KetoInduce Write Up
At this point, most people understand that ketogenic diets offer numerous unique benefits over traditional diets that purely focus on calorie restriction. Problem is, they can be really hard for many people to follow. So what if you could reap some of those sweet keto benefits, without actually having to commit to a diet that only has room for 5-10% of your calories from carbs?
This is the KetoInduce concept. Using new technology and a specific combination of ingredients, you will push your body into ketosis each night while you’re sleeping, and potentially even several hours the next morning.
Will you enjoy all of the benefits of being in a constant, 24 hours per day, 7 days per week state of diet-induced keto-adaption? Nope. If only that were possible with a supplement. But, as it turns out, it should still be extremely beneficial, for many reasons to treat your body to a nightly session of intermittent ketosis.
To clarify, ketone bodies are not magical molecules that just cruise around the body melting fat off everything they come in contact with. Although KetoInduce should certainly help accelerate fat loss, it is important to be clear about what exactly ketones do, and don’t do, which we will cover.
Ketone bodies do have some unique and beneficial properties themselves, properties that are independent of being in a state of “Nutritional Ketosis” (NK).
And, being in a state of NK also offers some unique benefits, even if it is just for 1/3 of each day, triggered by KetoInduce.
Here’s a teaser of some noteworthy benefits you can expect from being in intermittent ketosis, then we’ll take a look at the individual ingredients and relevant research.
Reduced leucine oxidation while sleeping. Ketosis is anti-catabolic, so you can drop daily calories lower when dieting and still retain more LBM. Normally, when blood levels of leucine are low during a non-fed state (like while sleeping), the body liberates leucine by breaking down muscle protein. In ketosis, this process is greatly reduced as the fuel sensors in the body are now aware of ketones and fatty acids being a readily available alternate fuel.
Reduced oxidative damage in the brain and muscles, equating to faster recovery. Ketones & Free Fatty Acids (FFA’s) are a cleaner burning fuel over glucose/carbs, so you will have less oxidative damage, reduced inflammation, and quicker recovery times from workouts.
Cleaning the junk out of your brain. Ketones are like a professional maid service for your brain. You know when you’re on a trip, and you just make a total mess of the hotel room? Scattering empty mini-bar bottles everywhere, getting wasabi all over the sheets from the room-service sashimi, leaving dirty towels all over the place, etc.
Well this savaged room is kind of like what you do to your brain on a daily basis. Through various methods, you may do either a little bit of damage, or a lot.
From Michael Eades, MD: “Anti-aging scientists are now pretty sure that one of the forces behind the aging and senescence process is the junk protein matter that accumulates in the cells, hampering cellular function. If the junk builds up enough, it basically crowds out the working part of the cell, killing the cell off in the process. As this inexorable process proceeds, more and more cells function less and less well until we, as a being, cease to function. There are other processes driving the aging function besides this accumulation of cellular debris, but if we can make some headway with cleaning out the junk, then we should be able to make the cells, and by extension us, function better for longer.”
This accumulated cellular junk gets carted out to the bloodstream by lysosomes when the body is functioning optimally. But this process can go south in a hurry due to various reasons, like even just simply the ageing process itself.
Ketones have recently been shown to activate something called Chaperone-Mediated Autophagy (CMA) (1). CMA is a process in the cells that basically dictates which stuff is “junk” and which stuff is worth keeping, then it escorts all the junk to the lysosomes for removal.
Think of CMAs as super proficient maids, that have, like, doctorates in Maiding. They pop into your hotel room each time you leave, clean up and remove all of your nasty, barbaric waste, make your bed, dust the prong holes in the outlets; yet also have the sense to leave that one last piece of beef jerky, sitting in the bag on the desk, because, even though you didn’t realize it at the time, you’re gonna want that later. Ketones (BHB) clean the brain, basically.
Better sleep
Sleeping in a state of ketosis is more recuperative/regenerative for the brain. It often eliminates potential undesirable sleep stage shifts (lack of deep stage 5 sleep, too much time in R.E.M., waking up frequently, etc.) previously caused by glucose availability/glucose dependence (as well as other things). Typically sleeping in ketosis leaves people waking up feeling significantly more refreshed than they had experienced previously. This is an extremely common report from people in ketosis.
Better AM fasted workouts. In a carb-adapted state, training after an overnight fast can be tough because your body is looking for glucose, and being that you haven’t had carbs in 12-16 hours, there’s not much to spare. By taking KI at night, you are priming the body to kick the dependence on glucose, and your muscle cells and brain can use ketones and fatty acids efficiently for the morning workout. In a non-keto fasted morning workout, your RQ (a measurement of how much fat vs. carbs you’re using for fuel, a lower number means more fat usage) will still be high and the body will be looking for glucose to burn. It will still access some fatty acids as fuel, but not as efficiently, and it won’t have readily available ketones to use (which yield way more ATP/energy per unit than carbs).
Now that we have some basic concepts knocked out, lets look at the reason for including each ingredient, and how each is going to benefit you.
Betahydroxybutyrate (BHB salts)
First off, we will take a quick look at Beta-Hydroxybutyrate salts (abbreviated as BHB, you will also often see it abbreviated as BOHB).
Up until recently, the technology to take oral BHB did not exist. Oral ketone esters existed, which convert to ketones in the body, but they were completely cost prohibitive for general public consumption, apparently tasted god-awful, and unlikely to be able to be legally sold as a supplement anyway. But luckily our favorite Mad Scientist, Patrick Arnold, was able to develop a viable alternative. After a year of work, and even having to develop new advanced analytical testing methods, he created a ketone product that is stable, won’t make you gag, and is pretty cost effective.
Acectoacetate, the other primary ketone body, was not an option orally, due to it’s instability and potential to rapidly break down into acetone. So in the form of BHB salts, we now have the ability to literally drink ketones, and experience many of the benefits of being in a fully adapted state of NK.
For BHB to be a viable option, it has to be ingested with a large amount of sodium and potassium (calcium BHB is also available now), so you’ll notice a significant amount of these electrolytes in the KI formula. This is actually quite beneficial however, as being in a state of ketosis (even temporarily) causes the kidneys to upregulate water and sodium excretion, and potassium tends to drop when sodium does so that your body can maintain a proper balance. So you need to replenish this sodium dump, which makes the 842mg per serving pretty handy. Initially, the first few days of using KI, you may want to cut back on sodium in your diet slightly by reducing sodium at dinner, as this will be in close proximity to your night time dose of KI.
When ingesting BHB salts, you will typically see a peak in blood levels between 30-60 minutes, with a return to baseline at about the 3-4 hour mark. However, this doesn’t mean you’re going to be back out of ketosis halfway through the night. Because, you are in a fasted state, and due to the other ingredients in KI, you have basically kick-started your body’s own production of ketones through fatty acid conversion in the liver and acetoacetate production from the amino acids included in KI. This has been confirmed through user data with KI beta testers showing ketones well above the NK threshold in the morning.
Image credit: Patrick Arnold » Initial KetoForce (BHB mixed salts) Data
The data in the graph above came from subjects who ingested about 15g of BHB salts, which is a really high dose. Lower doses will achieve similar results in most people (personally my BHB blood levels go up around 1.1 mmol/L from a dose way less than this, the graph is showing a peak of about 0.95 mmol/L of elevation).
So why do we want to ingest BHB anyway?
Although the research on exogenous ketones is emerging and still in its infancy, we have some pretty cool data to look at already.
In one study, a group of mice replaced equicaloric amounts of carbs with a ketone ester, then were allowed to eat ad libitum (as much as they want) from protein and fat based chow (2). The control group matched the food intake of the ketone ester group, they just didn’t get the ketones. Now, keep in mind this was a ketone ester, not the same thing as the BHB salts in KI, but the ester basically converts to BHB in the body, which was measured in the study. Turns out the BHB levels ended up quite high. And now for the cool part, check out what happened to the ketone ester group, vs. control:
Voluntary food intake decreased, dose dependently with ketone ester consumption. More ketones, lower appetite.
Mitochondrial density increased. More mitochondria, more fat burning!
Electron transport chains doubled. These bad boys drive ATP synthesis.
UCP1 doubled in Brown Adipose Tissue (BAT). Yeah, BAT in mice vs. humans is tricky, but this could be a solid benefit if it is replicated in humans.
Plasma leptin levels doubled. For those that aren’t up on their leptin science, more leptin is a good thing if it is currently low, but we want optimal leptin, not too low or too high. This effect is likely a regulatory mechanism, as in, depending on current leptin levels, you may see an increase or decrease; basically an optimization effect. Other data on ketones and leptin leads me to believe this is likely the case.
Increased resting energy expenditure
Improved insulin sensitivity
More on the leptin thing, another study involving diabetic rats given BHB showed improved leptin signaling (which is really the endpoint goal with regards to leptin), as well as improved insulin signaling (3). The BHB dosed rats also had better glucose tolerance, and even lost weight.
As noted in the introduction, BHB can be considered anti-catabolic. When getting the body into endogenous NK through a keto diet, ingesting protein has been shown to cause a 40-50% greater increase in plasma BCAA levels. And when taking exogenous BHB as a supplement, urinary nitrogen excretion (a marker for how much protein you’re pissing out) has been shown to drop by 30% (4). This is one of the reasons why somebody can greatly reduce their protein intake in ketosis and still build muscle. Now even though taking a dose of KI every night is different than being in ketosis around the clock, you’re still getting this benefit for 1/3 of each 24-hour period, and you should expect to see a noticeable anti-catabolic effect.
On a ketogenic diet, ketones in the blood are typically going to be accompanied by a concurrent elevation in free fatty acids (FFAs). This consistent FFA metabolism can reduce mitochondrial NAD and CoQ10, a cascade that leads to a drop in the energy required for ATP hydrolysis. Basically your body figures out how to become super efficient at creating energy so it requires less calories to do so. Feeding ketones leads to “pure ketosis” which prevents that reduction in mitochondrial NAD and CoQ10, which basically means you would keep your body wasting extra energy (burning more calories) (5). Now if you were to do something like add MCT’s to your KI, these fats will not negate the effect, as MCT’s are absorbed and utilized differently by the body, encouraging additional ketone production, and these fatty acids have their own unique stimulatory effect on increasing energy expenditure.
Next we have another interesting ketone ester study showing a laundry list of benefits (6). Again, they used a ketone ester (which converts to BHB), and rats aren’t humans, so it’s not perfect, but we can still logically extrapolate a bit and tuck this in the “cool stuff that could possibly happen with BHB salts in humans” file. This one was a kitchen sink study that looked at tons of markers, so I’m going to save us some trouble and just bullet point the highlights. Here’s what they saw with the ketone ester fed rats:
Decreased brain L-glutamate by 15-20%. L-glutamate is an excitatory neurotransmitter that, in high levels, can damage brain cells, hence the term “excitotoxicity”.
Decreased plasma glucose
Decreased plasma insulin
Decreased voluntary food intake
Decreased plasma leptin (see what I’m saying now about “regulatory effect”?)
Increased UCP4 & UCP5, by 1.5-fold. These proteins are responsible for protecting the brain.
So as you can see, we have some cool protective effects on the brain, as well as improvement in the functions of glucose, insulin and leptin, as well as decreased food intake.
Nobody asked these rats to eat less, they just didn’t want as much food. This kind of thing is extremely important, people tend to think fat loss is all about willpower and fighting through hunger. The more powerful approach to fat loss involves optimizing the neuroendocrine signaling that can either tell your brain “eat more, now”, or “I’m full”.
Na-Rala
Na-Rala, or the sodium bound form of R-lipoic acid, is a highly stable version of the “R” isomer of alpha lipoic acid. We have included this ingredient in KI with the primary intention of helping to clear excess glucose from the blood to speed the process of inducing intermittent ketosis.
In lean, insulin-resistant, as well as obese diabetic mice, lipoic acid has been shown to significantly increase glucose uptake in numerous different types of muscle (type I fibers, type II fibers, even the diaphragm) (7). In muscle cells, lipoic acid was shown in this study to increase glucose uptake by 40-80%, comparable to a dose of insulin! A separate human study also showed subjects treated with lipoic acid before a Glucose Tolerance Test saw a decrease in glucose by about 30% over controls (8).
When you’re sleeping, your liver will typically release glucose into the bloodstream to help fuel your metabolism. We’d rather not deal with that, as we want to be burning ketones and FFA’s. Lipoic acid has been shown to reduce glucose release from the liver by up to 67% (since it’s basically telling the body to take up and store glucose, not release it, this makes perfect sense) (9).
Lipoic acid has also been shown to significantly increase a protein called IRS-1, which is responsible for taking signals from insulin and IGF-1 receptors and delivering them to the appropriate intracellular pathways, basically improving insulin signaling, even in insulin resistant muscle (10). Now, you might be thinking, what does this have to do with taking KetoInduce, when I’m specifically avoiding carbs at my last meal? Well, you may actually get a small, short-lived insulin release from the Leucine in the KI formula, so this improvement in insulin signaling may just help to more efficiently clear any excess glucose from the bloodstream right off the bat. Also, in obese, or formerly obese people, it is possible that BHB salts can cause a bit of an insulin release.
Lysine
In humans, two amino acids are exclusively ketogenic, lysine and leucine. All other amino acids are either purely glucogenic (can be used to create glucose), or a combination of gluco and ketogenic.
Lysine is broken down into Acetyl CoA and acetoacetate. Acetyl CoA can be used in the liver to make ketones. BHB is made from acetoacetate, so Lysine will give a boost to both acetoacetate and BHB production.
Additionally, acetoacetate has different, unique functions in the body over BHB. It can act to improve certain metabolic processes associated with fasting and nutritional ketosis in general.
Leucine
Leucine is included here for the same reasons as lysine, to increase ketone production (acetoacetate and then more BHB). Obviously, leucine also offers muscle sparing benefits through mTOR signaling.
Now, this isn’t to say that just taking some Lysine and Leucine under normal conditions is going to give you an acetoacetate and/or BHB boost. But when combined with the other ingredients in the KI formula, by putting yourself into a state of temporary ketosis, you should be able to get an additional ketone boost from these amino acids.
Overall benefits of ketosis and ketones
Ketones are normally only produced during starvation or high fat/very low carb ketogenic diets; however, they are quite the super fuel. As discussed before, they can readily enter the brain and can fully replace glucose as fuel, they don’t require insulin to generate ATP, unlike glucose, and they can’t be stored as body fat.
Aside from being a killer fuel source for the brain and body, ketones (whether generated endogenously or taken as a supplement), have a bunch of other impressive effects in the body.
At this point, most people understand that ketogenic diets offer numerous unique benefits over traditional diets that purely focus on calorie restriction. Problem is, they can be really hard for many people to follow. So what if you could reap some of those sweet keto benefits, without actually having to commit to a diet that only has room for 5-10% of your calories from carbs?
This is the KetoInduce concept. Using new technology and a specific combination of ingredients, you will push your body into ketosis each night while you’re sleeping, and potentially even several hours the next morning.
Will you enjoy all of the benefits of being in a constant, 24 hours per day, 7 days per week state of diet-induced keto-adaption? Nope. If only that were possible with a supplement. But, as it turns out, it should still be extremely beneficial, for many reasons to treat your body to a nightly session of intermittent ketosis.
To clarify, ketone bodies are not magical molecules that just cruise around the body melting fat off everything they come in contact with. Although KetoInduce should certainly help accelerate fat loss, it is important to be clear about what exactly ketones do, and don’t do, which we will cover.
Ketone bodies do have some unique and beneficial properties themselves, properties that are independent of being in a state of “Nutritional Ketosis” (NK).
And, being in a state of NK also offers some unique benefits, even if it is just for 1/3 of each day, triggered by KetoInduce.
Here’s a teaser of some noteworthy benefits you can expect from being in intermittent ketosis, then we’ll take a look at the individual ingredients and relevant research.
Reduced leucine oxidation while sleeping. Ketosis is anti-catabolic, so you can drop daily calories lower when dieting and still retain more LBM. Normally, when blood levels of leucine are low during a non-fed state (like while sleeping), the body liberates leucine by breaking down muscle protein. In ketosis, this process is greatly reduced as the fuel sensors in the body are now aware of ketones and fatty acids being a readily available alternate fuel.
Reduced oxidative damage in the brain and muscles, equating to faster recovery. Ketones & Free Fatty Acids (FFA’s) are a cleaner burning fuel over glucose/carbs, so you will have less oxidative damage, reduced inflammation, and quicker recovery times from workouts.
Cleaning the junk out of your brain. Ketones are like a professional maid service for your brain. You know when you’re on a trip, and you just make a total mess of the hotel room? Scattering empty mini-bar bottles everywhere, getting wasabi all over the sheets from the room-service sashimi, leaving dirty towels all over the place, etc.
Well this savaged room is kind of like what you do to your brain on a daily basis. Through various methods, you may do either a little bit of damage, or a lot.
From Michael Eades, MD: “Anti-aging scientists are now pretty sure that one of the forces behind the aging and senescence process is the junk protein matter that accumulates in the cells, hampering cellular function. If the junk builds up enough, it basically crowds out the working part of the cell, killing the cell off in the process. As this inexorable process proceeds, more and more cells function less and less well until we, as a being, cease to function. There are other processes driving the aging function besides this accumulation of cellular debris, but if we can make some headway with cleaning out the junk, then we should be able to make the cells, and by extension us, function better for longer.”
This accumulated cellular junk gets carted out to the bloodstream by lysosomes when the body is functioning optimally. But this process can go south in a hurry due to various reasons, like even just simply the ageing process itself.
Ketones have recently been shown to activate something called Chaperone-Mediated Autophagy (CMA) (1). CMA is a process in the cells that basically dictates which stuff is “junk” and which stuff is worth keeping, then it escorts all the junk to the lysosomes for removal.
Think of CMAs as super proficient maids, that have, like, doctorates in Maiding. They pop into your hotel room each time you leave, clean up and remove all of your nasty, barbaric waste, make your bed, dust the prong holes in the outlets; yet also have the sense to leave that one last piece of beef jerky, sitting in the bag on the desk, because, even though you didn’t realize it at the time, you’re gonna want that later. Ketones (BHB) clean the brain, basically.
Better sleep
Sleeping in a state of ketosis is more recuperative/regenerative for the brain. It often eliminates potential undesirable sleep stage shifts (lack of deep stage 5 sleep, too much time in R.E.M., waking up frequently, etc.) previously caused by glucose availability/glucose dependence (as well as other things). Typically sleeping in ketosis leaves people waking up feeling significantly more refreshed than they had experienced previously. This is an extremely common report from people in ketosis.
Better AM fasted workouts. In a carb-adapted state, training after an overnight fast can be tough because your body is looking for glucose, and being that you haven’t had carbs in 12-16 hours, there’s not much to spare. By taking KI at night, you are priming the body to kick the dependence on glucose, and your muscle cells and brain can use ketones and fatty acids efficiently for the morning workout. In a non-keto fasted morning workout, your RQ (a measurement of how much fat vs. carbs you’re using for fuel, a lower number means more fat usage) will still be high and the body will be looking for glucose to burn. It will still access some fatty acids as fuel, but not as efficiently, and it won’t have readily available ketones to use (which yield way more ATP/energy per unit than carbs).
Now that we have some basic concepts knocked out, lets look at the reason for including each ingredient, and how each is going to benefit you.
Betahydroxybutyrate (BHB salts)
First off, we will take a quick look at Beta-Hydroxybutyrate salts (abbreviated as BHB, you will also often see it abbreviated as BOHB).
Up until recently, the technology to take oral BHB did not exist. Oral ketone esters existed, which convert to ketones in the body, but they were completely cost prohibitive for general public consumption, apparently tasted god-awful, and unlikely to be able to be legally sold as a supplement anyway. But luckily our favorite Mad Scientist, Patrick Arnold, was able to develop a viable alternative. After a year of work, and even having to develop new advanced analytical testing methods, he created a ketone product that is stable, won’t make you gag, and is pretty cost effective.
Acectoacetate, the other primary ketone body, was not an option orally, due to it’s instability and potential to rapidly break down into acetone. So in the form of BHB salts, we now have the ability to literally drink ketones, and experience many of the benefits of being in a fully adapted state of NK.
For BHB to be a viable option, it has to be ingested with a large amount of sodium and potassium (calcium BHB is also available now), so you’ll notice a significant amount of these electrolytes in the KI formula. This is actually quite beneficial however, as being in a state of ketosis (even temporarily) causes the kidneys to upregulate water and sodium excretion, and potassium tends to drop when sodium does so that your body can maintain a proper balance. So you need to replenish this sodium dump, which makes the 842mg per serving pretty handy. Initially, the first few days of using KI, you may want to cut back on sodium in your diet slightly by reducing sodium at dinner, as this will be in close proximity to your night time dose of KI.
When ingesting BHB salts, you will typically see a peak in blood levels between 30-60 minutes, with a return to baseline at about the 3-4 hour mark. However, this doesn’t mean you’re going to be back out of ketosis halfway through the night. Because, you are in a fasted state, and due to the other ingredients in KI, you have basically kick-started your body’s own production of ketones through fatty acid conversion in the liver and acetoacetate production from the amino acids included in KI. This has been confirmed through user data with KI beta testers showing ketones well above the NK threshold in the morning.
Image credit: Patrick Arnold » Initial KetoForce (BHB mixed salts) Data
The data in the graph above came from subjects who ingested about 15g of BHB salts, which is a really high dose. Lower doses will achieve similar results in most people (personally my BHB blood levels go up around 1.1 mmol/L from a dose way less than this, the graph is showing a peak of about 0.95 mmol/L of elevation).
So why do we want to ingest BHB anyway?
Although the research on exogenous ketones is emerging and still in its infancy, we have some pretty cool data to look at already.
In one study, a group of mice replaced equicaloric amounts of carbs with a ketone ester, then were allowed to eat ad libitum (as much as they want) from protein and fat based chow (2). The control group matched the food intake of the ketone ester group, they just didn’t get the ketones. Now, keep in mind this was a ketone ester, not the same thing as the BHB salts in KI, but the ester basically converts to BHB in the body, which was measured in the study. Turns out the BHB levels ended up quite high. And now for the cool part, check out what happened to the ketone ester group, vs. control:
Voluntary food intake decreased, dose dependently with ketone ester consumption. More ketones, lower appetite.
Mitochondrial density increased. More mitochondria, more fat burning!
Electron transport chains doubled. These bad boys drive ATP synthesis.
UCP1 doubled in Brown Adipose Tissue (BAT). Yeah, BAT in mice vs. humans is tricky, but this could be a solid benefit if it is replicated in humans.
Plasma leptin levels doubled. For those that aren’t up on their leptin science, more leptin is a good thing if it is currently low, but we want optimal leptin, not too low or too high. This effect is likely a regulatory mechanism, as in, depending on current leptin levels, you may see an increase or decrease; basically an optimization effect. Other data on ketones and leptin leads me to believe this is likely the case.
Increased resting energy expenditure
Improved insulin sensitivity
More on the leptin thing, another study involving diabetic rats given BHB showed improved leptin signaling (which is really the endpoint goal with regards to leptin), as well as improved insulin signaling (3). The BHB dosed rats also had better glucose tolerance, and even lost weight.
As noted in the introduction, BHB can be considered anti-catabolic. When getting the body into endogenous NK through a keto diet, ingesting protein has been shown to cause a 40-50% greater increase in plasma BCAA levels. And when taking exogenous BHB as a supplement, urinary nitrogen excretion (a marker for how much protein you’re pissing out) has been shown to drop by 30% (4). This is one of the reasons why somebody can greatly reduce their protein intake in ketosis and still build muscle. Now even though taking a dose of KI every night is different than being in ketosis around the clock, you’re still getting this benefit for 1/3 of each 24-hour period, and you should expect to see a noticeable anti-catabolic effect.
On a ketogenic diet, ketones in the blood are typically going to be accompanied by a concurrent elevation in free fatty acids (FFAs). This consistent FFA metabolism can reduce mitochondrial NAD and CoQ10, a cascade that leads to a drop in the energy required for ATP hydrolysis. Basically your body figures out how to become super efficient at creating energy so it requires less calories to do so. Feeding ketones leads to “pure ketosis” which prevents that reduction in mitochondrial NAD and CoQ10, which basically means you would keep your body wasting extra energy (burning more calories) (5). Now if you were to do something like add MCT’s to your KI, these fats will not negate the effect, as MCT’s are absorbed and utilized differently by the body, encouraging additional ketone production, and these fatty acids have their own unique stimulatory effect on increasing energy expenditure.
Next we have another interesting ketone ester study showing a laundry list of benefits (6). Again, they used a ketone ester (which converts to BHB), and rats aren’t humans, so it’s not perfect, but we can still logically extrapolate a bit and tuck this in the “cool stuff that could possibly happen with BHB salts in humans” file. This one was a kitchen sink study that looked at tons of markers, so I’m going to save us some trouble and just bullet point the highlights. Here’s what they saw with the ketone ester fed rats:
Decreased brain L-glutamate by 15-20%. L-glutamate is an excitatory neurotransmitter that, in high levels, can damage brain cells, hence the term “excitotoxicity”.
Decreased plasma glucose
Decreased plasma insulin
Decreased voluntary food intake
Decreased plasma leptin (see what I’m saying now about “regulatory effect”?)
Increased UCP4 & UCP5, by 1.5-fold. These proteins are responsible for protecting the brain.
So as you can see, we have some cool protective effects on the brain, as well as improvement in the functions of glucose, insulin and leptin, as well as decreased food intake.
Nobody asked these rats to eat less, they just didn’t want as much food. This kind of thing is extremely important, people tend to think fat loss is all about willpower and fighting through hunger. The more powerful approach to fat loss involves optimizing the neuroendocrine signaling that can either tell your brain “eat more, now”, or “I’m full”.
Na-Rala
Na-Rala, or the sodium bound form of R-lipoic acid, is a highly stable version of the “R” isomer of alpha lipoic acid. We have included this ingredient in KI with the primary intention of helping to clear excess glucose from the blood to speed the process of inducing intermittent ketosis.
In lean, insulin-resistant, as well as obese diabetic mice, lipoic acid has been shown to significantly increase glucose uptake in numerous different types of muscle (type I fibers, type II fibers, even the diaphragm) (7). In muscle cells, lipoic acid was shown in this study to increase glucose uptake by 40-80%, comparable to a dose of insulin! A separate human study also showed subjects treated with lipoic acid before a Glucose Tolerance Test saw a decrease in glucose by about 30% over controls (8).
When you’re sleeping, your liver will typically release glucose into the bloodstream to help fuel your metabolism. We’d rather not deal with that, as we want to be burning ketones and FFA’s. Lipoic acid has been shown to reduce glucose release from the liver by up to 67% (since it’s basically telling the body to take up and store glucose, not release it, this makes perfect sense) (9).
Lipoic acid has also been shown to significantly increase a protein called IRS-1, which is responsible for taking signals from insulin and IGF-1 receptors and delivering them to the appropriate intracellular pathways, basically improving insulin signaling, even in insulin resistant muscle (10). Now, you might be thinking, what does this have to do with taking KetoInduce, when I’m specifically avoiding carbs at my last meal? Well, you may actually get a small, short-lived insulin release from the Leucine in the KI formula, so this improvement in insulin signaling may just help to more efficiently clear any excess glucose from the bloodstream right off the bat. Also, in obese, or formerly obese people, it is possible that BHB salts can cause a bit of an insulin release.
Lysine
In humans, two amino acids are exclusively ketogenic, lysine and leucine. All other amino acids are either purely glucogenic (can be used to create glucose), or a combination of gluco and ketogenic.
Lysine is broken down into Acetyl CoA and acetoacetate. Acetyl CoA can be used in the liver to make ketones. BHB is made from acetoacetate, so Lysine will give a boost to both acetoacetate and BHB production.
Additionally, acetoacetate has different, unique functions in the body over BHB. It can act to improve certain metabolic processes associated with fasting and nutritional ketosis in general.
Leucine
Leucine is included here for the same reasons as lysine, to increase ketone production (acetoacetate and then more BHB). Obviously, leucine also offers muscle sparing benefits through mTOR signaling.
Now, this isn’t to say that just taking some Lysine and Leucine under normal conditions is going to give you an acetoacetate and/or BHB boost. But when combined with the other ingredients in the KI formula, by putting yourself into a state of temporary ketosis, you should be able to get an additional ketone boost from these amino acids.
Overall benefits of ketosis and ketones
Ketones are normally only produced during starvation or high fat/very low carb ketogenic diets; however, they are quite the super fuel. As discussed before, they can readily enter the brain and can fully replace glucose as fuel, they don’t require insulin to generate ATP, unlike glucose, and they can’t be stored as body fat.
Aside from being a killer fuel source for the brain and body, ketones (whether generated endogenously or taken as a supplement), have a bunch of other impressive effects in the body.