Muscle for Life with Mike Matthews - Legion Pulse vs. Pre JYM: Which Pre-Workout Is Better?
Episode Date: February 23, 2018Pre JYM is one of the most highly rated pre-workout supplements on the market today, and it’s no surprise why. It boasts a long list of active ingredients, it contains no proprietary blends, and its... formulation appears to be backed by sound scientific research. It’s also quite similar to my pre-workout Pulse because both contain citrulline malate, betaine, and beta-alanine, so many people wonder how the two compare. So, how good is Pre JYM? Well, the short story is this: Pre JYM’s formulation is better than many other pre-workouts on the market. It contains several high-quality ingredients at clinically effective levels and will likely enhance your physical performance and mental alertness. That said, Pre JYM also contains ingredients that don’t make sense given the formulation, as well as ingredients that are included at suboptimal dosages. Pulse, on the other hand, contains fewer ingredients, but all are chosen for good reason and included at clinically effective levels. Thus, it’s likely to deliver more bottom-line benefits and results. Let’s find out why. 6:15 - What does science have to say about Pre-Jym? 6:42 - What is Creatine HCL? 7:49 - What is the clinically effective dosage of creatine? 9:27 - What is beta alanine? 10:04 - What is the clinically effective dosage of creatine? 10:32 - What is betaine? 10:59 - What is the clinically effective dosage of betaine? 11:17 - What is taurine? 12:13 - What is n-acetyl cysteine? 13:11 - What is the clinically effective dosage of n-acetyl cysteine? 13:44 - What is alpha gpc? 14:21 - What is the clinically effective dosage of alpha gpc? 16:00 - What is citrulline malate? 17:00 - What is the clinically effective dosage of citrulline malate? 17:19 - What is beetroot extract? 18:26 - What is the clinically effective dosage of beetroot extract? 19:18- What is branched chain amino acids? 22:47 - What is tyrosine? 23:53 - What is the clinically effective dosage of tyrosine? 24:25 - What is caffeine? 24:44 - What is the clinically effective dosage of caffeine? 25:05 - What is huperzine a? 27:19 - What is the clinically effective dosage of huperzine a? 28:08 - What is black pepper extract? 29:18 - What does science have to say about Pulse? 32:38 - What is l-ornithine? 33:23 - What is the clinically effective dosage of l-ornithine? 33:56 - What is l-theanine? Want to get my best advice on how to gain muscle and strength and lose fat faster? Sign up for my free newsletter! Click here: https://www.muscleforlife.com/signup/
Transcript
Discussion (0)
Many people claim that BCAAs can do many things for you, that they can reduce fatigue and increase muscle growth.
But much of the research that is used to support these claims was done with people who didn't eat enough protein.
Hello, boys and girls, my favorite boys and girls. Welcome to another episode of my podcast.
And this episode is going to be a little bit different. It's going to be a product comparison.
And specifically, it's going to be an in-depth science-based comparison of some piece of crap
pre-workout called Legion Pulse and Pre-Gym. No, just kidding. In case you
don't know, Legion's my supplement company and Pulse is my pre-workout. So yes, I'm going into
this, of course, with a bias, but as you will see, I'm going to be very objective in my analysis.
I'm going to be citing a lot of scientific research and breaking down the pros and cons
of both of the products. So you can make a decision as to which
is probably going to be best for you. So in case you haven't heard of PreGym, it is currently one
of the most highly rated and one of the best selling pre-workout supplements on the market.
And that's really no surprise. It boasts a long list of active ingredients. It contains no proprietary blends
and its formulation does appear to be backed by scientific research. And when you look at the
formulation, you'll see that it's also quite similar actually to my pre-workout pulse because
both of the products contain citrulline malate, they contain betaine, and they also contain
beta alanine. And this is why many
people wonder how these products compare. I'm recording this episode because we get emailed
often by people who want to know, how is Pulse versus PreGym? And they want an in-depth answer.
They don't want a one line, oh, Pulse is better. So how good is PreGym? Let's start there. And the short story is this. Pre-gym's formulation
is better than many other pre-workouts that are on the market. It does contain several high
quality ingredients at clinically effective levels, and it will likely enhance your physical
performance and mental alertness. It will likely make for better workouts. That said, Pre-Gym also contains a
number of ingredients that don't really make sense given the formulation, as well as ingredients that
are included at suboptimal dosages. Now Pulse, on the other hand, it contains fewer ingredients
than Pre-Gym, which some people see as a negative. It is in some ways a quote unquote simpler formulation, but each of those ingredients
have been chosen for a good reason and have been chosen because in some cases they actually work
synergistically and all of the ingredients are included at clinically effective levels. Therefore
pulse is likely to deliver more bottom line benefits and results than pre-gym.
Now that is the summary, but let's get into the details.
This is where I would normally plug a sponsor to pay the bills,
but I'm not big on promoting stuff that I don't personally use and believe in. So instead, I'm just going to quickly tell you about something of mine,
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Okay, so these days, everybody says that their products are backed by science, but what does that mean, really? And what it boils down to is this. For a product to really have science on its
side, then every ingredient in it must be proven effective in well-designed, well-executed,
and peer-reviewed scientific research. And then every dosage of every ingredient must also conform
to that research. It must conform to the dosages used in the studies that proved their effectiveness.
And those are known as clinically effective dosages, by the way. So if a product doesn't meet those simple
criteria, if the majority of its ingredients haven't been proven effective in sound research,
and if most of the dosages are actually below the clinically effective levels,
then that product is not backed by science, no matter what anybody says, and it's probably not worth buying either. So PreGem and Pulse both
claim to have scientifically validated formulations, and let's see how they compare in this
regard. Let's start with PreGem. What does science have to say about PreGem? Well, it contains 13
active ingredients, and they are creatine, beta-alanine, betaine, taurine, acetyl-L-cysteine,
alpha-GPC, citrulline malate, beetroot extract, BCAAs, tyrosine, caffeine, huperzine A,
and black pepper extract. And let's look at each of those individually in the context of a single serving. So the first is creatine hydrochloride. Every serving of
pre-gym contains two grams of creatine hydrochloride. Now, creatine hydrochloride,
or just creatine HCL as it's often referred to, is creatine bound with hydrochloric acid,
and it's often claimed to be better absorbed and even more potent than the more
commonly used form and the less expensive form creatine monohydrate. Now I wish that were true
because if it were, then I would be using creatine hydrochloride in my post-workout
supplement recharge. But unfortunately, these assumptions have really never been proven in
any scientific research and they actually don't really make much sense either. So I don't expect that one day studies are going to show that it
actually is better than creatine monohydrate because once creatine hits your stomach, which
is full of hydrochloric acid, the creatine and the hydrochloride molecules separate, leaving you with
the exact same result as you get when you take creatine monohydrate.
You have free creatine and a bunch of hydrochloric acid. Now, the clinically effective dosage of
creatine, regardless of the form that you're using, assuming that it is a form that works,
because some forms actually seem to not work at all. Like for example, liquid creatine is
worthless and creatine ethyl ester, for example, has been shown to be less effective
than a placebo. So again, assuming that you are taking a form of creatine that actually works,
the clinically effective dosage is about five grams per day. So that means that if you want
to see the most benefits from creatine and reap its maximum benefits, then you want to take five
grams per day. And you actually can also load
creatine. You've probably heard that. And really what that does is it just causes it to accumulate
quicker in your body. And it allows you to see the benefits a little bit faster. And for loading,
you usually do 20 grams per day for about five to seven days, after which point you go down to five
grams per day. Therefore, the two grams of creatine hydrochloride in a serving of pre-gym
is simply a suboptimal dose. It may slightly improve your strength and muscle gain,
but you definitely see better results with the clinically effective dosage of five grams per day.
Now, I know one of the reasons why this product only has two grams is you're supposed to also
buy the post-workout, which also has a
couple of grams. So together you get five grams a day, but that just doesn't make sense to me.
You're telling people now they have to spend whatever it is, $80 a month just to get enough
creatine. I don't like that. I say, if you're going to put creatine in a product, put it at
the clinically effective dosage. Don't tell people that this is half of your creatine dose and you
have to buy another product
to get the other half. Okay. So let's move on to the next ingredient in pre-gym, which is beta
alanine and a serving of pre-gym contains two grams of beta alanine. Now beta alanine is an
amino acid and it can reduce fatigue associated with exercise. It can improve anaerobic workout
capacity, and it may also be able to help you just gain muscle faster, not unlike creatine.
And it accomplishes all of this primarily by reducing the buildup of lactic acid in
your muscles during exercise.
And that is the chemical that causes the burning sensation that you feel when you are really
straining in your workouts.
So in terms of dosing, the clinically effective dosage of
beta-alanine is two to 4.8 grams per day. And when you really look at the data, the 4.8 grams is
definitely more effective than the two grams, but there isn't that big of a difference when you take
the supplement every day. There is a difference, but not a huge difference. Therefore, the two
grams of beta-alanine in a serving of pre-gym is at the low end of clinical effectiveness, but it is
enough to provide benefits. Okay, next up is betaine, 1.5 grams of betaine in each serving
of pre-gym. Now, betaine is another amino acid, and it can boost strength and boost muscle endurance.
and it can boost strength and boost muscle endurance. And how is actually not fully understood yet, but the most popular theory relates to a cellular swelling effect, which
protects cells from exercise-induced damage and thereby improves performance. And the clinically
effective dosage of betaine is 2.5 to 6 grams per day, which means that the one and a half grams of BTEN in each serving
of pre-gym is a suboptimal dose because it is well below what has been shown to benefit physical
performance. Next up is taurine, which is an amino acid found in food, particularly in meat,
and it plays a vital role in cardiovascular and muscle function.
Now, each serving of pre-gym contains one gram of taurine and research shows that supplementing
with one gram can decrease muscle damage and oxidative stress from exercise without interfering
with the body's natural inflammatory response, which is good from a muscle building perspective, you need that inflammatory response, which is why, for example, if you take NSAIDs every day,
you are going to impair muscle growth. So if the people who came up with the pre-gym formulation
were including taurine for this reason, then perfect. It's not directly related to improving performance, but it is beneficial and it can help
speed up post-workout recovery. And one gram in each serving is at the clinically effective level.
Alrighty, next on the list is N-acetyl L-cysteine. Each serving of Pre-Gym contains 600 milligrams
of this. And N-acetyl L-cysteine, also just generally referred to as NAC, is a form of the amino acid
cysteine. And it has been used in conventional medicine for quite some time, for 30 plus years
now. And it's used primarily as a mucolytic, which is a mucus thinner. And it's also used
to increase levels of glutathione, which is a powerful antioxidant and detoxifying agent, I guess you
could say. Now, NAC has also been shown in scientific research to reduce the decline in
physical performance that is usually seen with repeated strenuous training. However, it is worth
noting that the study demonstrating this used a dose of about 50 milligrams per kilogram of body
weight, which would be about four grams for the average adult male. Now, as far as dosing goes,
the clinically effective levels range between about 200 milligrams to about 2.4 grams. And the
lower dosages are generally used for supporting glutathione and the higher dosages are usually used for
cognitive disorders and attenuating fatigue. Therefore, the 600 milligrams of NAC in a
serving of pre-gym is adequate to support glutathione production, but is probably too
small to impact your exercise performance and therefore really has no place in the product.
Okay, so the next ingredient is alpha-GPC,
which is very popular these days, especially in nootropics. And alpha-GPC is a natural compound
and it can increase power output in athletes. And it also can help mitigate the cognitive decline
that occurs primarily in the elderly. And each serving of pre-gym contains 150 milligrams of alpha-GPC. Now, alpha-GPC works
primarily by increasing choline levels in the brain, which is a nutrient that turns into acetylcholine,
which is an important neurotransmitter that's involved in learning and muscle contraction.
And in terms of dosages, the research that demonstrated increased power output used 600
milligrams of alpha-GPC. And I think it's also worth noting that these effects were seen in just
one study. They have not been replicated in other studies. So as of now, alpha-GPC is still largely
unproven as a performance enhancer. Now, as far as cognitive enhancement goes, studies show that a daily dose
of about 1.2 grams does seem to help delay the onset of Alzheimer's, but these effects have not
been tested in young, healthy people. So it really is unclear as of right now, if smaller doses would
have cognitive benefits in young, otherwise healthy people.
And what this all means for pre-gym is that the 150 milligrams of alpha-GPC in each serving
is well below the clinically effective level. There are no studies that have shown that this
dosage can provide any cognitive or performance benefits whatsoever.
performance benefits whatsoever. Hey, quickly, before we carry on, if you are liking my podcast,
would you please help spread the word about it? Because no amount of marketing or advertising gimmicks can match the power of word of mouth. So if you are enjoying this episode and you think of
someone else who might enjoy it as well, please do tell them about
it. It really helps me. And if you are going to post about it on social media, definitely tag me
so I can say thank you. You can find me on Instagram at Muscle for Life Fitness, Twitter
at Muscle for Life, and Facebook at Muscle for Life Fitness. All right, next is citrulline malate. Each serving of pre-gym
contains six grams of citrulline malate. Now, L-citrulline is an amino acid and it can boost
muscle endurance. It can also reduce muscle soreness and enhance aerobic performance,
primarily by increasing your body's production of nitric oxide. And citrulline is able to do all
this because what happens is when you take it, it increases the amount of the amino acid arginine
in your blood. And it actually does it far more reliably than supplementing with L-arginine
itself, which is kind of weird, but that's just how it works out. Now, malic acid is added to the L-citrulline to create citrulline malate or L-citrulline
DL malate, which is the technical term. And the reason why malic acid is added is it reduces the
amount of L-citrulline that is broken down in the body into other compounds. It allows you to get
the maximum benefit from the citrulline. As far as dosages go, the clinically effective dosage
of L-citrulline for improving physical performance is six to eight grams per day. Therefore, the six
grams of citrulline malate in each serving of pre-gym is at the low end of the clinically
effective range, but it is definitely enough to improve performance. Okay, moving along,
moving along to beetroot extract. Each serving of pre-gym
contains 500 milligrams of beetroot extract. And the reason why beetroot extract is in the product
is beetroot is rich in nitrates, which play an important role in our cardiovascular health
and are also converted into nitric oxide in the body through various pathways. Now, because of its ability to replenish nitrates and
therefore increase nitric oxide production, beetroot is claimed to improve physical performance.
But when you look at the science, it's a bit of a mixed bag. Some studies have indeed shown small
performance improvements in running and biking time trials. And other research has shown
that dietary nitrate can reduce the amount of oxygen your body uses during exercise without
affecting performance, which would theoretically make it easier to maintain the same pace for
longer periods of time. On the other hand, though, one study found that beetroot did not increase
power output. So the weight of the evidence really hasn't swung to
favor either side just yet. Now, in terms of dosing, beetroot is usually dosed based on its
nitrate content, because that's really what you're going for. And a common dose of beetroot juice
that you will find in studies is about 500 milliliters of juice. Now, extracts can be used, of course, but again, the dosing would
have to depend on the nitrate content. And that can vary a lot from one extract to another.
You'd really want to go with a standardized extract if you want to make sure that your
beetroot extract is maximally effective. And unfortunately, in the case of pre-gym,
we don't know the nitrate content
of the beetroot extract. All we know is there is 500 milligrams of a beetroot extract in each
serving. And that means it may or may not improve our endurance. And there's very little evidence
that it will improve our strength. Okay. The next ingredient is branched chain amino acids, six grams of BCAAs in each serving.
Now, BCAAs are a group of three essential amino acids, which are amino acids that your body can't
produce. They must come from the diet. And those are leucine, isoleucine, and valine. And leucine
is really the star of the trio because research shows that it directly stimulates
protein synthesis by activating an enzyme that is responsible for cell growth known
as the mammalian target of repamycin or mTOR.
Now, many people claim that BCAAs can do many things for you, that they can reduce fatigue
and increase muscle growth.
But much of the research that is used to support
these claims was done with people who didn't eat enough protein. And this is very significant
because dietary protein is our primary source of essential amino acids. So yes, it would make sense
that if you are not eating enough protein, your body is not getting enough essential amino acids.
Therefore, supplementing with a couple of essential amino acids would be beneficial. Now, while evidence
suggests that raising plasma or blood BCAA levels before and after exercise may help us build more
muscle over time, there's no evidence that a BCAA supplement is superior to just food in this
regard. In fact, some research indicates
that food is actually the better choice here. And of course, that's saying nothing of the reality
that it's also cheaper, tastier, and more filling than a BCAA powder. Now that said, BCAAs do have
a good use. They are very useful if you train fasted, meaning if you train when your insulin
levels are at a low baseline level. For example, if you train first thing, meaning if you train when your insulin levels are at a low baseline level,
for example, if you train first thing in the morning and you don't like to eat anything before
you go to the gym, then BCAAs can be useful because studies show that when you train in a
fasted state, muscle breakdown rates are generally higher than normal. And especially after your
workout, they really start to ramp up after the
workout. And as muscle growth over time really is just the difference between protein synthesis
and protein breakdown, having higher than normal muscle breakdown rates is generally
not desirable. And you can take BCAAs to counter this because of the leucine, which can suppress muscle breakdown rates. Now,
that said, I actually don't prefer leucine for this purpose. I prefer HMB, but that's another
discussion. Now, to do this, to significantly reduce muscle breakdown rates with BCAAs and
with leucine in particular, you need about three to five grams of leucine, which usually comes out to about 10 grams of a
BCAA supplement because most BCAA supplements have two grams of leucine for every one gram
of isoleucine and valine. Therefore, the six grams of BCAAs in a serving of pre-gym is not
going to boost your performance. It is not going to boost your muscle growth so long as you eat enough protein, which isn't very hard to do. I'm talking about 0.8 to 1 gram of protein per pound of body weight
per day or less if you're overweight. If you're overweight, we could probably simplify it to about
40% of your daily calories and you'll be eating enough protein. However, the six grams of BCAs
in each serving of pre-gym will help reduce muscle
breakdown rates if you're training in a fasted state. Okay, let's move on to the next ingredient
here, which is tyrosine. Each serving of pre-gym contains 1.5 grams of tyrosine. L-tyrosine is
yet another amino acid and it can reduce stress and improve mood and cognitive function,
and it can reduce stress and improve mood and cognitive function, but research shows it does not improve exercise performance. Now, despite the fact that the body uses L-tyrosine to create
powerful neurotransmitters like epinephrine, norepinephrine, and dopamine, research shows
that supplementing with it only seems to improve mood and cognition during times of extreme stress,
including extreme altitude and cold exposure. Tyrosine, however, has not been proven to
improve strength, focus, or mood under normal conditions. Now, you could say, I guess, that
even if a tough workout isn't the physiological equivalent of subjecting yourself to like five hours of
oxygen deprivation and freezing temperatures, it could theoretically deplete your tyrosine levels
to some degree. And that's fine. If you want to make that argument, then the clinically effective
dosage for counteracting the negative effects that are associated with tyrosine depletion is 100 milligrams per kilogram of body weight, or about
seven grams for a 150 pound men, or just 10 grams per day. That also has been shown effective.
Therefore, the 1.5 grams of L-tyrosine in a serving of pre-gym is just far below the clinically
effective amount and is not going to produce any noticeable
improvement in mood or cognition. Okay, next up is the one and only caffeine. Each serving of
pre-gym contains 300 milligrams of caffeine. And as we all know, caffeine is a stimulant
and it increases our resistance to fatigue. It does boost strength and power. And it of course
improves cognition and alertness.
And studies show that the clinically effective dosage of caffeine for improving physical
performance is three to six milligrams per kilogram of body weight, which comes out to
about 200 to 400 milligrams for a 150 pound man, which means that the 300 milligrams of
caffeine in a serving of pre-gym is definitely enough to
increase performance for most people. The next ingredient that we need to discuss is
huperzine A because each serving of pre-gym contains 50 micrograms of huperzine A.
Now, this is a compound that inhibits the breakdown of acetylcholine, which you might
remember is a neurotransmitter that's
involved in learning and muscular contraction. Now, huperzine A accomplishes this by blocking
an enzyme called acetylcholinesterase, which breaks down acetylcholine. So by preventing
the breakdown of acetylcholine, huperz ZNA is theoretically able to cause a relative increase of this
neurotransmitter in your brain. And studies have shown in both young people and the elderly that
it probably can do this. So theoretically then Hooper's ZNA could improve your learning and
improve your cognitive performance, but research has not confirmed that just yet.
Now there's something else that you need
to know about Hooperzine A because after you take it, blood levels rise very quickly and they peak
after about an hour, but the half-life, which is the amount of time that it takes for half of it
to be removed from your body is about 12 hours. So what that means then is Hooperzine A remains
in your body for a very long
time. And if you take it every day, you'd basically never stop blocking the activity of this acetyl
cholinesterase enzyme. And while doing that may be helpful for treating certain medical conditions
like Alzheimer's, it definitely would not be ideal for otherwise healthy people. In fact, your body may adapt to
having huperzine A constantly in it by simply creating more of the enzyme, more of the acetyl
cholinesterase to try to restore the natural order of things, try to restore homeostasis.
And if your body did that, then your acetylcholine levels would crater once you stopped taking
huperzine A because you'd have highly elevated levels of acetylcholin levels would crater once you stopped taking huperzine A because you'd have highly
elevated levels of acetylcholinesterase, which would all of a sudden kick in full power once
the huperzine A is taken out. And that, of course, that effect, how that would make you feel is the
opposite of why you'd want to even be taking it in the first place. Okay. So in terms of dosing,
the clinically effective dosages range
from about 200 micrograms at the lowest to about 800 micrograms at the highest. And those doses
have been shown to increase acetylcholine levels. And I would say that 400 micrograms is probably a
reasonable middle ground between the high and the low. And therefore the 50 micrograms of
huperzine in a serving of pre-gym is far below the clinically effective level. And you know,
this may have been intentional. It may have been to reduce the risk of the fallout that I was just
talking about that can happen when you stop taking it, but regardless, it's just a suboptimal dose
and it's not likely to provide much benefit at all.
And therefore probably should just be left out of the product. Okay. So the last active ingredient
to discuss is black pepper extract because each serving of pre-gym contains five milligrams
of black pepper extract. Now, black pepper is a spice that naturally contains a molecule called piperine that prevents
certain enzymes from breaking down various substances in the body.
And the reason why you will find it in some supplements is it can increase the bioavailability
of certain ingredients that would normally just be disposed of before being absorbed
by the body, like curcumin, for example.
If you take curcumin by itself,
it's basically worthless. If you combine it with black pepper extract, it is very effective.
Now, most supplements have a chemical structure that allows them to be absorbed without the help
of piperine. And that is the case with every ingredient in pre-gym. So what that means is
that nothing in pre-gym is going to be enhanced
by the inclusion of black pepper extract. And black pepper extract and piperine also don't
enhance performance. So I just don't really see a reason for it to be here. All right. So that is
a detailed analysis of pre-gym. Let's now talk about pulse. What does science have to say about
pulse? Now pulse contains just six active ingredients and they are citrulline malate, beta-alanine,
betaine, L-ornithine, caffeine, and L-theanine.
So let's break down each of them.
Let's talk dosages and, of course, the ingredients themselves.
So first is caffeine, 350 milligrams of caffeine per serving of pulse. And you'll remember that
caffeine not only increases alertness and makes us feel more awake, it also increases our resistance
to fatigue and it boosts strength and power. And the clinically effective range is about three to
six milligrams per kilogram of body weight, or about two to 400 milligrams for a 150 pound man,
which means that the 350 milligrams of caffeine
in a serving of pulse is going to be effective for most people. Next up is citrulline malate.
And each serving of pulse contains eight grams of citrulline malate, a bit more than pre-gym.
Pre-gym has six grams. And we recall that citrulline is an amino acid that can boost our muscle endurance.
It can reduce muscle soreness and it can enhance aerobic performance. And that the clinically
effective range of citrulline is about 6 to 8 grams a day. So we went with the high end of the
clinically effective dosage range to make sure that you get the maximum benefit from citrulline. Next up is beta-alanine.
Each serving of Pulse contains 4.8 grams of beta-alanine, which is the high end of that
clinically effective dosage range, which goes from 2 to 4.8 grams. And again, the reason why
beta-alanine is there is it is amino acid and it reduces fatigue associated with exercise. And it also
improves anaerobic workout capacity and may also help you just gain muscle faster. And scientists
aren't quite sure as to how that works just yet, but those effects have been seen. So again,
Pulse contains 4.8 grams of beta alanine per serving, which is the high end. Again, when you look at the data,
4.8 grams is slightly more effective than the lower end of two grams. So we decided to, again,
go for maximum effectiveness. Okay, next up for pulse is another ingredient that it shares with
pre-gym and that is betaine. We recall that this is an amino acid that boosts strength and muscle
endurance. And each serving of Pulse contains
2.5 grams of betaine. And the clinically effective dosage range is 2.5 to 6 grams.
And the reason why I went with 2.5 grams is most studies have shown that this is sufficient for the
exercise-related benefits that we're after. And the only study that used six grams was on obese people who
didn't lift weights. So we can't be too sure as to how those findings translate to those of us who
are experienced weightlifters and if it is worth the cost of going from two and a half to six grams
per day. And we suspect it's not, which is why we are at two and a half grams. Now, if more research comes
out in the future that shows that there are good reasons to go up to six grams, then we would look
at doing that. So the two and a half grams of betene in a serving of Pulse is enough to produce
a noticeable boost in strength and muscle endurance. Next up for Pulse is L-ornithine,
which is yet another amino acid.
And research shows that it can reduce fatigue during long workouts in particular. So during
prolonged exercise in particular, ornithine is very good because it helps reduce the buildup
of ammonia in your body that occurs during exercise. And ammonia is toxic and studies
also show that it appears to reduce performance. And if that is the case,
then taking L-ornithine should allow you to train longer before you get tired.
Now we decided to include ornithine in pulse for two reasons. One, there is enough evidence to
suggest that it could improve your performance. And two, it's completely safe and it's also
relatively inexpensive. So we just liked the odds basically. And in terms of dosing, the clinically effective dosage of L-ornithine
depends on how quickly you want to reduce ammonia levels in your body. So if you're willing to wait
a month to see results, then you really probably only need like 400 milligrams per day. But if you
want to reduce ammonia levels in a matter of hours, then you need a higher dose of
around 8 to 14 grams. Therefore, the 2.2 grams of ornithine that is in a serving of Pulse is enough
to start enhancing performance within about a week of regular use. Okay, moving on to the final
ingredient in Pulse, L-theanine, one of my favorites actually, because this is amino
acid that many people haven't heard of. It's found primarily in tea and it reduces stress
and it also increases focus. It increases alertness. It increases mood. And it does this
by increasing the production of various calming neurotransmitters. And studies show that it can also increase nitric
oxide production, which means better blood flow while you work out and also better pumps. And
L-theanine can actually do all of these things by itself, but it works even better with caffeine.
They work synergistically. And actually L-theanine helps kind of take the edge off of caffeine.
It helps you reap the
benefits of caffeine without feeling overstimulated. Now, as far as dosing goes,
the clinically effective dosage of L-theanine is 100 to 200 milligrams per day. And for studying
purposes, it's usually included in supplements at about twice the amount of caffeine. So you'd have
like 100 to 200 milligrams of L-theanine to
every 50 to 100 milligrams of caffeine. But considering that Pulse is a pre-workout and
we don't necessarily want to chill people out before their workouts, we decided to include
L-theanine and caffeine in equal amounts. So you get the cognitive benefits, you get the improved
focus, you get the improved alertness, you get the improved mood, and you get the synergistic effects with caffeine without going as far as feeling
mellowed out. So what that means then is the 350 milligrams of L-theanine in a serving of Pulse
is enough to improve focus, mood, and alertness, and also to reduce the risk of overstimulation
from the caffeine.
So the bottom line with these products is this.
PreGym contains several high quality ingredients like caffeine, creatine, beta-alanine, betaine, and citrulline malate, but some of the dosages are lower than what they should be.
So out of its 13 ingredients, six are at clinically effective levels and seven are not,
including key ingredients like creatine, beta-alanine, and betaine, which does significantly
detract from PreGym's overall value proposition. Furthermore, several ingredients in PreGym are
just unlikely to provide any noticeable benefit whatsoever and really should have just been left
out of the formulation. Now, Pulse,
on the other hand, contains fewer ingredients, but all of them are scientifically validated
and are included at dosages that have been proven effective in scientific research. Pulse also
contains two ingredients that you will not find in pre-gym, theanine and ornithine, which I believe
contributes significantly in the case of theanine and mildly in theine and ornithine, which I believe contributes significantly in the case
of theanine and mildly in the case of ornithine to the overall effectiveness of the product.
And you have to experience the caffeine-theanine combo to understand why that is. It really is
much nicer than caffeine alone. And in the case of ornithine, yes, it is not the strongest
performance enhancing ingredient in Pulse, but it does have good evidence behind it, especially for people who do long cardiovascular workouts in particular, and the ornithine is properly dosed.
the two products is how much do you care about natural ingredients? Because when it comes to choosing a pre-workout supplement and just supplements in general, sometimes what is not
in the product is just as important as what is in the product. And in this case, like most pre-workouts,
pre-gym is artificially sweetened, it is artificially flavored, and it is artificially
colored, whereas Pulse contains none of those chemicals. Actually,
it contains no artificial chemicals whatsoever. It is naturally sweetened, it is naturally flavored,
and it is naturally colored. Now, artificial sweeteners are, of course, man-made chemicals
that taste like sugar but contain little or no calories. And two of the most popular ones are
sucralose, which is also often referred to as
Splenda, and acesulfame potassium, otherwise known as ACE-K. And both of those are found in pre-gym.
Now, these chemicals are probably not as dangerous as some people would have you believe,
but studies do suggest that regular consumption of these chemicals may be more harmful to our health
than is generally recognized. And as far as coloring goes, Pre-Gym contains the artificial
food dyes F, D, and C, red 40, blue 1, and yellow 5, depending on the flavor, whereas Pulse gets
its coloring from fruit extracts. And like artificial sweeteners,
chemical food dyes are not as harmful as the internet alarmists claim, but there is evidence
that they also may not be as safe for regular consumption as we once thought. Now, the downside
to being 100% natural, so in the case of Pulse, the downside is while it tastes good, some people do prefer
the taste of artificial sweeteners and artificial flavors over natural ones. So if that's you,
if you really do not like how naturally flavored and naturally sweetened products taste,
then you might like Pre-Gym more. If however, you don't mind the taste of naturally sweetened,
naturally flavored products, and if you want to minimize your exposure to potentially harmful chemicals, then Pulse is probably
the better choice.
So in the end, the choice is yours.
If you're not worried about artificial chemicals and you feel particularly drawn to pre-gym
for whatever reason, or if you just really are happy with it already, then it may be
the better choice for you.
However, if you want a 100% natural pre-workout supplement with scientifically proven ingredients
and dosages and nothing else, then I think you are really going to like Pulse. And if you want
to learn more about it, you can head over to legionathletics.com slash pulse. iTunes, or wherever you're listening from. This not only convinces people that they should check the show out, it also increases its search visibility and thus helps more people find their
way to me and learn how to build their best bodies ever too. And of course, if you want to be
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out on any of the new goodies. Lastly, if you didn't like something about the show,
then definitely shoot me an email
at mikeatmuscleforlife.com
and share your thoughts
on how you think it could be better.
I read everything myself
and I'm always looking for constructive feedback.
So please do reach out.
All right, that's it.
Thanks again for listening to this episode
and I hope to hear from you soon.
And lastly, this episode is brought to
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