In this YouTube monologue, Dr. A (Dr. Anderson) outlines five frequent errors people make when trying to boost glutathione levels and provides a practical framework for effective supplementation. He begins by describing the core antioxidant trio—glutathione, vitamin C (water‑soluble) and vitamin E (fat‑soluble)—and stresses the need to keep them together because they recycle each other. He then warns against using ineffective glutathione products, recommending acetyl‑glutathione, liposomal glutathione, or medically supervised injectable forms, and explains why plain powder has poor oral bioavailability. The third mistake is neglecting the many cofactors required for glutathione recycling; Dr. Anderson lists B‑vitamins (B2, B3, B5), minerals (magnesium, selenium, zinc) and vitamin C as essential. The fourth error involves insufficient building blocks: the three amino acids that compose glutathione (glutamine, cysteine/NAC, glycine) and related precursors such as GlyNAC and the “pre‑precursor” alpha‑lipoic acid that expands the thiol pool. Finally, he highlights a common mindset problem—treating glutathione support as a short‑term fix rather than a long‑term strategy—distinguishing acute “tank‑filling” needs (post‑injury, illness, chronic inflammation) from maintenance phases where a balanced diet, basic cofactors, and occasional low‑dose glutathione or precursors suffice. Throughout, Dr. Anderson blends clinical observations (e.g., radiation‑burn model) with practical supplement recommendations, aiming to help viewers avoid ineffective practices and achieve sustainable antioxidant support.
Chapters
Glutathione requires a whole host of other cofactors. And what we found in working with people in an experimental model of radiation burns, which nobody wants, we found that we got— Hello and welcome to the YouTube channel. I'm Dr. A, and on this channel we talk about all things integrative health, holistic healthcare, many, many other things around medicine. But today we want to jump into a question, combo of questions that came up. So I kind of put them all together and it's what kind of mistakes might somebody make taking or using glutathione? But you might wonder, well, you talk a lot about glutathione on the channel. Remind me what it does. Well, it's one of the core antioxidants in your body. So there are 2 core water-soluble antioxidants that work with 1 core fat-soluble antioxidant, and then all the other antioxidants are built around that. The 2 water-soluble are glutathione and vitamin C, and then vitamin E is in fat-soluble membranes. They all help each other out. They help each other recycle. Because glutathione can get used up in inflammatory conditions, other diseases, we might find ourselves in a place where we're recovering from something or we need extra, etc. And so we might find ways to supplement. So what are ways that that can maybe not go as well as we wanted it to? And of course, these are all individual. But these are just some ideas that came up through some questions that we got. So, the first one is not remembering the 3 that we just talked about. And that, of course, is the synergy between vitamin C and glutathione and vitamin E, E like Edward. Now, vitamin C, we don't make in our body. Humans don't make it. Other animals do. So, we have to get it in our diet or through supplements. And it's water-soluble. So, pretty much what comes in, goes out within a 24-hour period with a little bit of storage in a couple of places. Vitamin E is fat soluble. We tend to get that in food as well. And then glutathione is made by the human body from 3 amino acids being glutamine, cysteine, and glycine. So our liver primarily synthesizes this tripeptide glutathione. So we want to keep the family together. And so we always wanna remember if we're gonna be supporting glutathione, We want to make sure we're getting enough either dietary, supplemental, or some combo of the above of its helpers, vitamin C and vitamin E. We also want to remember that when we're sick and inflamed, which would be times we might need more glutathione, vitamin C and vitamin E might be taxed more as well. So, that's the first thing is remember to keep the family together. Now, people will often comment, well, there's other antioxidants. There's ones that are stronger, et cetera. True. All true. But your body is set up to operate with these 3, vitamin C, vitamin E, and glutathione, as its base. And so after the base, then you can add on all the other antioxidants that you want. The next mistake might be using or taking the wrong form. Now, in the past, it was considered that oral glutathione didn't absorb very well. And if you just take glutathione As an unchanged molecule, the tripeptide glutathione, like in a powder, that does not absorb orally if you eat it very well. A little bit absorbed, but not too much. But in the last few decades, we have developed delivery methods that increase glutathione absorption. And the 2 that have research for oral use are either acetyl glutathione, A-C-E-T-Y-L, acetyl glutathione, Or liposomal glutathione. And there's some liposomal glutathiones that are actually acetyl glutathione in a liposomal form. Either of those will absorb and they will absorb much, much better than a dry powder. So if you have a— sometimes you get like a very inexpensive glutathione supplement, it will be not acetyl glutathione, not liposomal glutathione. It's just dry powder. You're not going to absorb very much of that. So that's, that's one thing. The other is, That sometimes people want a non-oral version and there, there's other ways to get it, but sometimes they'll go to a doctor who injects it into them. Right now, this is not a mistake. It's often used when you get really low or super inflamed or you have to heal after, you know, some traumatic event or something, and your healthcare provider wants to increase the level in your body. And so, in order to do that beyond what you can take orally, there are injectable forms. So, glutathione can be injected, depending on the type, into the muscle. It can be injected subcutaneously, and it can be injected intravenously. But, you have to make sure that obviously it is an injectable form. The healthcare provider is getting it from a pharmacy that's licensed to make such things. And they're using it within the proper bounds of the type of glutathione that it is. So for example, sometimes there's another prescribed glutathione used in a nebulizer, you know, like you might use for your asthma or something. You can put glutathione in there, but some of the forms that are made sterile for injection are not appropriate in the nebulized form. So your healthcare provider has to make sure you're getting the right form for the right application. Now, a lot of people will say, well, Why would I get it injected when I can take it orally? And, the answer is you may not need to. But, think of an injectable, a parenteral application as, say, filling the tank. You get really behind because you've got a lot of stressors or you're healing, et cetera. This is a way to get your levels up. And then, the oral supplementation that you're doing, acetyl glutathione liposomal or Precursors, that will work better generally for you. So there's not a right or wrong answer, it's just get the right form for what you're trying to do. The third thing is really neglecting the cofactors. So for example, with vitamin C and vitamin E, they don't require a lot of cofactors to cycle between their oxidized and reduced forms. Glutathione uses a ton of cofactors. And so where vitamin C just needs glutathione to work, for example, Glutathione requires a whole host of other cofactors. And what we found in working with people in an experimental model of radiation burns, which nobody wants, we found that we got better outcome by supporting the glutathione with its cofactors. So what are the cofactors for glutathione? Well, they include a number of B vitamins, primarily B2, B3, and vitamin B5, actually a lesser-known one. They include a number of minerals for cofactors. Magnesium is sort of a big macro one. Selenium and zinc are very involved. And then also vitamin C is supportive as well. So, making sure you have your cofactors. Now, a lot of people will say, well, let's say I didn't just have surgery, I'm not recovering from it, I just want to kind of keep my glutathione cofactors going. Number one, diet. Make sure you have all these trace elements, the minerals and vitamins and stuff in your diet. Number 2, if you're going to supplement them, a lot of people in their multivitamin, the B vitamins aren't that strong in a multivitamin, so they might take a B complex. That can be helpful. And then what I will usually do with patients is have them take a multi-mineral instead of just separate minerals if it's for maintenance. That way it's just in one pill. You can get a multi-mineral that has a number of trace minerals, including zinc and selenium. And then it'll have some magnesium, et cetera. And of course, you should be getting this also from your diet. The next thing would be not having enough building blocks. So we said earlier that the liver can make glutathione. It's a tripeptide, so it has to put these 3 amino acids together. And if we supplement the constituent amino acids or even pre-precursors, we'll talk about that, then that can help us to improve the liver's ability to create glutathione. glutathione. Now, in some other videos, we've talked about problems with the liver and generally in the body having single nucleotide polymorphisms, some genetic issues in the formation of glutathione. For those people, precursors don't work quite as well. But generally speaking, you would think of precursors either as primary. So, that's the 3 constituents of the tripeptide. And so, that's glutamine, cysteine, often found as N-acetylcysteine, NAC, and then glycine, the amino acid. So, you could take that. Now, there's information on— we've done a video on GlyNAC, which is just glycine and N-acetylcysteine. And, that's just 2 out of the 3. And so, that's another way that you can go. You can take them separate. You can take them together. It really doesn't matter there. And then, there's sort of a pre-precursor, which is another sulfur-bearing molecule Or a thiol. So N-acetylcysteine, if you ever open a bottle of N-acetylcysteine, it might smell sulfury, like maybe eggs or something like that. It has kind of a cousin in the thiol world called alpha-lipoic acid or thioctic acid, but usually it's alpha-lipoic acid in the supplement store. And alpha-lipoic acid is what we call a pre-precursor. So it doesn't feed right in like N-acetylcysteine does, but it raises the thiol pool in the liver and the rest of the body, meaning the sulfur constituent pool. And, by alpha-lipoic raising the thiol pool, it makes it easier for the body to make its own glutathione. So, cysteine, glycine, glutamine, GlyNAC, primary sort of precursors, and then alpha-lipoic acid as a secondary. And then, the 5th thing that I see clinically with folks is just the sort of perspective. And, that's not looking at it as this is a long-term process. So, By that, we have kind of 2 primary meanings. One is if you've gotten sick or you're in recovery from a trauma, a surgery, a long-term illness, a long COVID or chronic illness or something, it may take a while to build your levels back up. So you want to remember the basics. You need vitamin E and vitamin C to go with your glutathione. You need the cofactor support being the B vitamins. And the trace elements that we mentioned. And then you also want to remember whether you're going to direct support it with acetyl glutathione or liposomal, or you're going to indirect support it with GlyNAC, NAC, cysteine glutamine separately, alpha-lipoic acid. Whatever you're going to do, it may take a while to get built back up. Then on the other end, what we mean about thinking long-term is because your body does make glutathione, Long-term with people, often we don't need— because it's, it's not inexpensive to supplement all those things. Long-term, we see often with people, once they're recovered, they can get from their diet and maybe some supplements, their basic— the B complex of vitamins, the minerals, and potentially take a precursor or take a low dose of acetyl glutathione, liposomal glutathione. But they may only need the glutathione that they're taking or a precursor. a few days a week because they've got all the cofactors and they've rebuilt themselves. So a lot of it has to do with, are you acute or in, you know, some sort of acute need? Then you need to fill the tank faster. Are you in more of a chronic state where you've been supplementing a long time, things are going pretty well? You're going to be just fine doing cofactors and the support nutrients, and then maybe a little bit of a precursor or a liposomal or acetyl glutathione. All right, I'm Dr. A. I'll see you all in the next video. I hope this answered all those questions. We'll talk later.
