Is it possible to get rid of fat only from the waist or only from the legs? New research says: Yes!
In his classic Encyclopedia of Bodybuilding, Arnold states that targeted reduction of certain muscle groups is possible with training. However, he immediately adds that physiologists and other specialists insist that this is impossible. Clearly one of them is wrong. If it is possible to reduce fat in the abdominal area with the help of training, then sports physiologists claim that this is impossible, since they cannot determine the mechanism of action. Let's take a look at how spot reduction works so you know how you can increase fat loss in the right areas.
When a person goes on a diet, they lose fat in almost every area of the body, with fat being burned fastest where there is the least amount of it. And in those places where you would like to lose weight, it is burned quite limited quantities. For example, with a low-calorie diet in women, the size of the mammary glands decreases, which is not at all desirable for them, while there is no significant reduction in fat in the lower body. In men, the diet reduces waist circumference (this is, of course, good), but the abdominal muscles do not become more defined.
This phenomenon becomes apparent when men try to put on their trousers after several weeks on a low-calorie diet. They have to tighten their belts, which indicates fat loss. However, when you look in the mirror, you will not see changes in the abdominal muscles themselves. This means that you have lost the fat located inside your abdominal muscles - the so-called visceral fat- and not at all the subcutaneous fat located between the abdominal muscles and the skin.
The good news for everyone, men and women alike, is that there isn't a lot of subcutaneous fat to lose - unless you're obese. If all the fat you burned was subcutaneous, your abdominal muscles would be clearly visible after just a few weeks of dieting. It's no surprise that everyone would like spot reduction to be possible.
Point reduction theory
When people hear the words “spot reduction,” they imagine training a muscle group—say, the abs or buttocks—so that the target muscles burn the fat closest to them as energy. Unfortunately, there is no physiological basis for how this could happen, which is the main reason why most physiologists consider it impossible. The muscles, even if we train them very intensively, do not have arms with which they could reach into the fat surrounding them. They do not produce substances that can break down fat.
In addition, you should distinguish between visceral and subcutaneous fat. With the help of what miracle will abdominal muscle training be able to burn subcutaneous fat without affecting visceral fat?
Training a muscle cannot force it to use nearby fat cells as energy. It's like driving in Texas. You have gallons of oil under your feet, but still, if you need gasoline, you don't drill a hole in the ground. You go to a gas station.
Fuel for muscles comes from two sources: glycogen and muscle triglycerides contained within muscle cells, which are converted into ATP, the only possible form of energy for muscles. The second source of energy is blood. The carbohydrates you eat, as well as those formed in the liver, enter the muscles along with the blood. In addition, fatty acids produced by the body through lipolysis also come with the blood.
Lipolysis (fat breakdown)
Fat is stored in small globules called liposomes in the form of fatty acids. In order to empty these globules, you must induce a process called lipolysis.
A low-calorie diet will have two different effects:
1) Will cause lipolysis, as a result of which fat enters the blood.
2) Will stimulate fat oxidation. Fat in the blood will be transferred to muscle, which will oxidize—or burn—fat molecules as an energy source.
If it were possible to induce lipolysis in certain parts of the body, then spot reduction would be possible. Lipolysis can be caused only by two hormones produced by the body - norepinephrine and adrenaline.
(You may have heard that other hormones, for example, growth hormone, can also cause lipolysis. But they do not have a direct, but an indirect effect. For example, growth hormone causes lipolysis by increasing the amount of norepinephrine or adrenaline. Thus, if the body does not produces norepinephrine or adrenaline, fat loss is impossible for a healthy person, regardless of how much growth hormone his body produces.)
Norepinephrine and adrenaline bind to adrenergic receptors, of which there are two types:
1) Alpha adrenergic receptors. Although there are many different subtypes of alpha-adrenergic receptors, the most important ones in relation to fat cells are alpha 2a-adrenergic receptors.
2) Beta-adrenergic receptors. The following subtypes are related to fat cells: beta-1, beta-2, beta-3 and beta-4 (1), the existence of the latter is only hypothesized. They are commonly called beta receptors.
As hormones, adrenaline and norepinephrine circulate in the blood, reaching various organs. They bind to a particular organ only if they contain alpha or beta receptors. Norepinephrine and epinephrine bind to liposomes because their surface contains both alpha and beta receptors. When one of these hormones binds to beta receptors on the surface of the liposome, it causes lipolysis. This releases fatty acids into the blood. (1) As a result, the volume of the liposome decreases.
And this is exactly what you are trying to achieve. Unfortunately, liposomes also contain alpha receptors on the surface, and when epinephrine and norepinephrine bind to alpha receptors, the lipolysis process is inhibited and the liposomes remain the same size. The same hormones can both stimulate lipolysis (by binding to beta receptors) and inhibit lipolysis (by binding to alpha receptors). So there is a bit of a tug of war between these two types of receptors. If the surface of the liposome contains more beta receptors than alpha receptors, then epinephrine and norepinephrine will reduce the volume of fat cells. But these hormones will not affect the size of liposomes containing more alpha receptors. Therefore, if you follow a diet, norepinephrine and adrenaline have the maximum effect.
Distribution of alpha and beta receptors
It is clear that you are getting rid of fat in the area where the liposomes are coated predominantly with beta receptors and have a small amount of alpha receptors. In these areas, fat is easily removed as hormones stimulate the liposomes to burn fat and shrink in size. On the other hand, the areas where fat accumulation is greatest—and where it is most difficult to get rid of—contain primarily alpha receptors and little beta receptor content. If you cannot change the distribution of adrenergic receptors, you will not get positive results in spot reduction.
Yohimbine and ephedra. This can be done using herbal preparations. For example, yohimbine partially blocks alpha receptors, thereby reducing the fat-suppressing effects of adrenaline and norepinephrine. It helps a little, which is why yohimbine is a fairly popular dietary supplement.
Another plant called ephedra increases the release of norepinephrine. When taken together with yohimbine, ephedra enhances beta receptor activation without affecting alpha receptors. As a result, lipolysis increases in those places where it is easiest to get rid of fat. In areas where fat is very difficult to burn, fat loss will also increase slightly. This is still better than nothing, but this is not the secret of spot reduction.
Diet and aerobic exercise will also help a little. This combination increases the number of beta receptors and reduces the number of alpha receptors. (2, 3, 4) Since many are already on a diet and doing aerobics, this is not the answer.
Stimulating the release of norepinephrine and epinephrine
If spot reduction is possible, its mechanism most likely involves the delivery of more norepinephrine or epinephrine to the area. If it were possible to increase the concentration of these hormones within a specific area of fat, while blocking alpha receptors, it would be possible to induce significant fat loss in the desired area. This is the idea behind the creation of weight loss creams. High-level bodybuilders and fitness competitors are known to inject clenbuterol (to stimulate beta receptors) and yohimbine (to block alpha receptors) into the fat accumulation they want to get rid of.
Is it possible to call a similar process naturally? The answer is yes, but not enough to cause significant local fat loss. Norepinephrine and adrenaline enter the bloodstream in two different ways. First of all, hormones are released directly from the glands that produce them - the adrenal glands. Training any muscle group promotes the flow of a large amount of blood into this area, and along with the blood, adrenaline and norepinephrine enter there.
Both of these hormones are found in nerves as neurotransmitters. Muscle contraction increases neuronal activity, causing adrenaline and norepinephrine to leak into the area. (Epinephrine and norepinephrine, found in nerves, are not called hormones, but rather neurotransmitters. When they are found in the blood, they are no longer neurotransmitters, but hormones. Thus, when neurotransmitters leave nerves, they become hormones.)
It is theoretically possible to create a local concentration of norepinephrine and adrenaline through training, but you will still not be able to cause significant lipolysis, since the hormones will find predominantly alpha receptors. However, you can significantly increase lipolysis by taking yohimbine capsules on an empty stomach an hour before training. Even when taking yohimbine, you shouldn't expect magical results. This is just an aid.
Why is it so difficult to lose weight in the area where we would like.
If you want to have defined abdominal muscles or reduce the size of your thighs, then there is not much fat there that you need to get rid of. Most men have no more than 400-500g of fat in the abdominal area. It is not difficult to get rid of this amount of fat. A few days - at most a few weeks - of a low-calorie diet is enough. But if, by following a diet, you get rid of this amount of fat and look at yourself in the mirror, then you will see that the abdominal muscles have not become more prominent than before. In fact, there are also cases where the amount of fat in the abdominal area even increases as a result of dieting.
In this case, some fat loss has occurred - in different areas of the body other than the one where you would like to lose weight. If this trend could be reversed, it would be much easier to stick to a diet. Moreover, the diet would be very short. Usually, when people want to get rid of fat in the abdominal area, it does not matter to them that their calves become overly prominent.
This is more difficult for women because they tend to have more fat and it is spread over a wider area - usually the entire lower half of the body or, at best, the upper half of the body. On the other hand, women have less fat in their upper body than men, and their abdominal muscles tend to be visible. If they are not visible, then a low-calorie diet will quickly help, unless the amount of fat is excessive, and also if they do not suffer from hormonal imbalances. Many fitness competition competitors have some fat in their upper thighs, but they all have excellent abdominal muscles.
As already mentioned, the predisposition to store fat in certain areas is different for men and women and is determined by the distribution of alpha and beta adrenergic receptors. No matter how intensely you train your abdominal or thigh muscles, you will not be able to significantly change the situation. Training a specific muscle group will not result in unprecedented fat loss in that area. Instead, the target muscle will use fatty acids in the blood as an energy source, coming from fat deposits where beta receptors are dominant. I don't want to discourage women looking to lose lower body fat, but when you cut your calorie intake to almost zero and work your butt muscles like a man possessed, all you're doing is burning fatty acids coming from your upper body. , mainly from the mammary glands.
You may find it strange that fatty acids have to travel such a long way before they are oxidized, especially when there is so much fat that can be used as energy close to the working muscle. However, if the target muscles could only use nearby fat for energy, women's leg muscles would be starved of energy because the fatty acids contained in this area are very difficult to mobilize. While on a diet, women would not be able to walk much.
Body fat is like bank accounts
If it is impossible to induce lipolysis in certain places, then how can point reduction be achieved? The answer is that increasing lipolysis is not the only way to reduce body fat.
Body fat is like bank accounts. Your bank account increases as your income increases and your expenses decrease. The same thing happens with body fat. Their volume is determined by the amount of fatty acids received and consumed. Although it is quite difficult to increase the outflow of fatty acids from problem areas due to the unfavorable distribution of receptors, the factor in the entry of fatty acids into fat deposits is a completely different matter.
There is a constant basal release of fatty acids from fat deposits (5), and some experts argue that “the triglycerides contained in fat cells are replaced approximately every two to three weeks” (6).
If you follow a maintenance diet, the amount of fatty acids entering the cells will be equal to the amount of fatty acids leaving the cells. You won't see this in the mirror; it's just the release of fatty acids, allowing the body to replace old fatty acids with new ones (6).
Now imagine that you could block this basal replacement process if you could force old fatty acids out of cells, but prevent new fatty acids from entering. If applied to a bank account, it would look like this: You continue to spend money, but you stop putting it into the bank account. Gradually your score will decrease to zero, which will greatly upset you. As for adipose tissue, reducing the size of fat cells until they completely disappear should make you very happy.
If it were possible to deliberately block the flow of fatty acids into storage, wouldn't it be possible to achieve a targeted reduction over time? Of course, the ultimate goal is to block the flow of fatty acids throughout the body. It's not impossible, but it requires so much work that it will interfere with the muscle building process due to overtraining. The solution to this problem can be to concentrate on only one problem area at a time.
The role of blood flow
The main factor determining the location of fat deposits is sex hormones (7). High level Female hormones promote fat deposition in the lower body by increasing the number of alpha receptors and decreasing the influence of beta receptors in these areas. Male hormones cause the accumulation of fat in the waist area, acting in a similar way on the receptors of the abdominal muscles.
Luckily there is another one important factor, acting in parallel with sex hormones. Look at those doing gym people. As a rule, unless a person is very fat, there is no excessive accumulation of fat in the forearms. The same goes for calves. Significant fat deposits in the lower legs are uncommon - only in cases of very poor blood circulation in this area.
The calves and forearms have the lowest fat content. Additionally, these two muscle groups do the most work during the day. Stimulation of these muscles is almost constant, which causes a long-lasting blood flow. On the other hand, if a person has very poor blood circulation in the lower body, including the calves, then he will have an excessive amount of fat in the lower body, incl. in the calf area, regardless of how he eats. This happens more often to women.
There is a close relationship between the volume of blood flowing to a particular muscle group and the amount of fat contained in it. The more blood flow, the less fat accumulation, and vice versa. However, more blood flow will not reduce the amount of fat. The overall fat percentage remains the same. However, blood flow controls the location of fat deposits. How? It determines where to place new fatty acids.
The role of esterification and re-esterification
If you can continually increase blood flow to the area of fat deposits located above target muscles- let's say, abdominal muscles in men - then you will definitely reduce the amount of subcutaneous fat. As already stated, this will not affect total percentage body fat, but will reduce the accumulation of fat in the abdominal area. Increased blood flow reduces the likelihood of esterification - i.e. the likelihood that new fatty acids produced by basal turnover (discussed earlier) will enter fat cells (8). Thus, if it were possible to increase blood flow to a specific area of fat accumulation over a long period of time, you would reduce its recovery by reducing the natural replacement of fatty acids in that area.
Note that the main idea here is not just to increase blood flow, but to constantly keep it increased. Many people train the muscle group they want to reduce fat in very intensely for a long time, 3-5 times a week. Some even every day. This is a powerful way to increase blood flow to certain areas. It is good, but only for a short period of time, which is the main reason why many fail to produce significant spot reduction. Instead of working very intensively for 1-2 hours on the muscle group in which you would like to reduce the amount of fat, it would be better if you worked at least 3 times a day in 10-minute bursts. Not only would you save time, but your work would be much more efficient. Champion bodybuilders have long understood this and train their abdominal muscles several times a day. The higher the frequency, the better.
As already mentioned, some people when dieting tend to accumulate fat in areas where it is difficult to get rid of it. This is mainly due to unfavorable re-esterification of fatty acids. When you follow a diet, more fatty acids are released into the body than it can oxidize. This means excess fatty acids are returned to fat tissue. You might think that they will return to the places from which they were taken, but this is not the case at all. Instead, they are re-esterified, especially in places where blood flow is most difficult - in muscle groups with the highest fat content. As a result, the thinnest parts of the body lose weight even more, and fat accumulates in the most “problem” areas.
Spot reduction training
Practice often and time will do the rest. The goal is increased blood flow and spot reduction, not muscle gain. Train every day and as often as possible. Men looking to reduce abdominal fat should do at least three short workouts per day to abdominal muscles- 10 minutes each. Perform one of them in the morning immediately after getting up, the second before lunch, and the last before going to bed. This is the minimum. Add two more abdominal workouts to your training days: one - as a warm-up before training, the other - to calm the muscles after training.
It's more difficult with women. Not only because they tend to have more fat than men, but also because they need to gain some muscle mass, especially in the butt area, to make the muscles firmer. If you are a woman, then you should adapt the training scheme suggested above - one workout for the lower body in the morning, another at noon and a third in the evening. In addition to this, you should train your lower body more frequently during your regular workout routine. Use two types of workouts: one to increase blood circulation in the lower body, the other to both increase circulation and build muscle mass.
It goes without saying that training will not be beneficial if you stuff your mouth with food all day long. If you are on a maintenance diet, it will take a long time before you see the results in the mirror. This spot reduction program works much better and more effectively if you follow a low calorie diet and take special additives fat burning supplements such as yohimbine, ephedra and caffeine. Moreover, don't expect results to appear quickly. This will take time because the basal release of fatty acids from certain areas of fat accumulation is extremely slow. If you are patient and consistent enough in your work, you will have relief press or beautiful shape lower body.
Abdominal programs will take less than 10 minutes. When performing giant series, do not rest between exercises. Rest only in the intervals between giant series.
Training for those who are at work all day
The solution to the problem for those who are in the office all day can be to do several exercises while sitting at their desk. If you can't complete your morning pumping session, or if you just want to speed up your progress by additional load, You can perform several isometric exercises. Men: While sitting at a table, place your elbows on the table and contract your abdominal muscles towards you for 10 seconds. Rest 5 seconds, then repeat. For women: tighten up gluteal muscles for 10 seconds. Try to do these exercises as often as possible for 5-10 minutes.
In his classic Encyclopedia of Bodybuilding, Arnold Schwarzenegger claims that targeted reduction of certain muscle groups is possible with training. However, he immediately adds that physiologists and other specialists insist that this is impossible. Clearly one of them is wrong. If Arnold can reduce fat in the abdominal area with the help of training, then sports physiologists say that this is impossible because they cannot determine the mechanism of action. Let's take a look at how spot reduction works so you know how you can increase fat loss in the right areas.
Why is point reduction interesting?
When a person goes on a diet, they lose fat in almost every area of the body, with fat being burned fastest where there is the least amount of it. And in those places where you would like to lose weight, it is burned in rather limited quantities. For example, with a low-calorie diet in women, the size of the mammary glands decreases, which is not at all desirable for them, while there is no significant reduction in fat in the lower body. In men, the diet reduces waist circumference (this is, of course, good), but the abdominal muscles do not become more defined.
This phenomenon becomes apparent when men try to put on their trousers after several weeks on a low-calorie diet. They have to tighten their belts, which indicates fat loss. However, when you look in the mirror, you will not see changes in the abdominal muscles themselves. This means that you have lost the fat located inside your abdominal muscles - the so-called visceral fat - and not the subcutaneous fat located between the abdominal muscles and the skin.
The good news for everyone, men and women alike, is that there isn't a lot of subcutaneous fat to lose - unless you're obese. If all the fat you burned was subcutaneous, your abdominal muscles would be clearly visible after just a few weeks of dieting. It's no surprise that everyone would like spot reduction to be possible.
Point reduction theory
When people hear the words “spot reduction,” they imagine training a muscle group—say, the abs or buttocks—so that the target muscles burn the fat closest to them as energy. Unfortunately, there is no physiological basis for how this could happen, which is the main reason why most physiologists consider it impossible. The muscles, even if we train them very intensively, do not have arms with which they could reach into the fat surrounding them. They do not produce substances that can break down fat.
In addition, you should distinguish between visceral and subcutaneous fat. With the help of what miracle will abdominal muscle training be able to burn subcutaneous fat without affecting visceral fat?
Training a muscle cannot force it to use nearby fat cells as energy. It's like driving in Texas. You have gallons of oil under your feet, but still, if you need gasoline, you don't drill a hole in the ground. You go to a gas station.
Fuel for muscles comes from two sources: glycogen and muscle triglycerides contained within muscle cells, which are converted into ATP, the only possible form of energy for muscles. The second source of energy is blood. The carbohydrates you eat, as well as those formed in the liver, enter the muscles along with the blood. In addition, fatty acids produced by the body through lipolysis also come with the blood.
Lipolysis (fat breakdown)
Fat is stored in small globules called liposomes in the form of fatty acids. In order to empty these globules, you must induce a process called lipolysis. A low-calorie diet will have two different effects:
1) Will cause lipolysis, as a result of which fat enters the blood.
2) Will stimulate fat oxidation. Fat in the blood will be transferred to muscle, which will oxidize—or burn—fat molecules as an energy source.
If it were possible to induce lipolysis in certain parts of the body, then spot reduction would be possible. Lipolysis can be caused only by two hormones produced by the body - norepinephrine and adrenaline.
(You may have heard that other hormones, for example, growth hormone, can also cause lipolysis. But they do not have a direct, but an indirect effect. For example, growth hormone causes lipolysis by increasing the amount of norepinephrine or adrenaline. Thus, if the body does not produces norepinephrine or adrenaline, fat loss is impossible for a healthy person, regardless of how much growth hormone his body produces.)
Norepinephrine and adrenaline bind to adrenergic receptors, of which there are two types:
1) Alpha adrenergic receptors. Although there are many different subtypes of alpha-adrenergic receptors, the most important ones in relation to fat cells are alpha 2a-adrenergic receptors.
2) Beta-adrenergic receptors. The following subtypes are related to fat cells: beta-1, beta-2, beta-3 and beta-4 (1), the existence of the latter is only hypothesized. They are commonly called beta receptors.
As hormones, adrenaline and norepinephrine circulate in the blood, reaching various organs. They bind to a particular organ only if they contain alpha or beta receptors. Norepinephrine and epinephrine bind to liposomes because their surface contains both alpha and beta receptors. When one of these hormones binds to beta receptors on the surface of the liposome, it causes lipolysis. This releases fatty acids into the blood. (1) As a result, the volume of the liposome decreases.
And this is exactly what you are trying to achieve. Unfortunately, liposomes also contain alpha receptors on the surface, and when epinephrine and norepinephrine bind to alpha receptors, the lipolysis process is inhibited and the liposomes remain the same size. The same hormones can both stimulate lipolysis (by binding to beta receptors) and inhibit lipolysis (by binding to alpha receptors). So there is a bit of a tug of war between these two types of receptors. If the surface of the liposome contains more beta receptors than alpha receptors, then epinephrine and norepinephrine will reduce the volume of fat cells. But these hormones will not affect the size of liposomes containing more alpha receptors. Therefore, if you follow a diet, norepinephrine and adrenaline have the maximum effect.
Distribution of alpha and beta receptors
It is clear that you are getting rid of fat in the area where the liposomes are coated predominantly with beta receptors and have a small amount of alpha receptors. In these areas, fat is easily removed as hormones stimulate the liposomes to burn fat and shrink in size. On the other hand, the areas where fat accumulation is greatest—and where it is most difficult to get rid of—contain primarily alpha receptors and little beta receptor content. If you cannot change the distribution of adrenergic receptors, you will not get positive results in spot reduction.
Yohimbine and ephedra. This can be done using herbal preparations. For example, yohimbine partially blocks alpha receptors, thereby reducing the fat-suppressing effects of adrenaline and norepinephrine. It helps a little, which is why yohimbine is a fairly popular dietary supplement.
Another plant called ephedra increases the release of norepinephrine. When taken together with yohimbine, ephedra enhances beta receptor activation without affecting alpha receptors. As a result, lipolysis increases in those places where it is easiest to get rid of fat. In areas where fat is very difficult to burn, fat loss will also increase slightly. This is still better than nothing, but this is not the secret of spot reduction.
Diet and aerobic exercise will also help a little. This combination increases the number of beta receptors and reduces the number of alpha receptors. (2, 3, 4) Since many are already on a diet and doing aerobics, this is not the answer.
Stimulating the release of norepinephrine and epinephrine
If spot reduction is possible, its mechanism most likely involves the delivery of more norepinephrine or epinephrine to the area. If it were possible to increase the concentration of these hormones within a specific area of fat, while blocking alpha receptors, it would be possible to induce significant fat loss in the desired area. This is the idea behind the creation of weight loss creams. High-level bodybuilders and fitness competitors are known to inject clenbuterol (to stimulate beta receptors) and yohimbine (to block alpha receptors) into the fat accumulation they want to get rid of.
Is it possible to induce a similar process naturally? The answer is yes, but not enough to cause significant local fat loss. Norepinephrine and adrenaline enter the bloodstream in two different ways. First of all, hormones are released directly from the glands that produce them - the adrenal glands. Training any muscle group promotes the flow of a large amount of blood into this area, and along with the blood, adrenaline and norepinephrine enter there.
Both of these hormones are found in nerves as neurotransmitters. Muscle contraction increases neuronal activity, causing adrenaline and norepinephrine to leak into the area. (Epinephrine and norepinephrine, found in nerves, are not called hormones, but rather neurotransmitters. When they are found in the blood, they are no longer neurotransmitters, but hormones. Thus, when neurotransmitters leave nerves, they become hormones.)
It is theoretically possible to create a local concentration of norepinephrine and adrenaline through training, but you will still not be able to cause significant lipolysis, since the hormones will find predominantly alpha receptors. However, you can significantly increase lipolysis by taking yohimbine capsules on an empty stomach an hour before training. Even when taking yohimbine, you shouldn't expect magical results. This is just an aid.
Why is it so difficult to lose weight in the area where we would like to?
If you want to have defined abdominal muscles or reduce the size of your thighs, then there is not much fat there that you need to get rid of. Most men have no more than 400-500g of fat in the abdominal area. It is not difficult to get rid of this amount of fat. A few days - at most a few weeks - of a low-calorie diet is enough. But if, by following a diet, you get rid of this amount of fat and look at yourself in the mirror, then you will see that the abdominal muscles have not become more prominent than before. In fact, there are also cases where the amount of fat in the abdominal area even increases as a result of dieting.
In this case, some fat loss has occurred - in different areas of the body other than the one where you would like to lose weight. If this trend could be reversed, it would be much easier to stick to a diet. Moreover, the diet would be very short. Usually, when people want to get rid of fat in the abdominal area, it does not matter to them that their calves become overly prominent.
This is more difficult for women because they tend to have more fat and it is spread over a wider area - usually the entire lower half of the body or, at best, the upper half of the body. On the other hand, women have less fat in their upper body than men, and their abdominal muscles tend to be visible. If they are not visible, then a low-calorie diet will quickly help, unless the amount of fat is excessive, and also if they do not suffer from hormonal imbalances. Many fitness competition competitors have some fat in their upper thighs, but they all have excellent abdominal muscles.
As already mentioned, the predisposition to store fat in certain areas is different for men and women and is determined by the distribution of alpha and beta adrenergic receptors. No matter how intensely you train your abdominal or thigh muscles, you will not be able to significantly change the situation. Training a specific muscle group will not result in unprecedented fat loss in that area. Instead, the target muscle will use fatty acids in the blood as an energy source, coming from fat deposits where beta receptors are dominant. I don't want to discourage women looking to lose lower body fat, but when you cut your calorie intake to almost zero and work your butt muscles like a man possessed, all you're doing is burning fatty acids coming from your upper body. , mainly from the mammary glands.
You may find it strange that fatty acids have to travel such a long way before they are oxidized, especially when there is so much fat that can be used as energy close to the working muscle. However, if the target muscles could only use nearby fat for energy, women's leg muscles would be starved of energy because the fatty acids contained in this area are very difficult to mobilize. While on a diet, women would not be able to walk much.
Body fat is like bank accounts
If it is impossible to induce lipolysis in certain places, then how can point reduction be achieved? The answer is that increasing lipolysis is not the only way to reduce body fat.
Body fat is like bank accounts. Your bank account increases as your income increases and your expenses decrease. The same thing happens with body fat. Their volume is determined by the amount of fatty acids received and consumed. Although it is quite difficult to increase the outflow of fatty acids from problem areas due to the unfavorable distribution of receptors, the factor in the entry of fatty acids into fat deposits is a completely different matter.
There is a constant basal release of fatty acids from fat deposits (5), and some experts argue that “the triglycerides contained in fat cells are replaced approximately every two to three weeks” (6).
If you follow a maintenance diet, the amount of fatty acids entering the cells will be equal to the amount of fatty acids leaving the cells. You won't see this in the mirror; it's just the release of fatty acids, allowing the body to replace old fatty acids with new ones (6).
Now imagine that you could block this basal replacement process if you could force old fatty acids out of cells, but prevent new fatty acids from entering. If applied to a bank account, it would look like this: You continue to spend money, but you stop putting it into the bank account. Gradually your score will decrease to zero, which will greatly upset you. As for adipose tissue, reducing the size of fat cells until they completely disappear should make you very happy.
If it were possible to deliberately block the flow of fatty acids into storage, wouldn't it be possible to achieve a targeted reduction over time? Of course, the ultimate goal is to block the flow of fatty acids throughout the body. It's not impossible, but it requires so much work that it will interfere with the muscle building process due to overtraining. The solution to this problem can be to concentrate on only one problem area at a time.
The role of blood flow
The main factor determining the location of fat deposits is sex hormones (7). High levels of female hormones promote fat deposition in the lower body by increasing the number of alpha receptors and decreasing the influence of beta receptors in these areas. Male hormones cause the accumulation of fat in the waist area, acting in a similar way on the receptors of the abdominal muscles.
Fortunately, there is another important factor that acts in parallel with sex hormones. Look at the people working out in the gym. As a rule, unless a person is very fat, there is no excessive accumulation of fat in the forearms. The same goes for calves. Significant fat deposits in the lower legs are uncommon - only in cases of very poor blood circulation in this area.
The calves and forearms have the lowest fat content. Additionally, these two muscle groups do the most work during the day. Stimulation of these muscles is almost constant, which causes a long-lasting blood flow. On the other hand, if a person has very poor blood circulation in the lower body, including the calves, then he will have an excessive amount of fat in the lower body, incl. in the calf area, regardless of how he eats. This happens more often to women.
There is a close relationship between the volume of blood flowing to a particular muscle group and the amount of fat contained in it. The more blood flow, the less fat accumulation, and vice versa. However, more blood flow will not reduce the amount of fat. The overall fat percentage remains the same. However, blood flow controls the location of fat deposits. How? It determines where to place new fatty acids.
The role of esterification and re-esterification
If you can consistently increase blood flow to the area of fat deposits located above the target muscles - say, the abdominal muscles in men - then you will definitely reduce the amount of subcutaneous fat. As mentioned, this will not affect your overall body fat percentage, but it will reduce the accumulation of fat in your abdominal area. Increased blood flow reduces the likelihood of esterification - i.e. the likelihood that new fatty acids produced by basal turnover (discussed earlier) will enter fat cells (8). Thus, if it were possible to increase blood flow to a specific area of fat accumulation over a long period of time, you would reduce its recovery by reducing the natural replacement of fatty acids in that area.
Note that the main idea here is not just to increase blood flow, but to constantly keep it increased. Many people train the muscle group they want to reduce fat in very intensely for a long time, 3-5 times a week. Some even every day. This is a powerful way to increase blood flow to certain areas. It is good, but only for a short period of time, which is the main reason why many fail to produce significant spot reduction. Instead of working very intensively for 1-2 hours on the muscle group in which you would like to reduce the amount of fat, it would be better if you worked at least 3 times a day in 10-minute bursts. Not only would you save time, but your work would be much more efficient. Champion bodybuilders have long understood this and train their abdominal muscles several times a day. The higher the frequency, the better.
As already mentioned, some people when dieting tend to accumulate fat in areas where it is difficult to get rid of it. This is mainly due to unfavorable re-esterification of fatty acids. When you follow a diet, more fatty acids are released into the body than it can oxidize. This means excess fatty acids are returned to fat tissue. You might think that they will return to the places from which they were taken, but this is not the case at all. Instead, they are re-esterified, especially in places where blood flow is most difficult - in the muscle groups with the highest fat content. As a result, the thinnest parts of the body lose weight even more, and fat accumulates in the most “problem” areas.
Spot reduction training
Practice often and time will do the rest. The goal is increased blood flow and spot reduction, not muscle gain. Train every day and as often as possible. Men looking to reduce abdominal fat should do at least three short abdominal workouts per day - 10 minutes each. Perform one of them in the morning immediately after getting up, the second before lunch, and the last before going to bed. This is the minimum. Add two more abdominal workouts to your training days: one as a pre-workout warm-up, the other as a post-workout cool-down.
It's more difficult with women. Not only because they tend to have more fat than men, but also because they need to gain some muscle mass, especially in the butt area, to make the muscles firmer. If you are a woman, then you should adapt the training scheme suggested above - one workout for the lower body in the morning, another at noon and a third in the evening. In addition to this, you should train your lower body more frequently during your regular workout routine. Use two types of workouts: one to increase blood circulation in the lower body, the other to both increase circulation and build muscle mass.
Many women with round bellies mistake the myth of local fat burning for reality, believing that you can get rid of your belly by doing a lot of abdominal exercises. In this article we will tell you why this is not possible.
Many representatives of the fair sex believe that it is much easier to lose weight in one part of the body than in the whole body, so they begin to torture themselves various exercises. Abdominal pumping, numerous approaches, leg swings - this is all familiar to dear readers, isn’t it? But that was not the case. Losing weight in any one part of the body is simply unrealistic. Why? In fact, the answer is very simple - physiology.
The body is like a large warehouse of fat reserves
Nature designed our body as a large storehouse of fat deposits. We need fat to keep warm and survive in extreme environmental conditions. Fat in our body is stored in special cells - liposomes, consisting of triglyceride. Adrenaline and norepinephrine - hormones that are secreted by our cells, break down this mass into glycerol. During the breakdown, fatty acids are also formed. The process of breakdown is familiar to us from biology and genetics lessons - it is called lipolysis.
During lipolysis, substances travel through circulatory system, are transmitted to the benefit of the entire body system. If the substances are not used, they return to their original state and turn into fat. Blood washes our entire body, and not just some part of the body, which is why it is impossible to make your abs lose weight, just as it is impossible to influence hormones and give them the command to break down belly fat. The hormones adrenaline and norepinephrine act on the receptors of our tissues and trigger the necessary chemical processes.
It is important to understand that there are places in our body where it is most convenient to store fat deposits. They are different for men and women. For women, these are the tummy, thighs, buttocks and breasts. Now it is clear why these places lose weight more slowly - the largest reserves of fat accumulate in them, and lipolysis in these places proceeds much more slowly. Now, if there were more receptors in the tummy that interact with hormones, then we could quickly and easily lose weight in places that seem to us to be the richest in fat deposits.
How to stimulate the release of hormones that break down fat?
Now that it has become clear why targeted fat reduction is impossible, it’s time to start looking for an answer to the next question - how to force the body to produce hormones that will help activate the necessary receptors and block receptors that suppress the breakdown of fat deposits. Yes, there are such hormones in our body. This is the same norepinephrine. If you take special supplements, you can improve fat burning, which in turn will help you quickly lose weight.
Another good way enhance fat burning - start doing pumping training and running. Running is the load that helps increase the required number of receptors. According to statistics, “pumping” improves fat burning several times. If you look at the research, you can see that out of 10 people who started doing this training, 9 were able to lose weight by increasing the number of necessary receptors. Do not confuse the effect of pumping with targeted fat reduction. Reduction is impossible, but you can clog the muscles and increase the amount of norepinephrine in these places.
Such procedures should be carried out very carefully and in the following sequence:
Combine workouts and cardio exercises;
use yohimbine and other substances to improve fat burning;
take substances that block female sex hormones that affect fat formation. To do this, it is necessary to introduce hormones to increase the “stiffness” of the muscles.
Every person interested in losing weight should understand how fat burning differs from fat burning. These two terms mean completely different things, where fat breakdown is lipolysis with the formation of glycerol and fatty acids. To achieve a high-quality result, you need good diet, which will help not accumulate calories, but convert them into energy.
Lipolysis and aerobics
Like pumping, lipolysis is promoted by cardio exercise. By this we mean aerobics with the help of fresh air. Aerobics is faithful assistant in fat breakdown, because when running, stress hormones are produced that convert fat storage into glycerol and acids already familiar to us. If a person wants to preserve muscle mass, then it is best to choose active walking. This aerobic exercise will extract essential fatty acids and glycogen from fat.
We must not forget that it is very important to consume special substances, otherwise desired result there won't be. These substances include yohimbine, which blocks receptors, ephedrine, which increases the release of norepinephrine, clenbuterol, somatotropin, a number of thyroid hormones and dinitrophenol. If you do not play sports in your life, then it is best not to even look at thyroid hormones - they greatly change your metabolism. Fat, indeed, disappears before our eyes, but at the same time, hormones begin to erode muscles and block the production of real thyroids. We also do not recommend using dinitrophenol for weight loss, which simply burns the body and dehydrates it. All energy turns into heat. This is a very dangerous fat burner.
An ideal training consists of two parts – training with a proper diet and “pumping”. All famous bodybuilders in the world value their muscle mass Therefore, these rules are followed scrupulously. If it’s not so scary to lose muscle weight, then you can resort to training with many repetitions (30-40 times) and with a large number approaches. It is important to learn trisets that will help you hammer your muscles correctly. The main thing in such weight loss is the following: hammer the muscles so that they are filled with blood, which will increase the number of receptors. The ideal option would be to combine short workouts with long ones.
As a conclusion
So, in order to lose weight and lose weight correctly, you need to learn how to combine strength exercises and pumping - this will speed up the process of burning fat deposits. It is also very important to monitor your diet and daily food intake. Second important point- This fractional meals. You need to eat 13 times a day - this is ideal. Taking yohimbine will help block the receptors, and clenbuterol will activate the necessary hormones. It is also very important to reduce your carbohydrate intake and take healthy amino acids - they will help preserve muscles.
As a conclusion, we would like to remind you why targeted fat reduction is impossible - this is a legend that was invented by those who know very little how chemical processes occur in the body. It is important to study the structure and functioning of your body, understand how hormones work, which substances can block them, and which, on the contrary, accelerate their production.
I would also like to give some advice to girls who are very far from the life of bodybuilders, and to those who do not want to spend half their life in the gym. Make it a habit to run or walk briskly in the morning - this will help activate stress hormones in the body. Swimming in the pool is a good way to improve metabolism and blood circulation, relax the body and lose a few pounds. extra pounds from problem areas. Walking in the woods fresh air and jumping rope - great way speed up your metabolism and make your body beautiful.
Aerobic exercise in the gym with dumbbells will help pump up the muscles in your arms, make beautiful legs, tighten your buttocks and turn your skin into smooth silk. Aerobic exercise mobilizes the body's strength, restores chemical balance, makes the body fit and slender, and improves blood circulation in those areas where there are especially many receptors. In addition, you should not forget about bad habits. Getting rid of them is a sure step towards losing weight and burning fat.
No pills or exercises will help you lose weight from problem areas without proper diet. Diet is the key to success and fast weight loss. Yes, exactly the fast one - if you follow it correctly and turn the diet into a lifestyle, you won’t have to torture yourself with hunger. And of course, we must not forget to take amino acids (especially in fish), vitamins, substances that stimulate fat burning and nourish muscles. This is the only way to get rid of ugly belly by summer already.
We have all heard that targeted reduction of fat deposits or local fat burning is impossible.
Moreover, there are many scientific research, which confirm this fact. Sometimes, however, you can read information that clearly suggests that spot burning is possible. A reader who has read scientific publications about how this doesn't work will probably just laugh. It is worth noting that the issue needs to be understood more deeply in order to fully understand the nature of what is happening.
The editors of the portal site initially provide mandatory reading information that will give a more complete idea of who this plan is suitable for. So, as you begin to read further, it is worth remembering that:
This plan is not for those who need to lose a ton of body fat, but for those who have already achieved weight loss success and are now struggling with the last traces of stubborn fat deposits.
By redirecting blood flow to a fatty area and then contracting the muscles adjacent to that area, you can induce "spot lipolysis."
The right training strategy can prime the body to burn calories in localized fat storage areas.
Spot reduction of fat deposits is impossible. You can't get rid of fat predominantly in a specific area just by training that area. This is what everyone personal trainer or the coach who earns his living knows.
By and large, there is only one problem: it is simply not true. You can increase fat loss in a specific area. This is a fact. Moreover, this has been noticed by successful bodybuilders, and recent studies also confirm this. note that It’s not about burning fat in just one area, but rather intensifying its burning several times(against the general background of weight loss) in a certain area.
Anecdotal evidence
Many legendary bodybuilders believed in localized fat burning. For example, they did hundreds, even thousands, of reps not only to build abs, but also to "cut off the fat" from the area before the competition.
Since then, "smart people" have said that it was simply the result of a pre-diet and increased amount of cardio exercise, which stimulates the loss of fat, some of which is located in the abdominal area.
Of course, this is just speculation, but perhaps these famous bodybuilders - who included Arnold, Columbo, Zane and Corey Everson - were unconsciously using methods that science simply had not yet had time to test and prove. As is often the case, one athlete often uses things that people in scrubs can only prove later.
Chris Shugart and his colleagues from T-Nation write that they were able to experience local fat burning on yourself. The point is that Christian Thibaudeau worked out for three years, squatting daily in large quantities repetitions. At the same time, the athlete had fairly dry legs (six percent fat) and an upper body with excess fat (20%). Initially, the athlete was unable to put two and two together, but later he came to the conclusion that this was dictated by the fact that Christian Thibaudeau squatted a lot and intensively every day.
It can be assumed that squats increased the vascularity of this area. You need to know that the greater the blood flow to a certain area, the more actively fat can be mobilized from this area. Naturally, for this you also need to maintain a certain calorie deficit, because fat loss occurs only when there is a shortage of incoming energy, or when you spend more than you take in.
Christian says that he was able to experience approximately the same thing himself when preparing for the show. The athlete alternated a ten-minute cardio session with abdominal pumping. Further, the athlete noticed that the press was becoming more and more prominent day by day. In addition, Christian notes that this method is more effective than naked cardio.
What does science say?
Training is fun, science is usually boring, but let's get through it to gain complete confidence in how it all really works.
Blood flow is critical for fat extraction. Poor blood flow to certain areas of the body - obliques and lower press, for example, equals poor fat loss from these areas. The researchers note: "There is evidence that blood flow in adipose tissue is not increased enough to ensure that all the fatty acids are delivered into the systemic circulation. "Fortunately, we can manipulate this using training."
Calorie balance matters, of course, but research supports the old school bodybuilder view. Burning calories is part of the equation, but calories come from different sources. Would you rather that the calories you burn during metabolic training came from the area around your belly button or came from glycogen and triglycerides in your muscles?
By increasing blood flow, more fat can be extracted from problem areas. With a method like microdialysis, you can see this happen. Microdialysis involves attaching super tiny tubes to problem areas, such as the lower stomach, and measuring fat breakdown products - glycerol and fatty acids - in the interstitial fluid. Increased blood flow to the area increases local fat loss.
Blood flow and lipolysis tend to be higher in the subcutaneous adipose tissue adjacent to the contracting muscle (Stallknecht, 2007). Exercise may cause local lipolysis and increased blood flow in the adipose tissue adjacent to the contractions. skeletal muscles. This means that if you train your abs correctly and at the right time, belly fat will decrease. outside the press will mostly be on fire.
Other researchers note that there are well-documented regional differences in lipolysis: " Subcutaneous fat abdomen has an intermediate velocity, and the gluteal-femoral deposits have a relatively sluggish turnover."
When training in the morning on an empty stomach, you can drink a serving of fat burner or carnitine, as well as amino acids, to speed up fat loss and prevent possible loss muscle tissue.
If fat loss is your main goal, you can take one or two fat burner capsules 30 minutes before your workout to speed up fat loss and provide extra energy (many fat burners also contain energy ingredients).
Women tend to have poor blood supply to the lower body and therefore tend to store more fat there. Moving the platform is the best option for this zone. Increase the exercise time to at least 90 seconds, and then up to 3 minutes.
The buttocks are another area of the body that is resistant to fat loss due to less blood flow, especially in women. To target fat loss from your sides, replace abdominal work by adding dumbbell squats or thrusters to your program. You can also do gluteal bridge with weights. To do this, place a dumbbell or weight plate at the symphysis pubis and perform one set of fast reps and one set of slow reps.
The more compact upper part body, the drier you will look. If your body accumulates fat in the shoulder and arm areas, use cable work to prevent your body from storing excess fat in the upper body.
Find yours problem area and destroy fat
This is not advice for those who are too big overweight, but for the average healthy person or bodybuilding competition competitor who wants to mobilize acute fat loss in hard-to-reach areas. It also needs to be said that diet plays a role important role too, but our readers have probably already read this information many times on the pages of our portal.
It's no secret that reducing your body fat percentage is one of the main incentives for fitness...
Despite the huge number of theoretical and practical developments on this issue, solving it in practice is far from simple...
Therefore, the search for the “Miracle Formula” continues...
Summarizing the experience accumulated to date on this problem, two main strategies can be distinguished to combat excess fat reserves:
1. Reduce the calorie content of food to an individually optimal level, at which additional fats are not deposited.
2. Increase in additional energy consumption during the day by at least 500 kcal due to increased motor activity. According to physiologists, in this case the mechanisms of self-regulation of fat content in the body are activated, and their weight returns to normal, regardless of daily calorie content food.
If everything is more or less clear with the first strategy, then the second requires a more detailed consideration.
In turn, the second strategy has several most popular ways of implementation:
1. Activation of the oxidative mechanism of energy supply to motor activity, during which free fatty acids obtained as a result of mobilization of fat depots are used as oxidation substrates.
This is achieved through cyclic aerobic work, with a power not exceeding the anaerobic threshold, that is, largely due to the functioning of oxidative muscle fibers.
2. Increasing the density and volume of muscle tissue, as the main consumer of energy in the human body.
This process occurs when synthesis accelerates and at the same rate of protein breakdown. This effect is ensured by well-planned strength training.
Most often in modern fitness mixed technologies are used to implement physical activity. And they are not always accompanied by success.
Therefore, coaching thought does not stand still and, by studying the laws of the mechanism of synthesis and burning of fat, we can offer another path to the cherished goal.
3. Increased catabolism processes in all tissues.
Such processes lead to weight loss and renewal of organelles.
From the theory of fat burning:
Biochemistry and physiology: ...adipocytes (adipose tissue cells) are innervated by sympathetic trunks. At muscle activity the sympathoadrenal system (SAS), which triggers lipolysis processes in fat depots, is activated to the maximum extent when performing speed-strength exercises. During aerobic work, significant activation of the SAS occurs only at a load above the anaerobic threshold, that is, at a load above 70% of the MOC, when the energy supply is almost completely switched to carbohydrates. At muscle work low intensity, intracellular reserves of energy substrates are first used and only then “systemic resources”. Aerobic training increases muscle lipoprotein lipase (LPL) activity, but not fat depot LPL. Among the neurotransmitters, the most active against LPL fat depots is norepinephrine, paracrine secreted by the SAS. For long periods physical activity The secretion of glucocorticoids, hormones that increase gluconeogenesis in the liver, and also enhance the catabolism of fats in the depot, increases. Hormones that activate the mobilization of lipids from adipose tissue include adrenaline, norepinephrine, adrenal steroids, and pituitary hormones. Consequently, mental stress, which causes the release of pituitary hormones into the blood, and then the adrenal medulla adrenaline and norepinephrine, is the main reason for the activation of fat metabolism. Adrenal medulla hormones interact with the enzyme adenylate cyclase, located on the membrane of many cells. This leads to the formation of cAMP in the cell, followed by activation of the processes of RNA synthesis and lipolysis. Lipolysis is significantly intensified when performed physical exercise. Apparently, the release of norepinephrine from the nerve endings of the sympathetic nervous system leads to additional stimulation of biochemical processes, greater formation of cAMP in adipocytes. The rate of cAMP formation increases significantly when the cell is acidified and there is a lack of power in the metabolic pathways that provide ATP resynthesis. Thus, physical exercises performed with great mental stress and until obvious local muscle fatigue (acidification) should be most effective in intensifying the release of fatty acids from fat depots above active muscles. The relationship between the processes of fat breakdown and synthesis is organized in such a way that lipolysis inhibits lipogenesis and the cell becomes insensitive to insulin. In other words, when there are equal opportunities for the development of processes of lipid breakdown and their synthesis, then splitting processes take place inside the adipocyte. At increased tone SAS cannot increase the mass of fat depots.
Let's try to develop an activity that will hypothetically have the maximum catabolic effect.
Based on the presented patterns of lipid metabolism, we can distinguish 6 basic principles for building fat-burning training:
1. High degree of activation of the sympathoadrenal system.
This principle is observed during exercises:
In which there is high speed and the strength of muscle contraction;
At the end forceful approaches in which local muscle fatigue occurs;
Accompanied by high oxygen consumption;
Debilitating character;
Performed against the background of carbohydrate starvation.
2. High degree of activation of the glucocorticoid system.
This principle is observed when training lasts more than 60 minutes. And also with severe stress on the body.
3. High total energy consumption.
High energy consumption can be provided by exercises in which high oxygen consumption is maintained for a long time.
4. Power mode work in combination with high oxygen consumption.
This principle will ensure deep depletion of carbohydrate reserves.
5. Intense damage to the cytoskeleton of muscle fibers.
Damage to the cytoskeleton of muscles, their connective tissue membranes and the contractile apparatus of muscles is achieved in the presence of a high proportion and intensity of inferior muscle work (high tempo, sharp acceleration and stopping of body parts, plyometrics, etc.); including “developmental” stretching of tired muscles, using the maximum degree of tension.
The chemical factor that damages membranes and organelles is a decrease in intramuscular pH, the accumulation of hydrogen ions and free radicals.
6. Highly stressful activity.
The combined action of intense proprioceptive impulses, intense pain, high emotional background, impaired coordination of movements as a result of high intensity and hypoglycemia leads to highly stressful activities.
Implementation of the principles
All these principles correspond to the so-called “glycolytic” training, often used in sports. highest achievements. The classic version of such glycolytic training is to perform 3-4 load intervals lasting 40-90 seconds with near-maximal intensity and constantly decreasing rest intervals from 4 minutes to 30 seconds.
To fully comply with all the principles, this training must have several more characteristics:
The lower limit of the intensity zone is the anaerobic threshold; there is no clear upper limit;
A significant percentage of muscle groups are involved;
Cyclical nature of work;
The use of exercises and locomotion from the so-called functional training;
The need to connect synergistic muscles to maintain work power;
Increased body temperature, breathing rate and sweating intensity;
Average energy expenditure in this intensity zone is 8-12 kcal/kg/hour;
Rest between series of intervals is 5-7 minutes and is filled with “developmental” stretching of tired muscle groups;
The total training duration is 75-120 minutes.
After completing such an exercise, you can most likely expect the following effects to occur:
1. Damage to the cytoskeleton of muscle fibers and their organelles leads to the following chain of events:
Swelling of muscle tissue occurs, felt as post-workout muscle pain;
Muscle pain increases the tone of the SAS, reduces the depth of relaxation and sleep, and this, as a consequence, increases the level of energy consumption during the rest period;
They also worsen the well-being and appetite of the trainees, which reduces the flow of energy on training days;
Intense muscle destruction activates synthetic processes, which are very energy-intensive and use endogenous fats as an energy source;
Restoration of glycogen reserves mainly also occurs due to endogenous fats;
All these factors ensure prolongation of lipolysis during the rest period with an individually balanced diet.
2. Muscle contractions with near-maximal intensity, duration 40 – 90 seconds. They allow all types of muscle fibers to be involved in work and achieve maximum values of lactate concentration in the blood and minimum pH. The exercise is performed “to failure”, that is, it causes the depletion of creatine phosphate reserves and the formation of a high concentration of free creatine, and also helps to increase the concentration of anabolic hormones in the blood. With an adequate supply of amino acids, we can talk about adaptive hypertrophy of fast and slow muscle fibers and an increase in their strength indicators.
3. Due to the activity of all myocardiocytes during each systole, the heart muscle is always at the limit of functionality, that is, the ratio of myofibrils to mitochondria is limiting. Working with near-maximal intensity at the level of maximum maximal capacity and high heart rate provokes the following phenomena: after interval training, which gives an increase in myofibrils in myocardiocytes, new myofibrils are “overgrown” with new mitochondria, and the detraining processes are very slow. That is, there is an improvement in the pumping function of the heart, namely moderate myocardial hypertrophy or dilatation of the left ventricle. The main means of preventing atherosclerosis is the normalization of plastic processes and metabolism, mainly lipid metabolism. Metabolism can be activated by enhancing the functioning of the arteries, for example, when performing physical exercises, which cause an increase in the concentration of hormones in the blood of adrenaline, norepinephrine, growth hormone and testosterone.
Let's summarize:
As we can see, using glycolytic training creates optimal conditions for fat burning. And, in addition, it causes positive adaptive changes in other organs and tissues.
The trainer’s task is to ensure that the main idea of the method is translated into a specific training model. Select funds physical education and organize it yourself training process so as to create conditions for compliance with all the principles of fat-burning training.
But, I would like to note that the poison differs from the antidote only in the dose...
Therefore, despite the shown high efficiency this method training, the field of its application is quite narrow.
Severe stress on the hormonal system, musculoskeletal system, psyche and deep depletion of carbohydrate reserves can reduce a person’s performance for a fairly long period.
The glycolytic training method requires the practitioner to have no health restrictions and a high degree of readiness for stress.
Age restrictions are up to 55 years if the person is an athlete and the training experience has not been interrupted, and up to 35 years if the person has not previously been involved in sports.
Considering the recovery time of contractile proteins, such training is recommended to be carried out no more than 2 times a week. The diet and the duration of the rest interval between workouts depend on the state of the recovery processes, the work and rest regime of the student, the availability of certain food products and, of course, other means of physical influence used in the microcycle.
To prolong lipolysis during the rest period, it is necessary to ensure a reduced carbohydrate intake relative to the individual norm.
The use of this method requires a highly qualified trainer and constant functional monitoring of the basic parameters of the student, therefore the recommended form of training is personal training.
