Q&A 462: Ben's Latest Smoothie Recipe, How To Get Your Body To Sleep In Later, Should You Ice Sore Muscles, Do Lifewave Patches Really Work & More.

blend that? Yeah, you would be surprised at the amount of things one can blend, especially in my little blendtec that I've been using lately. I burnt out my NutriBullet, so I've moved on to the Blendtec. Here is, uh, what my morning smoothie looks like right now. I fill the blender jar with ice, so we got all ice. I add one dropper full of Omega Organics vanilla. Stevia kind of sweetens the ice. And then about a teaspoon

or so of Colima Mexican salt. Don't worry, I'll link to all my ingredients in the show notes at Ben Greenfield life.com/4 62. If you want to go get this stuff on, uh, on the internet and of course, support the show because I probably make like $0.05 if you go buy some stevia. So anyways, I put the stevia in there and I put the salt in there, and then I put a little bit of Ceylon cinnamon in there,

which is like a blood glucose disposal agent. And then what I have been using shout out to the company, once upon a coconut, they sent me a bunch of these, these coconut water cans. Yeah. Coconut water has got a little bit of sugar in it, but it's mostly natural sugar. It's the same stuff I used to make water key for at home. By the way, water kefir is a fantastic digestive hack. If you don't know how to make that Google make your own coconut water kefir, it'll change

your life and your poops anyways though. So I feel that that blender jar that's got the ice and the stevia and the salt and the cinnamon with coconut water. Not a lot of it because I like my smoothie

super thick, like ice cream. Now I haven't blended yet because then I take that blender jar and I wander into the pantry where I add one scoop of the Kenyan vanilla protein five grams of the key on creatine, and I'll double that to ten grams if I'm going through a period of sleep deprivation or a or a tough period of training, I'll actually go closer to ten

grams on the creatine. Interestingly, they just had a study that came out or a paper that just came out a couple of weeks ago that was talking about how there's a pretty strong argument that creatine should be considered what's called a conditionally essential nutrient for humans, meaning that recent advances in creatine nutrition and physiology suggest that the quantity of creatine your body naturally synthesizes is not sufficient

to meet human needs. That doesn't mean you're not getting enough that you might need from, I don't know, like meat sources, for example. However, as a guy who workouts, as a guy who works out, if I can spit that out and, uh, who pushes my body, I like to add a little bit of extra creatine. All right. So we have that blender jar and now it's got the protein and it's got the creatine in it. Uh, now I will sometimes if I haven't been eating a lot of vegetables or whatever, I'll add a little scoop

of greens to that. Like the organic greens or the athletic greens for example. I'll just grab whatever greens happens to be in the pantry, and then I wander back out to the blender, engine, fire up the blender and just smoke all those ingredients in the smithereens ice cream texture. And then I top my smoothie. What do I top that smoothie with these days? I top it with, uh, a little bit of, uh, shredded unsweetened coconut flake, some

bee pollen. I recently had a podcast with a gal from Beekeepers Natural, uh, Carly Cramer, and we talked about all the benefits of bee pollen. So I put a ton of bee pollen, some coconut flakes. I usually like to crumble up a little bit of dark chocolate or a chocolate or these thing called a keto brick, which is like a coconut butter type of dark chocolate bar. It's fantastic. So I'll crumble up a little bit of that in there. Sometimes I will even use these new little, uh,

they're called C60 gummies. C60 is a potent antioxidant, one of the anti oxidants that has been shown to decrease all cause mortality in humans and massive longevity increases. So sometimes I'll put some C60 in there as well. I get these little C60 gummies from this company called Purple Power. But anyways, I stir all of those toppings in and then I sit there and eat it with the spoon while I go through my morning emails. Now some of you might be screaming wipe and you don't do a

raw liver smoothie anymore. Well, I actually should have told you back back with the ice part. I do put, uh, 2 to 4oz of frozen raw liver that I keep in the freezer, right in there in the smoothie. So yes, I do that. Not every day. About three times a week. Now put the liver in there. The reason I don't do it every day is because I tested my fat soluble vitamin levels, and they were getting a little bit high.

So I backed the liver off just a little bit, particularly because I'm concerned about potential for vitamin A toxicity. Huge issue if you're eating polar bear liver, but still something to bear in mind if you're eating a lot of liver, test your fat soluble vitamins. So that is the smoothie in review. If you want to make this, I'll put the whole recipe at Ben Greenfield. Live Commodore 62. But you got ice salt, stevia, cinnamon. Uh, the key

on vanilla protein powder. I think that's the best one. Uh, the key on creatine, a little bit of greens. And then for your liquid, use coconut water. You could also use coconut milk or bone broth if you wanted to blend that all up. And then add as a topping, unsweetened coconut flakes, a little bit of dark chocolate or a chocolate keto bar. Some pieces of that, a little bit of C60 purple power gummies and some bee pollen. And man oh man, that's a good smoothie. Still picking

up bee pollen out of my teeth. All right, I've got some questions to go through in today's podcast. I also have a few news flashes that we're actually going to kick things off with. A quick reminder before we jump into the news flashes. Remember, as I told you to, I was blue in the face on the last podcast.

Podcast for 61. Brand new Masterclass just came out. That's my brand new six week course where I had a team of video professionals and education experts follow me through living my life there at my house for a whole week. We broke down every aspect of life optimization and it goes into time, environment, space, mind, body, spirit, career, relationships, finances, capital, family completely proven done for you. Life design strategies. It's the ultimate life hacking guide to full body, brain and

spirit optimization. So that is called the Ben Greenfield Life Masterclass. Now available. Kicking off with a six day free challenge with me at Ben Greenfield life.com/masterclass. All right so this is the part of the show we push my little button here. By the way did you guys know this entire thing is recorded on video. You can get the video version on YouTube. But I can actually press a little button change camera angles. Oh there we go. That's

my good side. How do you like that? Hello, everybody. So anyways, uh, this is the part of the show where I go through some recent compelling news flashes and articles and journal research that I've come across in the week since the previous Q&;A. Now, I've talked for a long time about the cheap, performance enhancing hack that is

baking soda sodium bicarbonate. Arguably, some people use sodium citrate because you can get a little bit less of a gastric distress effect from sodium citrate, but nonetheless, sodium bicarb, also known as baking soda, the popular household product. And if you get the arm and hammer stuff, it doesn't have a lot of aluminum in it. You don't have to worry about that. Uh, the chemical formula of that of of baking soda is na HCO three okay. Na

HCO three what is that? Sodium hydrogen. Carbon three oxygens. Right. It's it's an alkaline salt we would call it in chemistry. So again we, we call it baking soda. This sodium bicarbonate bread. Soda. Bicarbonate of soda. Cooking soda. Uh, you can find it in nature like in Mineral Springs. And of course, you can find it as the white, odorless and most importantly, extremely cheap and inexpensive powder at, uh,

pretty much any local supermarket. So here is why I'm talking to you about sodium bicarbonate and its effects on exercise performance and just overall muscle performance, really. I mean, you don't have to be a pro athlete or something for for this to benefit you in your workouts and the way that you feel during the day, particularly if you tend to be a little bit acidic. So in chemistry, pH is a scale that's used to grade how acidic

or alkaline a solution is. So if we have a pH of 7.0, that would be considered neutral like pure water in an ideal situation has a pH of 7.0. Anything lower than 7.0 would be acidic. Anything higher than 7.0 would be alkaline. So the pH of your body will vary depending on the part of the body that we're talking about. But your blood has a pH of about 7.4, right? Like slightly alkaline, while stomach acid is highly acidic pH of 1 to 3. Now, the pH

of your body is very tightly regulated. Uh, that regulation is the acid base balance. It's controlled mainly by your kidneys and by your lungs. This is one reason why, if you are paying extra for some type of fancy alkaline water generator, you're probably going to better spend that

money elsewhere. Not only because your kidneys and your lungs can maintain acid base balance pretty well, but also because two alkalis, the water and something like the average water alkaline machine like, I don't know, kangen or something like that, they have to pass the water over a metal plate. And so I have concerns about long term exposure to metal from these fancy alkaline water generators. I don't use one.

So anyways, uh, when we're talking about this acid base balance, what happens is during anaerobic exercise where you're working at hard, your body's demand for oxygen exceeds the available supply of oxygen. When that happens, your muscles cannot rely on oxygen to produce adenosine triphosphate. ATP is your body's energy currency. So then what happens? Is your muscle switched to a different pathway the anaerobic pathway. So from the aerobic to the

anaerobic pathway to make ATP. Now a major byproduct of the anaerobic pathway is hydrogen H+. A lot of hydrogen in working muscles will decrease right. Make more acidic the pH of the muscles creating that acidic environment and leading to that burning sensation that you feel. Remember, it's not lactic acid or lactate that causes the burning or the

muscle fatigue. That's old school. It's a myth. As a matter of fact, a lot of lactic acid can get reconverted into sugar that can be then burnt to make energy to parts. A pathway in the body called the Cori cycle. Uh, and in fact, lactate may also help to reduce the accumulation of these hydrogen molecules in muscle. But as these hydrogen ions that that are what are acidic.

Now here's how sodium bicarbonate could help. This sodium bicarbonate baking soda has an alkaline pH of about 8.4, and it can play a role in buffering excess hydrogen during anaerobic exercise. Now your kidneys actually produce their own bicarbonate HCO three that helps your body maintain proper pH levels. It's one of the main buffering substrates in your body because it can accept a hydrogen ion. Just everybody. Thinking back to the painful memories from high school chemistry probably

know this. A bicarbonate can accept the hydrogen ion, and that would increase its pH to make it less acidic. Now, during exercise, bicarbonate and other buffering agents can work to pull hydrogen out of working muscle and into the bloodstream, allowing the muscle to return to a less acidic state, allowing you to have less burn and a lower rating of perceived exertion, and able to maintain longer or more intense bouts of exercise. Now, does this actually flesh out

in the literature? Absolutely. Scientists have been looking into sodium bicarb and how it affects exercise performance for decades. I think it goes back to more than 80 years ago. Supplementing with sodium bicarb has been shown to enhance speed, power, work capacity, time to failure. It's particularly beneficial for muscle endurance, which makes sense because that's when lactic acid can accumulate

and hydrogen ions build up. Uh, there was one pretty big study review that found with supplementing with sodium bicarbonate significantly increases muscular endurance and performance in both small and large muscle groups. And it's especially beneficial during repeated bouts of high intensity exercise. And we're even talking about things like, you know, MMA, jiu jitsu, boxing all the way to,

you know, triathlon between about one and seven minutes in duration. Now, a lot of these type of studies have also been able to show direct performance improvements in things like races right there. There was one that showed a 1.5 second performance improvement in the last 1000m of a 2000 meter

rowing event. 1.5 seconds for 1000m is a lot. So in terms of interval training, because a lot of lactic acid and hydrogen ions accumulate during interval training, it's no surprise that when they've looked into running, cycling, rowing, swimming, Olympic weightlifting and CrossFit that they have found significant improvements in workload and a significantly greater time to exhaustion with

a decreased rating of perceived exertion. When sodium bicarbonate is used to load prior to those type of high intensity interval training, type of workouts or competitions. However, when we look at strength, the research is a little more mixed. There are some meta analyses and studies that show significant

improvements in muscle strength. When sodium bicarbonate is supplemented in the hours leading up to the strength performance, there are others that show that it doesn't have as much of an effect, but nonetheless, we know that sodium bicarb, for the most part, seems to have a beneficial impact on

most forms of exercise. Now, the amount that you find recommended and used in a lot of these studies, whether it's a capsule or a tablet or just plain old baking soda powder, is about 0.3g/kg taken in the 1 to 2 hours leading up to exercise. You can do the math yourself if you know how much you weigh in kilograms. You know I'm about I'm around 70kg a

little bit more. And so for me, a 0.3g/kg roughly, let's say about 23, uh, grams, uh, which is what I would take for the 1 to 2 hours leading up to exercise, 23g of baking soda, a lot of baking soda, admittedly, but the idea is if you split that into very small doses, you can avoid the gastric distress. I don't know if anybody's done this is reminiscent of this the drink a gallon of milk challenge where this would be popular at the average, uh, fraternity or dorm room.

I remember doing this in college. You're challenged to drink an entire gallon of milk without throwing up, and you got to do it in an hour. Uh, I actually passed that test the very first time I did it, uh, by splitting. The entire gallon of milk into equal 60 or equal 60 gram portions, small allotment and drank a

tiny bit each minute. Sodium bicarb is similar if you take a little bit like, say, every 15 minutes, you sip some water that has another, say, four grams of baking soda dissolved in it, and you're drinking that leading up to the competition, or the race, or the event for which you want to use sodium bicarb, it can be very effective. I actually add a little bit of sodium bicarbonate to my morning big Mason glass jar of water, just for the alkaline effect that I get from that.

It's not near the amount that you need for performance enhancing benefits, but it kind of kicks off my day with a little bit of alkalinity, and then I can drink little sips leading up to a weight training session or a high intensity interval session. And again, if you take it in the 1 to 2 hours, that 0.3g/kg of baking soda and you split it into small portions, you can get the organic benefit without the stomach distress.

The only reason that I bring all of this up to you is because I was reminded of the benefits of sodium bicarb, and wanted to rehash those with you because of a recent study that came out in the Journal of Strength and Conditioning Research. That was a randomized, double blind, placebo controlled study. Brad Schoenfeld, excellent researcher, was involved with that. And what they did was they took 19 resistant train men, and they took that 0.3g/kg of

sodium bicarb. They actually had another group take a placebo, sodium chloride, which doesn't have an effect. They follow this exact protocol 1 to 2 hours prior to exercise. And they found that the sodium bicarbonate ingestion, compared to the placebo elicited an organic effect on muscular endurance, muscular power, and muscular velocity. In this case, they were using the

bench press exercise. I read this and of course it indicated what I just explained the attenuation of the suppressive effects of acidosis on muscle contractility, and I thought I should remind my listeners about this cheap performance hack because it works well. I wish more people knew about it. And I love stuff like this that is affordable. It's kind of like reversing cramps, right? You don't have to buy the expensive, you know, electrolyte tablets or, you know,

the fancy powders or anything like that. If you're out in a race or a marathon or a triathlon and you cramp up, it's simply the taste of something very bitter or sour or salty that reverses the cramp. There's not even enough time from the taste to the reversal of the cramp to show that it's the absorption of, say, like the electrolytes into the muscle that's getting rid of the cramp. It's just the taste of something. It's called an inhibition of the alpha motor neuron reflex. It cause

your body to release that cramp. So you have to if you have a cramp, you just have to taste something super salty. So, for example, people are selling like overpriced pickle juice and electrolyte tablets and all these different things that you can, you can chew on, but you could literally let's say you're going to a marathon and you're concerned about cramping. Stop at McDonald's or whatever. Grab

those little yellow mustard packets. Right. You take one of those and you just squirt it in your mouth that taste that like bitter, salty substance, right when you start to cramp and it gets rid of that. All right. So I'm all about I'm all about hacking when it comes to some of these cheap performance aids. Matter of fact, if you like this stuff, great book I'm taking my sons through right now. It's called Early Retirement Extreme, Early

Retirement Extreme. And that book is all about, as the name implies, how to kind of like bootstrap yourself and engage in financial independence and many retirements throughout the course of your life. It's written by Jacob Fisker. Everything from how to tie to forks together with the rubber band to make a whisk, to the economic tables for walking versus running, versus cycling versus driving versus carpooling. It's all

in there. And because my dear, sweet sons are gearing up here to finish high school and go on a gap several months of travel throughout the world, I'm trying

to teach them a lot about financial independence. As a matter of fact, we have a Greenfield family constitution, and in the Greenfield Family Constitution, one thing that's written in there is that when a greenfield, uh, child is 16 years old or older, they must begin to pay for things like their car insurance, their cell phone bill, uh, and just about any aspect that would involve costs of

daily living. Uh, mom and I will still feed and clothe our sons to a certain extent, but they are expected to pitch in with the daily household expenses once they're 16. I think that's great in terms of of building a lot more ownership and independence and education into an adolescent's upbringing. And so they're going through that book, Early Retirement Extreme. Uh, and of course, they're they're drinking baking soda and pickle juice and eating mustard packets. What

a silly what a silly question that would be. Let's go ahead and move on to Zeit. Gamers hate the gamers. Uh, this is something that I was reminded of when I was reading, uh, in the Journal of Clinical Sleep Medicine, a paper entitled Early Time Restricted Eating at. Dancers sleep in late sleepers. A pilot randomized control trial. So what this looked at is very, very simple. People who were who were sleeping in and let's say you don't want to be sleeping in, you would rather get out of

bed earlier. You have a problem with sleeping in. You sleep through the alarm. You use the snooze button quite a bit. You're just wired up. That way. You don't wake up like a Navy Seal at 4:30 a.m.. You like a nice lazy morning where you're crawling out of bed at 7 a.m. when the rest of the world has seemingly passed you by already. But maybe you don't

like that. Maybe you want to start getting up earlier. Well, what they found in this particular study was that by shifting the feeding earlier called early time restricted eating, you could actually phase shift your sleeping in backwards and get up a little bit earlier, meaning that if you're going to do intermittent fasting, you take that compressed feeding window,

you start it earlier and you end it earlier. What they found in this case was that by shifting breakfast into an earlier time frame, they were able to actually get people to wake up an hour earlier because food is a cue that can jumpstart the circadian rhythm. So this is important because it's related to this entire concept of what are called Zeit givers. Zeit givers. So Zeit Gaber comes from a German word that means time giver

or synchronizer. So in sleep science and in neurobiology, a Zeit giver is an environmental or an external cue that can influence your circadian rhythm, which is the internal body clock that runs over about a 24 hour period of time. Now, that body clock can sync up with external cues. One very popular one is, of course, sunlight. You're no doubt aware of the benefits for sleeping well later on in the day of getting sunlight earlier in the day, and

the sunlight would would definitely be one of those insight givers. Now, these these circadian rhythms and processes that go on in our bodies operate on internal clocks, your hormones, your immune system, your digestion, every organ you have all run on some sort of timing system, but there's a master clock inside the body. It's called the suprachiasmatic nucleus, the skin that keeps your circadian rhythms organized. So it's like an orchestra conductor.

Its job is to keep all your biological clocks aligned and in sync with a 24 hour day. Now, when all the clocks are coordinated and they're getting these consistent external cues, the white guys are causing your body to work like a symphony and play in tune and in time. Now, light like I mentioned, particularly sunlight is the sun's most

powerful influencer. By the way, I'm recording this podcast for you at about 11 a.m. in the morning in Spokane, Washington, where it's dark and dreary and gray and raining outside. And it has been all morning. However, here on my desk, I don't think you can see it with the camera because it's behind the camera. But I have one of these seasonal Affective disorder blue light producing boxes that's blasting

me with the equivalent. Not quite the equivalent, but but but something similar to sunlight while I'm inside, keeping myself awake and alert and ensuring that I'm not going to say, uh, get tired way too late in the day because I've been in darkness earlier in the day. I also having the cans installed above me in my office here, a bulb called the Awake and Alert Bulb. It's a biological LED bulb made by the company. Um, I think it's

called Biological Sciences. Makes that one. So anyways, I'm using light right now to keep me awake and alert and ensure that tonight I'm able to get tired at a natural time because I'm keeping my my skin cued in to the proper clock using the zeitgeist of light. This is the same reason that I avoid a lot of these blue lights at night. If you were to walk into my office at night, it would look like a Amsterdam nightclub. It's all lit up with red light. That's it.

Same thing with the bedroom. It's all red incandescent light. Uh, I use a red light headlamp. When I travel to get around the hotel room, I wear a red blue light blocking glasses in the evening. And so that's because I'm aware of this powerful zeitgeist or this light. So morning light will signal your brain to kick start cortisol production and to stop melatonin production. That lets your body

know that day has started. As a matter of fact, if you were using melatonin to sleep, uh, whether one of these high dose melatonin suppositories that have become very popular of late, thanks to my friend Doctor John Lawrence, shout out to my dose. And I use those things when I travel to over-the-counter melatonin supplements, which of course are available in the US, not in many other countries,

because melatonin is technically a very powerful hormone. But if you take too much melatonin, a lot of people know who use melatonin. One of the best ways to get melatonin and the drowsiness from it out of the system. Very. Quickly is to get exposed to massive amounts of blue light early in the day. So morning light like I mentioned it kicks off cortisol production. It stops melatonin production. And that doesn't matter whether you're programmed to be a

night owl or an early bird. Okay. Now what happens here is that, well, light is a very powerful cue. There are other cues. And that study that I mentioned earlier uses one of them food. So if you eat and particularly if you eat a meal that contains about 30 to 40g of protein earlier in the day, you're going to shift your biological clock backwards. Okay. This would be a reason that if you were to travel to a new time zone or a new location, skipping breakfast

sometimes isn't the best idea. If you're trying to get

on the time zone of that region. Like my family and I just got back from Europe, and even though typically when I'm in the US, I'll wait until ten, 10:30 a.m. sometimes have that glorious morning smoothie that I described to you earlier in this podcast when I'm traveling, I'm usually, you know, I get out of bed, I do some stretching, some prayer, some breathwork, sometimes going a quick walk, and then I'm not like doing like, you know, big gym sessions and fasting, especially the first few days

that I get to where I'm going. Instead, I have a nice protein rich breakfast with some eggs and some nuts, and maybe a little bit of sourdough bread and butter and olive oil and some fruits, typically around like 8 to 9 a.m. around in that time range, because I want to get my body on that clock, on that

new clock as quickly as possible. Similarly, if I arrive, let's say, into Tokyo, Japan, on a flight from Seattle, a redeye at 3 a.m., I am not going to go to my hotel and start munching on nori and rice and and natto or something like that. I'm going to wait. Even if I'm hungry. I'm going to wait until 8 or 9 a.m. to eat because I want my body to get get on that natural clock as soon as possible. Another good argument for not eating on an airplane, or perhaps just using like ketones and amino

acids when on an airplane. So food is another way that you can cue your body's sleep cycles. Exercise is another okay, exercise helps to coordinate or entrain your circadian clock. And it can also we know this lessen the negative

effects of disrupted sleep pattern. So if you are in a sleep deprived day, you can actually help yourself out by doing little micro workouts or particularly in aerobic exercise or a short micro like a 5 to 10 minute more intense workout spread at different intervals throughout the day

can help with sleep deprivation. Now creatine, by the way, which I mentioned earlier, fantastic for sleep deprivation at slightly higher dosages 10 to 20g and then nad an NAD patch and NAD suppository and nad give or oral NAD supplementation. Also fantastic if you're sleep deprived, so exercise helps with melatonin production later on in the day. There's some evidence that shows that two compounds in the body, the hormone

and neurotransmitter serotonin and neuropeptide Y, are also regulated. Their release is regulated by exercise that helps your body clock function more properly. But exercise has just like light and just like food, the ability to be able to phase shift your circadian rhythm. For example, if you have a hard time falling asleep at night, working out in the morning or the early afternoon can shift your circadian rhythm forward, signaling your body to produce your sleep hormone melatonin earlier

in the evening. Okay, similarly, if you find yourself, uh, sleeping in later than you would like to well, if you do start getting up a little bit earlier, eh, get exposed to a lot of natural light, sunlight or these blue light box boxes earlier in the day. B have a protein rich breakfast earlier in the day, c do an exercise session earlier in the day, and gradually you can start to phase shift your circadian clock in

the direction that you want to bring it. Similarly, if you're getting up way too early and feeling sleepy way too early in the evening, and that's affecting you, particularly from a social standpoint, you can actually wait until later, like mid-morning or even noon to eat, to exercise, to get exposed to a lot of blue light or sunlight. So you can you can toy around with this and

use any trick that you like. Uh, you know, for example, if I'm planning on going to Vegas for a couple of days and I'm going to see a fight and I might go out to dinner after the fight, and I definitely don't want to wake up at, you know, 4 or 5 or 6 a.m. sometimes in a couple of days leading up to a trip like that, I'll actually start to eat breakfast later, exercise later, get exposed to light later, sometimes wear my blue light blocking glasses until 10 or 11 a.m. in the morning and begin

to shift my body circadian rhythm forward so that when I get to Vegas and I go out to a fight at night and have dinner, etc., I can sleep until 8 a.m. and my eyes won't pop open at 4:00 Am, ready to go, you know, hit the gym. So, uh, anyways, uh, light exercise and food are three of the biggest temperature is also kind of sort of circadian clock. It's not as powerful as the others, but your body temperature does tend to be higher during the day. And then gradually

decrease in the evenings. And so if you keep your home thermostat set at a consistent temperature, let's say like 72 degrees, that signal might be lost. And that could disrupt your sleep by not allowing your body temperature to properly drop at night. So keeping your bedroom cool at

like 6065 degrees is optimal for good sleep. And you can, if you want to start to fall asleep earlier and hence wake up a little earlier, you can start to lower your nighttime body temperature earlier in the evening, like right after dinner. Take a lukewarm shower all often. Go jump in the cold plunge. Some people say that the noradrenaline or the epinephrine, or the excitatory neurotransmitter released from jumping in a cold plunge, could disrupt sleep later on.

I find that I'm pretty cozy, pretty settled down by the time I get into bed, even if I'll jump in the cold pool after dinner. I don't stay in there a long time. I don't get into full on shivering cold thermogenesis, but cooling the body pre sleep helps to send the body a message that it is approaching sleepy time now. There are also sleep systems. I don't know if the eight sleep has this built in. I haven't looked into that one. I don't have that particular mattress.

The last time I looked into it a you couldn't disable the Wi-Fi and I get a little bit concerned about too much EMF in the bedroom. But up until recently I was using the sleep Me, which is the cooling system that circulates cold water under the bed, but that can be programmed to switch to warm water during

the time period for which you want to start waking up. Similarly, I'm now using a different unit because sleep me, they went through new ownership and I was having difficulty getting parts replaced, etc. so now I have this unit called a bed. Jet does the same thing, but with air it's like a air conditioning heating unit for your bed, and a little tube goes right underneath the sheet towards the bottom of your feet. It even comes with special sheets that will fill up with the heat or the cold,

depending on what function you have. But I have that set to go cold at night, so it's blowing about 68 degree cool air. I have about 70% intensity cooling myself at night, but then at about 5 a.m. in the morning, it starts to gradually increase the temperature of the air. And so I'm using temperature as a way to gradually wake myself up and keep my circadian rhythm

shifted right where I wanted it to. Now, if I didn't want to get up at five, I want to start sleeping in my lazy but want to get up at, I don't know, 630 then I could actually reset that temperature adjustment on the bed jet. Or if you're using a sleep me something like that to start to get warm closer to say 6 or 6 15 or 630. So it's very interesting how you can use temperature to

a certain extent as well. So anyways, uh, that recent study that showed that you could actually take a late sleeper and get them to wake up earlier by using food as a circadian timer and by, for example, not skipping breakfast, but eating a protein rich breakfast a little bit earlier in the day has something to it. So hopefully you understand a little bit more about how light

fibers work. Hopefully you have a new word that you can throw around at your next cocktail party, and I hope that can also help you if you're trying to to phase shift your own, uh, circadian rhythms. Okay. All right. Next up, this is actually hot off the presses. And this is really interesting because, uh, you may or may not be aware, but there's like this debate going on right now about whether or not you should ice a muscle, whether or not you should ice a muscle or ice

the body. The the general idea is that even though we were taught, at least I was back in exercise physiology and athletic training when I was going to college at University of Idaho, the acronym Rest, Ice, compression elevation, or Rice right? Rice treatment is a common approach for treating the acute phase of sports injuries and even inflammation.

And the hypothesis that's been bandied about is that unfortunately, by icing or by getting a muscle cold, you are shortening or restricting the body's natural inflammatory processes, not allowing the body to mount its own natural response to this hermetic stress. And thus you are going to recover more slowly if you get cold after workout or if you ice an injury. Now, regarding getting the cold after workout,

I've talked until I'm blue in the face. I suppose pun intended, about the fact that those studies have all been done at temperatures that get the muscle core temperature at about one Celsius or below, indicating that if you're concerned about a cold bath or a cold soak or cryotherapy, or cold shower, or an ice bath making you not get the benefits of your workout, you only need to be concerned about that if you're staying in there and it's really cold for like ten, 15, 20 minutes, or

if you're shivering excessively when you get out. If it's just like a quick dip to make sure you're not pitting out and sweating at work and your dress shirt, you know, an hour later after your workout, no problem at all. If it's just taking a quick cold shower after an early evening workout, back to the zeitgeist or as a temperature to make sure that your temperature and your core temp comes down properly for sleep. Later on, fine. If you're doing a 19 minute ice bath after a

big weight training workout. Yeah, that probably will kind of blunt some of the satellite cell proliferation and, and the mitochondrial, uh, gains that you might be looking for from a workout like that. But this, uh, this latest, uh, paper actually looked at whether icing would or would not promote muscle regeneration after an injury. Okay. So this was a research that was done, uh, by, uh, Professor Arakawa, Takumi and Nagata. Etsuko, uh,

over in Kobe and their assistant, Professor Kawashima. Masato I believe I pronounced all of those properly. If I did not, uh, then you can just put me on a Japanese game show and Marge can call the embassy. Yeah, old SNL joke, for those of you who might have watched that episode anyways. Uh, so applying ice to muscle damage in a small percentage of muscle fibers in rats is what they wanted to

look at. They've actually shown applying ice to muscle damage in a small percentage of muscle fibers in rats may promote muscle regeneration. So why is this important? Well, basically what they did was they took these animals, these rodents, and they anesthetized them. Then they took the muscle and they clamped it between a forceps to induce injury. Obviously not something one could ethically do in a human study,

hence the use of rodent models. Now they attached a 500 gram weight to this forceps that induce an injury that affected 20% of the total number of fibers in the muscle and what they what they hypothesized and how they planned for this study was they were inducing a similar degree of injury that would occur after sports exercise, like vigorous exercise in the weight room or long distance

marathon running. So they were actually planning ahead. They weren't just like, you know, throwing darts at these mice and injuring them and putting them under ice. They're actually trying to make it pretty similar to what a human muscle would experience during an average, tough human workout. They then did icing, so they did three 30 minute icing sessions per day, each icing session about 90 minutes apart. Also, that's a pretty similar protocol to what some physical therapists

or physicians might recommend to you. And then they looked at muscle regeneration, and they demonstrated that skeletal muscle regeneration was actually promoted by icing. And they found this by showing significant differences in the size of regenerating fibers in the cross-sectional area of muscle in the injured rodents that were iced versus the ones that were not iced. So why would this happen? How would this happen? Why is this important? Well, let me explain. And this actually is

pretty important. Macrophages are immune cells that orchestrate the repairing process of injured muscle. Pro-inflammatory macrophages accumulate in a damaged site right after you injure something okay. And they express this this uh, almost like a gas. It's called inducible nitric oxide synthase might be an enzyme, but I'm calling it a gas because I just want you to think about this in terms of like a muscle blowing up

like a balloon. Now that has the side effect, the disadvantageous side effect of expanding the injury side, this inducible nitric oxide synthase. What happens when you ice is it reduces the accumulation of these pro-inflammatory macrophages and prevents the expansion of the muscle. In other words, icing attenuates the recruitment of these pro-inflammatory macrophages to the injury site. And that keeps the macrophages from swelling up the muscle to

the extent to where the injury hangs around. Now the positive effects of icing. This is why it's important. They had yet to be elucidated until now right. Nobody was really sure why icing actually works to help an injury to heal faster. It turns out that because the influx of this nitric oxide synthase, this inducible nitric oxide synthase, causes the muscle to swell and expands the injury size

that icing directly keeps that from occurring. And furthermore, the advantages of icing an injured muscle like that outweigh any disadvantages of, say, like the inflammation not being allowed to occur or the muscle not being able to mount its

own anti-inflammatory response. So ultimately, after reading this study, I am I'm I was already convinced, but I'm still convinced that icing and when it comes to icing and injury, the pros outweigh the cons and you are not going to be injured for a longer period of time because you iced, and that in fact, you would actually accelerate tissue regeneration by doing something like icing. All right, well, I've got one other thing that I need to talk

to you about, so. Here we go. Oh, and by the way, I'm going to link to all these studies and resources if you go to Ben Greenfield life. Com slash 462 for 62. All right. I have been approached by a a shockingly high number of individuals about these patches called life wave patches. They call them stem cell patches. Uh, and they're about the size of a quarter. You stick them on your skin. And what they say is that

they activate your stem cells. I get a message a day, it seems, on Instagram or Facebook or Twitter or a text from somebody like, what do you think about these patches? Now? Half the time people who ask me are actually selling them because lifeways is a multi-level marketing company. Now, multi-level marketing company does not mean that they make a bad product, however, and this is coming from a guy who used to like help out some of these companies. I was a

spokesperson for a couple of them. The problem is that baked into the economic model is an overpriced product, because you have to figure out a way to be able to pay the down lines. And a lot of times you're paying more for a product that may still be a good product, but that isn't the best use of your money. However, when it comes to these patches, I mean, I had a big eyebrow raise because I'm like, activate your stem cells. How the heck is it going to

do that? I thought maybe it was one of these like magnets or subtle energy devices or quantum devices. Not that I have anything against any of those, but the research is a little weak, right? Like it's a lot of anecdotal data. It's it's a it's a lot of, uh, you know, how you feel, loosey goosey. But but there are some papers on PubMed when you look up these

life wave patches. Uh, no clinical trial listings that appear on the clinical trials website, and no papers that seem to provide concrete evidence of any type of of effect, like one that I found was looking at, you know, they they claim increases endurance. They did a test on collegiate cross-country runners. Uh, the energy patches had no effect on any substrate utilization or anything like that. No performance enhancing benefits during exercise that again, that doesn't mean they

don't work. But I wanted to look more into what these patches actually are. So apparently they focus on something called GCHQ copper peptide. That's a very popular peptide. A lot of people are smearing it into their skin for better skin. I put it in my hair for for hair growth. If you're watching the video right now, yes, that's where these long flowing locks are coming from. Is GCHQ copper peptide added to my hair? Uh, a lot of people use it as an injectable into an area

to decrease inflammation or to improve muscle healing. And I actually do happen to know that the Dalton size, which is the size by which a peptide is measured, is small enough for GSK copper peptides, where it actually can be absorbed transdermal. So if these patches actually have GCHQ copper peptide on them, then potentially you could be absorbing

some of that through your skin. And getting a good effect. Unfortunately, when when I look at, uh, like this guy David Schmidt, who's the inventor of this life wave X 39 patch, uh, you know, basically he's more talking about something called phototherapy than about the patch itself. And I know there's probably some people who sell these things that are probably trying to jump through the podcast right now screaming at me that I'm describing them the wrong way. But apparently it's

a transdermal delivery of GCHQ copper peptide. If I understand properly what these things are doing, and I'm looking at the I'm going to pull up the page for them. It says activate your stem cells. Patented phototherapy is designed to elevate a peptide known to enhance stem cell activity. It doesn't even say if it has a copper peptide

in there or not. But apparently when light interacts with this patch, it's either causing a release from the patch of GSK copper peptide or causing your body to release its own GCHQ copper peptide. It's unclear which. Now, interestingly,

GCHQ copper peptide can be activated by light. I've talked before about the benefits of putting GSK copper peptide transdermal into your hair after your derm roll, and then exposing your head to infrared light, or injecting it subcutaneously into an injured area, and then exposing that injured area to sunlight or infrared light. So, I mean, there is something to the idea of activating GSK copper peptide with light. There's also something to the idea of the transdermal, uh,

absorption of GSK copper peptide. And again, like it's used for, for anti-aging for skin. I've seen nerve regeneration uh, research on it, wound repairing, antioxidant production. It seems to be an anxiolytic. So anti-anxiety effects. And so when you actually look at dosing for GSK copper peptide, it appears that about 1 to 2mg daily is what is required to get a lot of these systemic healing and skin rejuvenation and hair growth type of effects. So 1 to 2mg

of GSK copper peptide daily. Now how much does that cost. Well I went ahead and look this up. So a 50 milligram bottle that you get on. Sciences or some other peptide website of GSK copper peptide. And remember we're looking at one maximum of two milligrams per day that you need 70 bucks 70 bucks. So if I'm doing uh, 50mg can last me 50 days. I got I'm going to pay $70 for about 50 days worth of copper peptide. Okay.

Now when I look at these life wave patches, let's say they actually have a copper peptide in them, and they are increasing it in the way that they're claiming to increase it. Well, it looks like they're $150 for 30 patches, which if you're putting on one patch every day is $130 for, uh, I'm sorry, 150, $150 for a month. And if you look at HK copper peptide for a 50 day supply, it's $70. So we're talking about like less, significantly less than half the cost. If

you just buy JJK copper peptide yourself. So I mean, like, I don't know, maybe there's the convenience of the patch. Um, maybe there's something else going on here that that that I don't understand, but I don't. I guess I don't get why you wouldn't just, like, save a ton of money and just get, like, JJK copper peptide and use that as an injectable or as a transdermal rather than spending a bunch of money that I suspect a great deal of is being spent to support a multi-level marketing website.

Because the first thing I hear from people is, yeah, these are really great. The second thing is you're going to make a lot of money with these things. Uh, and my spidey sense is always just kind of get activated when I hear that. So anyways, nothing against people who sell or use these life wave patches. I'm just like, I don't know, you could probably, you know, be thrown in a couple of really great steak dinners each month if you were to just buy straight copper peptide yourself,

which I don't sell, by the way. I don't sell JC copper peptide. I'm just I'm just saying I feel like, um, you know, it's something that you should take into consideration. Now, I did find one other study that says double blind Testing of the life wave x 39 patch to determine copper peptide production levels. And they did show a significant increase in the HK copper peptide concentration present in the blood as a result of wearing the life wave x 39 patch for one week. Uh, and so there there

is something going on. And I suspect they actually have added GSK copper peptide to the patch. And then there's some sort of form of phototherapy worked into the patch where you're getting light absorption that activates the GSK copper peptide. Certainly if that's the case, great. But I could do the same thing with injectable GSK copper peptide or transdermal GSK copper peptide for a fraction of the cost, combined with exposure to infrared light, infrared, sauna or sunlight. Just saying.

So anyways, since everybody's been asking me, that's my take on the x 39 patches. I don't think they necessarily don't work, I just think you might be wasting your money. So anyways, I am actually running out of time on today's show and that is just about everything that I'm going to have the time to be able to cover. Uh, however, if you have your own questions or comments or feedback for me, if you'd like to add anything yourself, you can always go to Ben Greenfield life.com/4 62. That's Ben

Greenfield life.com/4 62. And leave your own questions your comments your feedback. You can leave the show a rating or review. And I know we didn't get to a ton of listener questions. Uh, but uh, that question, by the way, was responding to a Robbie who wanted me to look into this company called Life Waves. That actually was a listener question that I replied to technically. So anyways, uh, I hope this has been helpful for you. Again, the

show notes are Ben Greenfield life.com/4 62. Remember to check out the new masterclass at Ben Greenfield life.com/masterclass. Have an amazing week.

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