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Leptin hormone is elevated: what does it mean, how to correct the situation with treatment? The hormone of fat cells leptin is elevated: what does it mean and is there any reason for concern Drugs containing leptin

The hormone leptin is produced by white fat cells. In another way, it is also called the satiety hormone, appetite control hormone, calorie burner hormone.

How does leptin work?

After a meal, fat tissue cells send leptin to a part of the brain called the hypothalamus, signaling that the body has had enough and replenished its fat reserves. In response, the brain sends a command to reduce appetite and increase energy expenditure. Thanks to this, a normal one occurs, an optimal glucose level is maintained for the production of vital energy.

What does it mean if the hormone leptin is elevated?

Many obese people have an impaired brain recognition system for the hormone leptin. This means that after a person has eaten, fat cells sent a message to the hypothalamus that hunger was satisfied. Leptin reaches the brain, but does not receive a response. The brain continues to "think" that the feeling of hunger is present and gives the command to continue filling in fat reserves - the appetite does not decrease, the feeling of hunger continues, and the person begins to overeat. Fat cells continue to produce leptin in order to "reach out" to the brain. As a result, the level of leptin in the blood increases.

When does leptin increase?

Scientific studies have shown that leptin levels can be elevated in such cases:

  • during menstruation;
  • during pregnancy;
  • during menopause;
  • with polycystic ovary syndrome (PCOS);
  • after artificial insemination;
  • during puberty in girls.

What threatens the increased hormone leptin in the blood?

Calories enter the body, calories are expended by the body - this is if it is very simplified. If you really want to curb desire and control your cravings, you need to increase your leptin levels in your body. Leptin is a hormone that tells your body that it has already had enough. If your leptin levels are too low, you can eat and eat and eat and still be hungry. With the help of such components as diet and proper lifestyle, it is possible to raise the level of leptin in your body (provided that it functions correctly). See Step 1 below to get started.

Steps

Part 1

Proper food intake

    Limit your fructose intake. In scientific terms, fructose suppresses your leptin receptors. . There are no alternatives. You may have enough leptin in your body, but if your body is not able to recognize and collect it, then it will not do you any good. Therefore, it is worth refusing to take fructose - high fructose corn syrup. Let the body take care of itself.

    • Processed foods are the main culprit here. Fructose is often used as the cheapest sugar substitute in sodas, cookies and other sugary snacks that clutter many kitchen cabinets. Therefore, the best way to avoid them is to make sure that whatever foods you eat, they should not be related to the packaging industry.
  1. Say no to simple carbohydrates. It's time to get used to this idea, isn't it? The fact is that simple carbohydrates (refined, sugary, and generally white) reduce the level of insulin in the body. This in turn leads to counteracting and imbalance in the production of leptin. Therefore, the use of white bread, white rice and all those delicious pastries that beckons you should be completely excluded.

    • If carbohydrates are present in your diet, then they should be of good quality: whole oats, quinoa, and whole pasta. The darker the color, the better - this means that they did not bleach during processing and did not lose nutrients.
  2. Avoid severe calorie restriction. Some people may advise you to almost completely stop eating carbohydrates. You can do this, but you must be sure that your body does not decide that you are starving. If your body does not receive enough nutrients, it will stop working and hormonal failure will occur. To complete such a diet, you will need tremendous willpower, as you will have a strong sense of hunger. This is not a very good system for success.

    • Of course, weight loss has a positive effect on leptin production. When you are at a healthy weight, your hormone levels will return to normal (under normal circumstances, of course). If you are overweight or obese, then it would be good to follow a diet. At the same time, the diet should be healthy and balanced. And you should be able to stick to such a diet for a long time.
  3. If you follow a carbohydrate-free diet, then give your body boot days. If you decide to follow diets such as the Atkins diet, the raw diet, or the paleo diet, have boot days. Your body needs carbs to fuel, rebuild, and kick-start your metabolism. During the loading day, your goal is to eat 100-150% more carbohydrate-containing foods than usual. After that, you should continue to follow the diet.

    • It's also good for motivation. It is very difficult to stop eating pizza for the rest of your life. But when you know you can eat it on Saturday, it's easier to skip it on Wednesday. That is why some people call such a day "fraudulent".
  4. Don't use the yo-yo diet. Seriously. Don't use it. It will lead to both a metabolic failure and a hormonal failure in your body. It won't go unnoticed for you. As a result, you will not only return to your weight again, but even add. Therefore, you need to choose a healthy and sustainable diet. Many researchers come to the conclusion that the diet should not force you or break in something. Your body cannot afford to starve first, and then suddenly absorb a large amount of harmful foods. The body will not be able to work with such differences.

    • While you are on this diet, do not break it. This will help you lose weight (at least initially, of course). But such a diet will not help normalize leptin levels. First you get rid of toxins. But when you stop using only lemonade and spicy sauces, you will pay for it.

Part 3

Right lifestyle
  1. Relieve stress. When we are anxious and stressed, our body increases the production of cortisol, which, in turn, upsets the hormonal balance, including the balance of leptin. If you've heard of stress-eating, you'll understand the connection. Therefore, if you do not remember how to relax, you need to learn how to do it. It depends on your leptin levels.

    • If this is still not a mandatory routine during the day, then try yoga or meditation. Both options lead to relaxation. Therefore, you will improve sleep and lower cortisol levels. Don't dismiss these relaxation options until you've tried them!
  2. Sleep well. This will go straight to the point, as sleep regulates leptin and ghrelin levels (ghrelin is the hormone that tells your body that it's hungry). When you don't get enough sleep, your body starts producing ghrelin and stops producing leptin. Therefore, go to bed on time so that your daily sleep lasts about 8 hours.

    • To make this easier, stop using electronics a few hours before bedtime. Light tells our brains to stay awake. Thus we feel anxiety. Turn off the lights early so your brain will know it's time for bed.
  3. Don't overstress. Madness. Never thought you'd hear this? There is such a thing as heart failure when it comes to leptin. Too much stress on the cardiovascular system (endurance, longevity) leads to increased cortisol levels, increased oxidative damage, systemic damage, immune system suppression, and slow metabolism. There is nothing good in this. Therefore, you can consider this as an excuse when you once miss a trip to the gym. If there is too much in useful things, then it can end badly.

    • It is worth noting that moderate exercise is useful for strengthening the cardiovascular system. High-intensity interval training, or interval training in general, is very beneficial for your body. Our ancestors didn't have to run for hours without stopping, and neither do we. If you are looking for a place to work out, then go in for sports and have fun. You don't need to stress about it.
  4. …But be sure to do at least some exercise. On the other hand, a sedentary lifestyle is leading. It's also not good for you. So when you get to the gym, stick to interval training (for example, you can run for about a minute and then walk for about a minute. In this case, the exercise can be repeated about 10 times) and some pull-ups. Do you want to be viable and relatively healthy, and not skinny couch potatoes?

    • Make it natural for you to be active. Instead of forcing yourself to go to the gym, you can go hiking, go to the pool, or play basketball with your friends. After all, the exercises do not have to be performed in the form of "exercises"? In any case, it is not necessary to perceive it that way!
  5. Consider drugs. There are currently two drugs on the market that can affect leptin levels. This is Simlin and Byeta.

Some people manage to lose weight quickly. It is enough for them to exercise regularly to successfully lose 2-3 kg per week. Others, on the contrary, are unlucky. Whatever they do: they sit on strict diets, starve, spend half a day in the gym, but the weight never goes away. What is the reason why this is happening?

The lack of effect in losing weight can be caused by an excess of leptin, the satiety hormone (a type of adipokines). With its normal content, it suppresses excessive appetite and helps to reduce fat mass. But if the level of the hormone is elevated, then it is difficult for a person to lose weight, no diets can fix the situation. But its lack also negatively affects the process of losing weight. Therefore, it is very important that a person striving to lose weight be able to normalize the level of this representative of adipokines.

Hormone of hunger or satiety?

Leptin is produced by fat cells. It is responsible for the feeling of hunger. There are 2 options for its effect on the body:

  1. Constant hunger

The body becomes insensitive to the hormone. It ceases to give signals to the brain that the body is saturated, thus, a person constantly feels a feeling of hunger. He starts to eat a lot, gains weight, the number of cells of fat secretion increases even more, hunger increases, etc. It turns out a vicious circle. Also, constant hunger is observed if there is not enough leptin in the body.

  1. Constant satiety

In this case, the body reacts to leptin, its production increases, the person eats little, and begins to lose weight.

Leptin was discovered only in 1994. Until that time, scientists and nutritionists believed that fat cells are a shapeless passive mass. After this discovery, fat began to be treated differently.

For many people, the leptin system does not function properly. As a result, they find it difficult to lose weight.

Functions

Leptin signals satiety to the brain by acting on the hypothalamus (the part of the brain responsible for controlling appetite), it suppresses the feeling of hunger (anorexigenic effect). Informs that there is already enough fat in the body, so you can stop eating, you should start burning calories.

The hypothalamus, in turn, increases metabolism, as well as the feeling of satiety. A person begins to actively burn calories, thereby, he feels less hungry. This is how the correct scheme works.

But when a person eats incorrectly, the level of leptin so overwhelms the bloodstream, the hypothalamus, that the receptor responsible for receiving information begins to break down. As a result, the connection between the hormone and the hypothalamus is broken.

The hypothalamus is not able to process a large amount of information, but a person continues to eat a lot, he produces even more fat, cells of the endocrine glands. And those continue to enter the bloodstream and try to transmit their information to the hypothalamus. As a result, resistance (immunity) is observed. Moreover, this condition can be in both obese and thin people.

It is very difficult for such people to lose weight. Even if they go on a diet, they still want to eat. And since the hypothalamus does not hear the signal, it triggers the opposite reaction - weight gain.


Green coffee for weight loss green coffee 800 with leptin

Leptin performs the following functions in the body:

  • Helps to reduce appetite - provided it functions properly;
  • Increases energy consumption;
  • Participates in metabolism;
  • Increases the tone of the sympathetic nervous system;
  • Increases thermogenesis.

But it can also negatively affect the levels of other hormones. If it is necessary to restore the level of hormones of the adrenal glands, gonads, thyroid gland, then first it is necessary to restore the balance of this peptide adipokine.

Read more about hormones.

Before solving the issue of obesity, go on a diet, play sports, you need to check the body for sensitivity to leptin.

Indicators

Depending on the age and sex characteristics of the body, the average value of the saturation hormone in people varies:

  • in female patients (15-20 years old) it is 32 ng/ml;
  • in male patients of the same age category - 17 ng / ml.

After the age of 20, this level decreases significantly, which leads to a gradual increase in fat mass.

How to improve sensitivity?

If it is necessary to normalize the level of the hormone, then the endocrine system should be cured in order to restore the function of adequate saturation and normal metabolism. To do this, you need to properly make a diet:

  1. Include more, less carbohydrates in your diet. Protein helps prevent overeating.
  2. There are more fresh vegetables and fruits, legumes, cereals on the water, berries, nuts, whole grain bread, that is, healthy foods that have a positive effect on the process of losing weight.
  3. Limit the use of fructose, which suppresses receptors, leads to resistance in the body.
  4. Give up simple carbohydrates that upset the balance.
  5. Avoid severe calorie restriction. The body can perceive this as a signal of starvation, activates the production of leptin, and hormonal failure occurs.
  6. Don't go to bed with a full stomach.

Increasing satiety hormone levels synthetically

The introduction of leptin into the body in tablets or injections is not practiced today. Scientists conducted an experiment and found that an artificial increase in this hormone to prevent fat gain is effective only when a gene mutation occurs. But if a person has resistance, then leptin levels do not affect the process of losing weight.

Leptin and dietary supplements

Pharmaceutical companies have not yet developed drugs based on leptin, however, today you can find non-medical products on sale - coffee and teas that are similar in action to it. That is, such drinks improve metabolic processes, make the body work at full capacity, which has a beneficial effect on weight loss.

On the Internet you can find a huge number of dietary supplements marked "leptin" for weight loss:

  • Green coffee;
  • Cold fruit tea;
  • Elite green tea;
  • Berry, citrus tea - lemon, blueberry, strawberry;
  • cocoa etc.

The instructions for these additives are identical: pour boiling water over the bag, let it brew. Take 1 sachet per day, no more. The composition of such biological additives includes ingredients of natural origin: herbal mixtures, extracts of medicinal plants, caffeine, vitamins and trace elements.

Manufacturers of drugs note that regular intake of dietary supplements promotes rapid fat burning, suppresses appetite, energizes the body, and improves the metabolic process. However, doctors remind that drinking such drinks, which are dietary supplements, is necessary only after the permission of the doctor.

Leptin is a very capricious hormone that can either help the body burn excess fat faster or, conversely, stop this process. In order to lose weight, it is necessary to normalize its level, get rid of resistance to it. This can be achieved through active physical activity, correct. Therefore, if you are unable to lose weight, then perhaps the whole thing is an excess of the hormone of adipose tissue. To determine this, you need to contact a specialist, take tests, determine the amount of the hormone, and start from this.

Leptin is a peptide class hormone responsible for regulating energy metabolism and body weight. The main effect of leptin is an anorexigenic effect, that is, the hormone helps to increase energy consumption by cells, reduce hunger and suppress appetite.

Leptin is the main mediator that determines the connection between the hypothalamic-pituitary system and adipose tissues. Due to the fact that leptin is responsible for encoding genomes responsible for obesity in fat cells, low levels of leptin are associated with the development of obesity.

Elevated hormone leptin is considered as one of the pathogenetic factors of type 2 diabetes mellitus (non-insulin-dependent diabetes mellitus of the second type).

With genetic deficiencies of the hormone leptin, the development of pathological forms of obesity is noted, which can be treated only with the help of exogenous administration of this hormone.

It should be noted that with obesity, increased leptin in women and men can also be observed. In this case, the hormone leptin is elevated due to an increase in the mass of adipose tissue and the development of resistance (immunity) in adipocytes (adipose tissue cells) to its effects.

The main effects of leptin are:

  • regulation of appetite (the hormone is responsible for the appearance of a feeling of satiety after eating and reducing the feeling of hunger);
  • stimulation of the sympathetic nervous system;
  • increased blood pressure (blood pressure);
  • acceleration of heart rate;
  • regulation of thermoregulation processes;
  • participation in the regulation of menstruation in women (a sharp decrease in leptin levels in women leads to the disappearance of ovulation and the cessation of menstruation);
  • normalization of metabolism;
  • preventing the development of obesity;
  • decreased insulin synthesis;
  • participation in the formation of nerve mediators;
  • stimulation of the release of norepinephrine;
  • stimulation of the body's adaptation to starvation (in conditions of starvation, the hormone leptin reduces the synthesis of thyroid hormones and helps to reduce the intensity of energy metabolism in cells);
  • acceleration of the synthesis of glucocorticoid hormones
  • stimulates the synthesis of sex hormones (in this regard, normally during puberty, the level of leptin in the blood rises), etc.

Why is high or low leptin dangerous?

A high level of leptin in the blood dramatically increases the risk of developing coronary heart disease, thrombosis of the vessels of the lower extremities, myocardial infarction, stroke, etc.

This is due to the fact that with an increased level of the hormone leptin, there is a sharp decrease in the elasticity of the vascular walls and active thrombosis begins (leptin stimulates blood clotting).

Also, a high level of leptin in the blood leads to the development of cell resistance to the effects of insulin, contributing to the development of insulin-resistant forms of type 2 diabetes.

At the same time, a low level of leptin in the blood leads to disruption of metabolic processes in tissues and is accompanied by the development of obesity. With genetic deficiencies of the hormone leptin, severe obesity is observed, which is practically not controlled by diets.

Such forms of obesity are treated with the introduction of exogenous forms of the hormone leptin.

What does a leptin test show?

This analysis shows the level of the hormone leptin in the blood, and also allows you to assess the risk of developing obesity, cardiovascular pathologies, thrombosis and insulin-resistant forms of diabetes mellitus.

Indications for testing for leptin levels

The analysis is performed when:

  • suspected genetic leptin deficiency;
  • insulin resistant forms of type 2 diabetes;
  • the patient has metabolic disorders;
  • deficiency of body weight of unknown origin;
  • violation of reproductive function, combined with a pathological decrease or increase in body weight;
  • blood clotting disorders with a tendency to active thrombosis;
  • high risk of developing cardiovascular diseases;
  • violation of the menstrual cycle of unclear etiology;
  • severe atherosclerotic lesions of the vascular bed, etc.

How to get tested for leptin levels in the blood

Blood sampling should be carried out in the morning, strictly on an empty stomach.

Before taking the material, smoking, physical or emotional stress, the use of coffee, tea, medicines, etc. are excluded.

It is allowed to drink non-carbonated water before blood sampling.

Normal leptin levels

Normally, leptin levels change with age. It should also be noted that the norm of leptin in women is higher than in men (this is due to the distribution of adipose tissue).

Hormone levels are measured in ng per milliliter.

Normal leptin values ​​by age are presented in the table:

What does it mean if the leptin hormone is elevated, and how to fix it?

Elevated levels of leptin in the blood can be observed in obesity and insulin-resistant forms of type 2 diabetes.

Also, normally, leptin levels rise during puberty (this is due to the fact that this hormone stimulates the synthesis of sex hormones).

Causes of low leptin levels in the blood

A low level of leptin in the blood can be observed in genetically determined forms of obesity, accompanied by congenital leptin deficiency, anorexia, starvation, etc.

Reasons for the development of obesity

In addition to high levels of leptin or its genetic deficiency, obesity can develop due to:

  • endocrine pathologies (hypothyroidism, Itsenko-Cushing's syndrome, etc.);
  • genetic disorders, accompanied by the predominance of aerobic metabolism in cells and the economy of carbohydrate and lipid compounds;
  • prolonged stress (nervous strain is accompanied by an increase in the level of glucocorticoid hormones that stimulate the formation of body fat);
  • lack of physical activity;
  • chronic lack of sleep and overwork;
  • unbalanced diet, overeating, frequent snacks "on the go", abuse of fatty foods, fast foods, foods containing easily digestible carbohydrates, excessive consumption of sweets and starchy foods, etc.
  • treatment with steroid drugs;
  • brain tumors, skull injuries, empty sella syndrome.

Why is obesity dangerous?

The development of obesity is accompanied by a high risk of:

  • cardiovascular pathologies (atherosclerotic vascular disease, stroke, myocardial infarction, coronary heart disease, angina pectoris, arrhythmias, etc.);
  • arterial hypertension;
  • osteoporosis (due to increased stress on bone tissue);
  • osteochondrosis (due to increased load on cartilage tissue);
  • cholelithiasis;
  • diabetes;
  • ovarian dysfunction in women, etc.

Treating high and low leptin levels

With a genetic deficiency of leptin, obesity is treated with the introduction of an exogenous leptin preparation.

Obesity, accompanied by endocrine pathologies, requires treatment of the underlying disease. In this case, treatment is prescribed by an endocrinologist.

An important role in the treatment of obesity is also played by the normalization of sleep and rest, an increase in the level of physical activity and the normalization of diet.

Physical activity must be balanced. Excessive physical activity is strictly contraindicated. Swimming, cycling, walking, breathing exercises, dancing, yoga, etc. are effective.

It should also be noted that strict diets and starvation are fraught with serious consequences for the body and do not lead to the expected results. Since such diets only exacerbate metabolic disorders.

The diet should be balanced, containing a large amount of plant foods. All products are recommended to be consumed boiled, baked, stewed or steamed. It is also good to eat raw fruits and vegetables.

Fatty, fried, high-carb foods, flour and confectionery, soda, etc. It is recommended to exclude from the diet altogether.

It is good to eat lean fish. Additionally, it is recommended to increase the drinking regimen (in the absence of contraindications from the cardiovascular system or kidneys, it is necessary to consume at least two liters of fluid per day)

An important role is played by the psychological support of the patient. If necessary, light sedatives, herbal teas are prescribed (in the absence of an allergy to herbs), etc.

With leptin deficiency due to weight loss, a balanced diet and a change in daily routine are also recommended.

The set of the missing mass should be carried out by gradually increasing the caloric content of the diet. At the same time, calorie content is increased by healthy foods (cottage cheese, boiled chicken, fish, etc.).

You should eat more often, but in small portions.

Diet and leptin resistance.

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Let's imagine a guy who is constantly in mass recruitment mode, let's call him, say, Vanya. Vanya eats a lot of calories and therefore gains some fat, because his ultimate goal is to become huge. Vanya's diet results in increased leptin release. Leptin "tells" the hypothalamus that the fuel stores are already full, and in response there is a decrease in appetite and an increase in energy expenditure.

Thus, leptin alters metabolism to maintain homeostasis by altering appetite in response to food intake. But the continuous consumption of large amounts of food and excess calories causes the development of insulin resistance. This means that more leptin is now needed to maintain energy homeostasis.

Key Point: Leptin resistance is changing the “set point”, meaning that more fat and a slower metabolic rate are now the norm for the body. This wouldn't have happened if Vanya had normal leptin sensitivity! In other words, your body is smart enough, and if it thinks that the current diet is normal for you, then it immediately gains as much fat as it can.

The more leptin resistant you are, the more your metabolism will shift its “set point” towards fat. Have you ever lost weight after a long period of mass gain? Then you know how hard it is. And now you know why it's hard. This is one of the main reasons why it is not recommended to divide the process of playing sports into pronounced periods of mass gain and drying.

Let's go back to our imaginary Vanya. When he reduces his calorie intake while being leptin resistant, his super enlarged fat cells begin to shrink in size, causing a drop in leptin levels. The problem is that his current leptin resistance has caused his metabolic "setpoint" to move to a new level, and this newest point causes his body to fight to protect the increased fat stores.

Let's talk about this. Under normal circumstances, the leaner you are, the harder it is to lose fat without burning muscle. Your body eventually goes into "survival" mode - you become more tired, lethargic, and on the contrary, your appetite increases. When everything is working properly, this only happens when the amount of adipose tissue in your body is very, very small.

But when you go on a “weight loss” diet, being leptin-resistant, at first you quickly lose some weight, but then you fall into this very “survival mode”, only in this mode you find yourself when you are still very far from that form, in which you were before.

And this is where the vicious circle begins. You eat less and less, you feel worse and worse, a state of lethargy and weakness haunts you, but you still cannot lose weight. Your leptin receptors are now more stable, because they are at a new "setting point", so even a small decrease in leptin levels is perceived as hunger. By starting a diet in a state of leptin resistance, you simply put your body into perpetual starvation mode.

This is a pretty nasty thing, and it's the main reason why the good nutrition books say that simple calorie restriction doesn't work in the long run. And the problem is not in the calories themselves, but in leptin resistance.

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Leptin and insulin.


The work of leptin and insulin is very closely related. When insulin increases, so does leptin. It makes sense - you eat a lot of food, your insulin levels rise, and then your leptin levels rise, signaling to the brain that you have eaten well and it's time to start your metabolism at a new level.

Insulin-producing pancreatic beta cells have leptin receptors, and leptin is a negative regulator of insulin, that is, it inhibits the production of the latter. That is, these two hormones are very interconnected.

Here's what it looks like:

1. You eat a portion of salmon with potatoes. Pancreatic beta cells start producing insulin in response to rising blood glucose levels.

2. Insulin stimulates the production of leptin in your fat cells.

3. The level of leptin rises, the signal goes to the hypothalamus, which reduces appetite.

4. High levels of leptin also inhibit the production of insulin in the pancreas.

And this is what it looks like if you have developed leptin resistance:

1. You eat salmon with potatoes, plus some other pies, because you are in mass-gaining mode. Pancreatic beta cells start producing insulin in response to rising blood glucose levels.

2. Insulin stimulates the production of leptin by your fat cells, which you have in abundance.

3. Leptin levels are rising, but then resistance to it begins to affect.

4. High levels of leptin are trying to make your pancreas stop producing insulin, but you are leptin resistant so your pancreas is not getting that signal to stop working!

5. Now you have chronically elevated insulin levels, gradually turning into insulin resistance.

Leptin and inflammation.


The fatter a person is, the more intense the inflammation processes are (30% of white adipose tissue cells are cells of the immune system), since the level of IL-6 and TNF-alpha is increased.

- Elevated blood levels of leptin are associated with an increase in the intensity of the inflammatory response.

- leptin is able to activate macrophages and accelerate the synthesis of TNF-alpha

Trying to "calm down" the inflammation is a good idea. You can greatly reduce inflammation and increase glucose utilization by replacing certain fats and refined carbohydrate sources with essential fatty acids. Omega-3 and omega-6 supplements are great for this.

Leptin and the thyroid gland.


Everyone knows that when you are on a diet, the thyroid gland slows down the rate at which T4 is converted to T3. But what is not widely known is that leptin plays a big role in this transformation.

When your brain correctly perceives the correct levels of leptin, it tells the liver to convert inactive T4 to active T3 (the active form of thyroid hormone). Your liver will stop doing this when your brain receives signals of hunger, and it receives them precisely in the case of leptin resistance.

How to get rid of the constant feeling of hunger and leptin resistance?


- insulin resistance and leptin resistance are inseparable and are caused by "metabolic inflammation". Worsening insulin resistance leads to increased leptin resistance, and vice versa.

- reduction of inflammation, improvement of the functional state of the liver, adrenal glands, etc. - all this will help you cope with this problem

- Recent studies have shown that the work of insulin and leptin has complex relationships at the molecular level, and now we know only a small part of the information about them. It can be said that research on leptin is still in its infancy.

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So what to do?


Get rid of excess fat and stay fit. It is obvious. Don't try hard to bulk up. Keep yourself close to your desired weight and try to minimize your off-season fat gain. The more mass you “eat” in the off-season, the worse your leptin situation will eventually be, and you will have to resort to various extremes to get back fit and lose fat.

Limit inflammation. Fat not only produces leptin, but also contains additional immune cells that synthesize and secrete inflammatory cytokines such as IL-6 and TNF-alpha. Reducing inflammation increases the sensitivity of cells to insulin and leptin by limiting the effects of the PTP1B and SOCS3 proteins.

Don't eat too many carbohydrates. High insulin levels cause insulin resistance, which leads to increased inflammation. Insulin resistance and leptin resistance are closely related to each other. And since insulin increases the production of leptin, people who constantly overeat generate metabolic inflammation.

Sleep. Chronic and acute sleep deprivation reduces the level of leptin in the blood. In a study with acute sleep deprivation, 11 men slept only 4 hours over 6 nights. Compared to the control group, who slept 8 hours a night, there was a decrease in mean and maximum leptin levels by 19% and 26%, respectively.

In another study, those who typically slept 5 hours had leptin levels 15.5% lower than those who slept 8 hours. Sleep deprivation also increases the intensity of inflammation due to increased secretion of IL-6. Even a slight lack of sleep (minus 2 hours a day for a week) leads to a significant increase in the level of TNF-alpha. Sleep disturbances can in some cases increase leptin levels, leading to leptin resistance.

Sleep apnea is associated with high leptin levels and leptin resistance. Leptin is a powerful respiratory stimulant, so leptin levels during sleep apnea can rise compensatory. If you snore a lot during your sleep, talk to your doctor about having a sleep study.

Dietary supplement to combat leptin resistance.


Calcium. Increasing dietary calcium intake helps overcome leptin resistance. Although the exact mechanism is not known, scientists have recently suggested that calcium intake reduces levels of calcitriol (1,25-dihydroxyvitamin D) in adipocytes. And in a state of leptin resistance, fat cells contain an excessive amount of calcitriol, which is associated with a decrease in fat burning and an increase in its reserves.

Increasing calcium intake suppresses the rise in calcitriol levels in adipocytes and returns them back to "fat-burning" mode. This reduces leptin resistance, and as a result, people suffering from it shed excess fat.

Take taurine. The amino acid taurine reduces leptin resistance by reducing ER stress (stress on the endoplasmic reticulum leading to liver disease). The possible effect of taurine on ER stress is also beneficial in the prevention of several other metabolic disorders, including obesity, insulin resistance, and atherosclerosis.

Acetyl-L-carnitine. Although there is no clinical evidence yet, animal studies show that acetyl-L-carnitine intake may also help manage leptin resistance.

Essential fatty acids. They have a very positive effect on inflammation processes. And that's it.

Authors - John Meadows , Bill Willis, PhD
The translation was made
especially for the site do4a.net,
Tsatsulin Boris.

I remind you that the task of the translator is to translate the article into Russian and adapt it for understanding, i.e. convey the material without distortion and make it as accessible to the reader as possible.
If you have interesting articles and materials in English - send links to the PM, the most interesting ones will be translated and published!

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2. Schwartz MW, Woods SC, Porte D, Jr., Seeley RJ, Baskin DG. Central nervous system control of food intake. Nature 2000;404:661-71.

3. Rosenbaum M, Leibel RL. The role of leptin in human physiology. N Engl J Med 1999;341:913-5.

4. Ahima RS, Saper CB, Flier JS, Elmquist JK. Leptin regulation of neuroendocrine systems. Front Neuroendocrinol 2000;21:263-307.

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