause of aging inflammation disease. Obviously, the less healthy someone typically is, the more stress they have, whether it's environmental or on the body, that they're exposed to, that can lead to disease eventually. So when we look at redox, redox is the balance between oxidants and antioxidants. So when we look at glutathione, redox is the main electron donor our cells keep on hand. They make inside the cell on demand in very large qualities. So think of it as a buffer tank. When oxidative hits come from stress, the tank drains out, and then enzymes refill it. And if it hits, if the hits come faster than the refill, you will basically be in a state where you have shifted the body into more stress than it can handle. And so redox is just this balance between oxidants and antioxidants. And ultimately, we don't want to be too far in either direction. We want to be in a balance, and that's kind of, if you think about the body, right? We want to be in homeostasis. We don't want to be too lazy, but we also don't want to be too active. We don't want to be too hot, but we also don't want to be too cold. Redox is very similar. It's kind of this balance spot. And glutathione is going to become very important when we talk about redox. So when we look at glutathione, here's how it plays in the redox. One, we have redox buffering. So we have two GSH molecules. They neutralize a reactive oxygen species and link into that form of GSSG. Glutathione reductase then recycles GSSG back into glutathione itself or GSH. A healthy cell holds a 100 to 1 ratio of GSH or glutathione, reduce glutathione to GSSG.