Scientists are encouraged to point out that 100% of the body’s cells are replaced in 10 years. (3)

This process can be stimulated by fasting and affects all our body tissues.

What are the effects of fasting on cells?

The essential functions of cells are nutrition, circulation, excretion, reproduction, and relationship with the environment. By cellular nutrition, foods are incorporated that the cell will transform inside to convert them into energy-rich compounds.

An intrinsic mechanism of cells, called autophagy, is essential for the survival of cells and for them to remain healthy.

Autophagy allows cells to fight against adverse situations and eliminate everything that has broken down or no longer serves them, literally eating the accumulated garbage. This cellular cleaning can be similar (saving the distances) to taking your car to the workshop.

In this way, the body gets rid of old and useless proteins and prevents them from accumulating and giving rise to various pathologies.

The problem with this auto repair is that with age, bad life habits, and stress, it can deteriorate and not do its job correctly.

If you still have resistance to this practice, let me tell you that it is science. The Japanese Yoshinori Ohsumi, 71, received the 2016 Nobel Prize in Medicine for discovering the genetic mechanism of autophagy. (5)

Fasting And Back Pain – How Are They Related?

Without considering considerations such as that intermittent Fasting is in fashion, its specific practice generates multiple health benefits.

Fasting intermittently not only has effects on body weight, but when we feel overloaded, or our back hurts, it can be a good resource for our health. (1,2,3)

It is necessary to understand that food activates specific metabolic pathways (linked to physical growth ), while Fasting starts other routes (associated with regeneration).

So we don’t eat? Not at all. Let’s not be extremists.

Food and even more quality food provide us with essential nutrients necessary for health.

On the other hand, Fasting is a vital process of the body, such as sleep. You may have noticed that sleeping with a full stomach is counterproductive for good rest and body repair since a significant amount of energy is used for indigestion.

If you connect the dots, you will realize that not having dinner can be an excellent ally in solving multiple health problems. It’s like telling the body to use its full potential and energy to heal back pain.

Said and done.

In the past, when there were no supermarkets and man was nomadic, fasting periods were widespread. The men of old used to feast on great feasts, knowing that later it would be their turn to fast. This was, unknowingly, their natural medicine against the many diseases that haunted them.

Today with a full pantry and advances in medicine, we have forgotten the importance of intermittent Fasting as a recovery tool. Nowadays, we feast on each other every day, not realizing that from time to time, we must rest.

Benefits of fasting on tissues

Semi-fasting can lengthen your life due to its many benefits. These include improving the immune system, eliminating body fat, eliminating toxins, reducing tissue inflammation and back pain, etc. (1,2,3)

Can you imagine not taking the garbage out of the house for years?

Not only would it smell bad, but we’d get sick. The same goes for our body; it must eliminate accumulated waste from time to time.

Celebrities like Hugh Jackman, Angelina Jolie, and Beyoncé, among others, intermittently practice Fasting. If people with so many means and resources at their fingertips decide to recycle from time to time, it will be for a reason.

It is time to set an action plan. Could you check it out personally? Mark yourself on your calendar a week that you have calmer and start practicing a semi-fast, combining it with a good diet.

There are many fasts, but I advise you to have breakfast and eat healthy (fish, vegetables, fruits, natural juices, etc.) and go to bed early without dinner.

It will only be a week, but soon, you will see the benefits. Do not sin; even if you are hungry, if you said that this week you are going to do something beneficial for yourself and your back pain, don’t do the opposite.

Be true to the plan. Be true to yourself!

I advise you to leave post-it notes or notes at home encouraging you and reminding you why you should do a semi-fast. The reason is none other than to start letting go of the pain.

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• Advantages of Intermittent Fasting
• Egg Fast – What is it, and how is it done?
• Benefits of Fasting and changes in the body

Make back pain a part of the past

There are tougher fasts, but for now, we are going to start at the first step.

If you are one of those who have guts ringing in bed, get up and drink cleansing infusions or filtered water. You can also choose to delay breakfast.

I don’t know if you knew, but the word breakfast that derives from breakfast is a verb that is formed by the Latin prefix des- that expresses return to a situation, inverse action or “exit from” and the verb to fast, which comes from the verb Latin ieiunare (abstain from eating).

We have forgotten its etymological meaning with time, but breakfast came after abstaining from eating for a prolonged number of hours.

Formerly this custom was respected, and even fasting as a source of health was seen with good eyes. Nowadays, we have dinner each day later and in abundance to reward ourselves for the hard day at work.

What we do not realize is that it is a poorly learned attitude. If you want to recover, it is essential that you eat little and soon, or better yet, that you do not eat and get into bed early.

The next day I am sure that you will feel much better.

Practice it sporadically when you feel bad or when you want to feel BETTER.

When in doubt or negative thoughts assail you, remember that:

“A little effort today will be a great reward tomorrow.” 

The good news is that lifestyle changes coupled with a healthy eating plan and physical activity can bring your harmful cholesterol levels back to normal in months.

This article describes what affects bad Cholesterol and what to do, with a list of recommended foods and nutrition tips to lower your blood LDL levels.

What affects your harmful cholesterol levels?

Several factors can cause unhealthy lousy cholesterol levels. Some factors cannot be changed, but most can be modified. The factors are:

Those you can’t change.

1. Genetics. The amount of LDL cholesterol your body makes and how quickly it is removed from your body is determined in part by genes. High blood cholesterol can be inherited. However, few people have high Cholesterol through heredity alone – and everyone can take steps to lower bad Cholesterol. Also, even if high Cholesterol doesn’t run in your family, you can still develop it.
2. Age and sex: Blood cholesterol rises around age 20 and increases until about age 60 or 65. Before 50, the total cholesterol levels of men tend to be higher than those of women of the same age: after 50, the opposite is true. That’s because, with menopause, women’s LDL levels often rise.

The ones under your control

1. Diet. Three nutrients in your diet increase LDL levels: Saturated fat, a type of fat found primarily in foods that come from animals; Trans fats, found mainly in foods made with hydrogenated oils; Cholesterol, which comes only from animal products. These nutrients will be discussed later, but it is essential to know that saturated animal fats increase your LDL cholesterol level more than anything else in your diet.
2. Overweight. Being overweight tends to increase your LDL level. Also, it usually increases triglycerides, a fatty substance in the blood, and lowers HDL. Losing a few extra pounds can help lower your LDL and triglycerides while raising your HDL.
3. Physical inactivity. Being physically inactive contributes to being overweight and can raise LDL and lower HDL—regular physical. Activity can increase HDL and lower triglycerides, thereby helping to lower your LDL.
4. Stress – several studies ensure a connection between stress levels and bad Cholesterol. (5,6) In particular, it has been seen that the higher the level of cortisol (the stress hormone), the higher the LDL levels.
5. Bad habits – For example, smoking and drinking alcohol promote the deposition process of bad Cholesterol and cause waxy plaque to accumulate in the arteries.
6. Diabetes – Diabetes and high Cholesterol often occur together. The American Heart Association (AHA) states that diabetes usually lowers HDL (good) cholesterol levels and increases triglyceride and LDL (harmful) cholesterol levels. Both increase the risk of heart disease and stroke. (8)

A person could have high harmful cholesterol levels due to various causes (stress, improper diet, etc.), and understanding what their contribution is and reducing most of the factors is key to solving the problem from the root.

How to lower bad Cholesterol – LDL?

The main goal of treating high Cholesterol is to lower the LDL level. Studies have shown that lowering bad Cholesterol can prevent heart disease attacks and reduce deaths from heart disease in both men and women.

Here’s what a step-by-step guide to lowering bad Cholesterol would look like:

1. Initiate lifestyle changes

After your first visit to the doctor is when you should start lifestyle changes:

• Reduce saturated fat, trans fat, and Cholesterol.
• Moderately increase physical activity.
• If you are overweight, cut calories: Increase fiber-rich foods to help reduce calorie intake.
• – Follow these habits for six weeks—

1. check LDL and add exercise and more benefits to your diet

Second visit to the doctor: recheck your LDL values ​​and, if necessary:

• Reinforce the reduction of saturated fat, trans fat, and Cholesterol.
• Add plant stanols / sterols.
• Increase soluble fiber.
• Reinforce weight control and physical activity.

– Follow these habits for 6 more weeks –

1. Check LDL, and if necessary, add medications

Third visit to the doctor: recheck the LDL and, if necessary, add drug therapy, do not give up your habits; these are the most important thing to achieve long-term healthy values.

• Continue with your new healthy habits and monitoring every six months
• Initiate LDL-lowering drug therapy, if needed.
• Focus on treating metabolic syndrome

On nutrition to lower bad Cholesterol

From nutrition to lowering bad Cholesterol, the first important step is to reduce the consumption of poor quality fats: trans fats and saturated fats. Transitioning to vegetable oils, olive, avocado, nuts over animal fats, and fried is essential.

The second thing to do is increase your intake of foods with fiber. Pseudo-cereals and whole grains like amaranth, buckwheat, and quinoa are excellent food choices to keep you energized and satiated, which in turn will help you control your weight.

In addition, it is advisable to include foods with Omega-3: salmon, tuna, mackerel, salmon, and chia seeds at least three times a week. As well as Combining this type of diet with physical exercise will help ensure healthy lousy cholesterol levels. Nutrition to lower bad Cholesterol with its effect:

Table data: See Reference (1)

Does Omega-3 work?

One of the benefits of Omega-3 is to regulate the metabolism of fats in the body. In particular, the fatty acids n -3 PUFA participate in the metabolism of bad Cholesterol.

These molecules are found in fish fat and be able to regulate the transport of LDL cholesterol and promote its elimination. (7) put, including foods rich in Omega 3 fatty acids or taking Omega-3 capsules lowers LDL.

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• Vegetarian diets are good for Cholesterol
• Is Lecithin Good For Cholesterol?

ABSTRACT

High blood LDL cholesterol can affect anyone. It is a severe condition that increases the risk of heart disease, one of the leading causes of death in the world. The higher your level of bad Cholesterol in your blood, the greater your risk.

Fortunately, you can take steps to lower LDL and protect your health. A proper diet, physical activity, and weight control are sufficient in most cases. Although sometimes, drug treatment is also necessary.

The researchers cite that better nutrition and better health care are critical factors in increasing average height. On the other hand, scientific evidence from twin studies suggests that up to 60-80% of growth factors are at the genetic level. (1)

This article covers the factors that affect a person’s height and how much size can be grown per year with charts for children and adolescents up to 19 years of age, as well as answering the question if you can unwind after development.

How much does it grow per year?

Growth speed graph by year according to age – up to 19 years. Reference: (1)

Body growth in children 2-3 years old is the most active; statistics show up to 40 mm per year. After that, the increase in growth slows down a bit, averaging up to 5-6 mm per year between 4-11. (2)

In adolescents, the fastest growth peak is between 11 and 12 years old. Once they develop, they begin to grow around 2.5 to 5 cm. After 15 – 16 years, this figure gradually decreases. The processes continue until the age of 18-19, and the increased growth stops.

The hormone growth hormone is mainly affecting the development of the tissues of the body. The level of this hormone is highest in children and is high in adolescence, and after 35-40 years, it begins to decrease at a rate of 15-17% per decade.

Factors that affect your height

Around 60-80% of growth factors are at the genetic level, while the remaining 20-40% are determined by diet and lifestyle. In particular, adequate protein, calcium, and vitamin D directly affect growth.

Excluding the negative factors that reduce growth: nutritional deficiencies, bad habits, recurrent infections, and a sedentary lifestyle will contribute to the total number that a person can grow per year.

This is especially important in adolescence when the body is in the growth phase. However, it is essential to know that when it comes to growth, it is necessary to cover an adequate amount of these nutrients: an excess of calcium not only does not help to increase growth, but it can have undesirable consequences for health. Factors affecting growth:

• Genetics
• Nutrition
• Physical exercise
• Sex
• Hormones
• Some medical conditions

RELATED: Vitamins to Grow Your Height

Height charts for children and teens ages 5-19

The graphs that you can see below reflect the growth achieved in length or height for the child’s age. This indicator identifies children with delayed growth (short stature) due to a lack of nutrients or frequent illnesses.

Children who are very tall for their age can also be identified by charts, which may reflect endocrine or hormonal disorders. However, these situations are rare.

Here you can see a chart of height-for-age standards for girls and boys with healthy values ​​according to the WHO.

Reference (2)

Reference (2)

In each of these curves, the x-axis represents age and the y-axis length or height in centimeters. Era is marked as completed months and years from birth. To use them, you must measure size as accurately as possible, and age (for example, 12 years and three months) represents a point on the curve.

Curve as an example:

After a few months, repeat the procedure and compare the trend with the reference curve. Physicians and other health professionals use these charts to reference physical growth. Values ​​that deviate from the curve could indicate growth problems; consult your doctor if found in this case.

Can you grow after age 20?

During puberty, adolescents continue to grow in height, but for most people, it is in their 20s when they no longer grow taller.

Some people are not happy with their height and wish they were taller. Unfortunately for most adults, not much can be done to increase size after age 20.

After 18 – 20, most height-building tricks won’t work, even with good nutrition and exercise. However, there are ways to look taller and prevent loss of height, which is expected as people age.

We are talking about improving posture that varies between 1-1.5 cm your height. ³ Certain exercises allow you to stretch the space between the vertebrae in your spine. Working critical muscles involved in posture training, for example, traps, lats, and abs, will help you appear taller, and it is necessary to strengthen them.

ABSTRACT

Adolescence is the period where height increases the fastest. It can grow up to 7 cm per year. Be sure to provide your body with the necessary amounts of protein, calcium, and vitamin D. After 20 years; it is unlikely that you will increase your height. Still, exercise and improved posture can help you not reduce your size as you get older.

According to research, we can begin to decrease height from 30 visibly. Men can gradually lose about 2.5 cm between 30 and 70, and women can lose around 5 cm. After age 80, both men and women may lose an additional 2.5 cm. (1,2)

Read on to find out why height decreases with age and how to optimize your body so that this does not happen.

RELATED: How to get taller?

Why does height decrease with age?

Experts on the subject claim that we can shrink for several different reasons.

Older adults may decrease in height because the cartilage between the joints wears down, and osteoporosis causes the spine to shorten. Adults can also lose lean muscle mass but gain fat. This is a condition called sarcopenia. (1,2,3)

Sarcopenia is characterized by a decrease in muscle mass, which leads to weakness, frailty, and a reduction in height. Osteoporosis causes bones to weaken and break, which can also cause a person to become shorter.

It is believed that the leading cause of short stature is changes in hormones: sexual – estrogens, testosterone. For example, in women, estrogens fix calcium in the bones, and when their levels drop at menopause, calcium is lost little by little. Over the years, the bones get smaller and the stature shorter.

In addition, in older people, the effects of other growth-related molecules such as growth hormone are reduced, even more so when unhealthy habits and diets are followed.

Should we pay attention to how quickly we lose height?

Yes, reducing your height too quickly can indicate a much bigger problem than having to fold your pants. Those who lose one to two inches in a year may be at increased risk for spinal and hip fractures and heart disease in men. If this happens, you should consult your doctor.

While we may not be able to control some changes in our body as we age, there are some habits we can change to avoid losing so many inches. These habits include slouching, lack of physical activity, smoking, drinking too much alcohol or caffeine, extreme dieting, steroids, and a poor diet.

Research has shown that a good diet in later life reduces the risk of osteoporosis, high blood pressure, heart disease, and certain cancers. (1,2)

Although you may need less energy as you age, you still need the same amount of nutrients from food. Eating foods rich in calcium and vitamin D, such as dairy, fruits, and vegetables, can help keep your bones strong.

Additionally, exercising with weights in both young and older adults can help prevent shrinking. This is because exercise fixes and strengthens bone mineral density. This affects not only bone health but posture and height in adulthood.

ABSTRACT

That height decreases with age is a fact. Although the exact mechanism is not yet apparent, it is due to the wear and tear of the muscles and bones.

Over the years, the sex hormones are reduced, which impacts the bones, muscles, and, consequently, height. Regular hormonal changes in the body and an unbalanced diet can accelerate this process.

The good news, eating well and ensuring healthy habits like not smoking and exercising can prevent your height from decreasing.

The result is the “end products of glycation” AGA is a term that may sound complex but reveals the modern understanding of the process of the effect of sugar on aging. In particular on the deterioration of the skin and the cardiovascular system.

AGEs usually are formed through various short-term and long-term chemical steps. The process modifies lipids, proteins, and DNA, and their formation is favored with hyperglycemia and age. (7)

For example, it is known that glycation end products can significantly increase the destructive power of the sun’s rays or alter the metabolism of the amino acid arginine, which controls the work of the body’s vascular vessels.

Glycation: what is it?

Strictly speaking, glycation is a nonenzymatic chemical reaction during which sugar residues bind to organic molecules, usually proteins. This is how glycation end products (AGEs) are formed.

From a chemical point of view, glycation consists of the union of primary amino groups of amino acids, peptides, and proteins with the carbonyl group of reducing sugars, of which glucose is the most abundant in the body. The greater the hyperglycemia, the greater the reaction. (6)

Although these processes happen all the time in the body after a person reaches 35 years of age, scientists have noticed a solid tendency to accelerate them; the accumulation of glycation end products is an activator of the aging process and cellular failure.

Glycation is more common in people who consume large amounts of refined carbohydrates. To limit glycation processes, it is necessary to strictly control the consumption of glucose, sucrose, and fructose – not exceeding 50 g per day. The end products of glycation are also found in food, such as meat fried at high temperatures. (5)

Sugar, glucose, fructose, and AGEs

Statistics show that a modern adult consumes around 150 g of sugar per day, and among teenagers, the figure reaches 250 g. (2) Interestingly, only a tiny proportion is consumed in added sugar, and the vast majority is consumed in ready-made sweet and industrial foods.

Carbonated beverages, reconstituted fruit juices, ice cream, candy, pre-baked cakes, and other desserts are other vital sources of poor-quality carbohydrates. They contain sugar and fructose syrup, an industrial derivative of corn.

The human body is not adapted to consume large doses of fructose (usually, it can only process a few grams with fruits); as a result, metabolic processes are disturbed. At high glucose concentrations, fructose in the blood accumulates a more significant amount of glycation end products.

Glycation and aging

An excess of sweets and sugar in the diet (and therefore the body’s production of large amounts of glycation end products) is associated with the aging of all organs. However, the negative effect is more noticeable on the skin.

Collagen and elastin are the types of proteins most vulnerable to the destructive processes of glycation. In a healthy body, they keep the skin elastic and are responsible for the elasticity of the tissues, but by the age of 35, the body already lacks about 15% collagen, and at 45, more than 30%.

Excess sugar also leads to a change in collagen structure: it becomes more rigid (going from type 1 collagen to type 3 collagen). The result is the tightening of the skin and the appearance of wrinkles.

The importance of the solar factor

Scientists also point out¹ that glycation processes increase when ultraviolet rays hit the skin, that is, when sunbathing. This refers to the glycation of the elastic fiber network or solar elastosis tissue.

In the case of facial skin, studies show that ultraviolet rays are responsible for 90% of the skin damage that leads to premature aging. Fortunately, the use of sunscreen significantly reduces the damage.

Glycation and DNA

Nonenzymatic glycation can also affect DNA. It has been shown to have mutagenic effects and permanently compromise the integrity of genetic information. (7)

The result: activating the response to DNA damage, the alteration of cell functions appears, and in some cases, it can induce cell death. In addition, it is thought that there is a mechanism for DNA damage and inefficient repair of normal aging.

To top it off, excess sugar in the diet leads to chronically high insulin levels. The hormone is responsible for using glucose and converting it into energy. Chronically high levels of insulin production lead to insulin resistance, that is, loss of tissue sensitivity to its action.

Then the snowball begins: prediabetes, type 2 diabetes mellitus, and visceral obesity usually appear. Among other things, eating a lot of refined carbohydrates leads to sodium retention in the body, which, in turn, causes an increase in blood pressure. The final stage is metabolic syndrome (severe obesity, diabetes, and high blood pressure).

The benefits of intermittent fasting

Yes, glycation can negatively affect our bodies. But how do we solve it? It’s not just about eating better and giving up sugar, but other methods like intermittent fasting could be a solution to the problem.

The benefits of intermittent fasting are based on increasing the speed of getting rid of accumulated “waste” in cells (in particular, faulty proteins and organelles. This process is called autophagy and is directly dependent on the energy level in the body.

When energy is low, and the cell is hungry, it destroys damaged or old proteins with greater intensity, turning them into a source of energy. In short, it renews the body. Also, intermittent fasting normalizes the body’s response to insulin.

RELATED: Intermittent Fasting – Menu

ABSTRACT

Glycation is a term that reveals the harm of excessive consumption of sugar and other difficult-to-process foods for our body. Refined carbohydrates can have a destructive effect on other molecules in the body – proteins, and fats, causing the aging process.

At present, it is believed that high serum levels of glycation end products – AGEs are responsible for both the induction and

the progression of microvascular complications associated with diabetes, cataracts, arterial hypertension, decreased myocardial contractility, and kidney disease. (6) 

In particular, under the influence of sugar, the body’s protein and fat molecules undergo glycation, which causes faster aging of the skin and influences the development of dementia and Alzheimer’s disease. Read on to learn how sugar affects aging.

How does sugar affect facial aging?

According to scientists, the formation of advanced glycation end products (AGEs) accelerates after 35 years. The adverse effects of sugar on the skin become significantly more noticeable from this age on.

Among the acute symptoms of premature aging associated with excess sugar in the diet, the following manifestations can be noted (2):

• Rougher and brighter skin
• Deterioration of the natural complexion and appearance of age spots.
• Deepening of wrinkles above the upper lip.
• The appearance of deep wrinkles on the cheeks at the top of the smile.
• Sagging skin around the cheekbones

In addition, an excess of sugar in the diet leads to the disruption of the metabolic processes of the hormone insulin. Insulin increases the reabsorption of sodium (the main component of table salt) in the kidneys, which improves fluid retention and, in the long term, contributes to hypertension and vascular problems.

Daily sugar allowances for aging less

The World Health Organization recommendations regarding maximum sugar intake (for people without diabetes) are strict: WHO standards allow only 10% of daily calories in the form of sugar³.

In practice, we are talking about 200-250 kcal or 50-60 g of sugar. This means using sugar in its pure form and adding form as an ingredient. A glass of cola or fruit juice contains around 20-30 grams of sugar, 50% of the daily value.

Collagen, aging, and sugar

Collagen and elastin are the types of proteins most vulnerable to the destructive glycation processes (and, in particular, exposure to excess sugar). However, these proteins keep the skin elastic, responsible for the elasticity of the tissues and maintaining a healthy complexion.

In total, collagen represents 25 to 45% of all proteins in the body; it is part of both the hair and the skin and the tissues of the internal organs and muscles. From the age of 25-30, the body begins to lose about 1-2% of this substance each year. At the age of 35, the body lacks about 15%, and at the age of 45 – already 30%.

Excess sugar changes collagen structure: it becomes stiffer (going from type 1 collagen to type 3 collagen). The result is the tightening of the skin and the appearance of wrinkles.

Sun rays and skin aging

Three critical factors of aging are oxidative stress (which causes the loss of telomeres at the ends of chromosomes and prevents proper DNA replication), the accumulation of damaged proteins in the body (even during the glycation process), and damage caused by UV rays.

In the case of facial skin, research shows that ultraviolet rays are responsible for 90% of the skin damage that leads to premature aging (4). At the same time, the use of protective products significantly reduces the damage.

Instead, protein glycation caused by sugar consumption negatively affects the skin’s ability to restore micro burns caused by the sun’s rays, speeding up the aging process.

Sugar and brain function

Excess fast carbohydrates in your daily diet have been linked to learning disabilities, depression, and poor memory. Specifically, eating high doses of sugar reduces the production of a particular substance known as brain neurotrophic factor (BDNF). (5)

Without a sufficient amount of BDNF, the human brain cannot fully form memories, leading to a slowdown in learning processes. Additionally, low levels of BDNF reduce the body’s ability to resist insulin resistance, leading to type 2 diabetes.

RECOMMENDED: How do carbohydrates affect the brain?

Other oxidative damage to sugar

A recent branch of research suggests that age-related degenerative diseases (dementia, Alzheimer’s, and Parkinson’s) may also be associated with excessive sugar consumption.

The main toxic effect of glycation end products is associated with the initiation of cross-linking between cellular polymer molecules, leading to internal cell damage and death.

Science believes that oxidative stress and increased glycation end products initiate a positive feedback loop where regular age-related changes become a pathophysiological cascade. (6)

ABSTRACT

The harm of excessive sugar consumption is expressed not only in weight gain. Many studies show that excess sweets are linked to diabetes, hypertension, premature skin aging, and even the earlier development of age-related degenerative diseases.

Metabolic syndrome is not an isolated disease but rather a broad term used to combine factors that consistently and negatively affect metabolic parameters. Also, without changing daily habits, the disease tends to progress.

This article describes why metabolic syndrome arises and what are its health risks and treatments. It can be cured?

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What is metabolic syndrome?

Metabolic syndrome is the medical term for obesity, diabetes, and high blood pressure. Although these diseases have been known for a long time, they began to merge into a single concept starting in the 1950s, and in 1990 modern criteria were formed to define a “generalized” disease.

The causes of the appearance of metabolic syndrome can be divided into primary and secondary. The primary ones are the consumption of ultra-processed foods and a chronically sedentary lifestyle. Secondary: excess fat gain in the abdomen (visceral obesity) and the associated change in hormone levels.

The problem is compounded by metabolic syndrome being a progressive condition. Some scientists propose considering it a particular state of fat accumulation, comparable to hibernating animals when external factors lead to a significant change in metabolism³.

Criteria for Recognizing Metabolic Syndrome

According to the criteria of international cardiology bodies³, the presence of metabolic syndrome in a person is recognized when at least three of the following five symptoms are detected:

• Abdominal (visceral) excess obesity is reflected as a body mass index (BMI) greater than 30, with a waist circumference of more than 94 centimeters in men and more than 80 cm in women.
• Hypertriglyceridemia: triglyceride levels above 1 mmol / L, or drug treatment for high triglyceride levels.
• Low levels of “good” cholesterol. In men, it is less than one mmol / l; in women – less than 1.2 mmol / l.
• Fasting glucose above 5.56 mmol / L, metformin intake, glucose intolerance, insulin resistance (in some cases), or diabetes mellitus.
• High blood pressure: systolic (upper) pressure greater than 130 mm, diastolic pressure (lower) greater than 85 mm.

Consequences and risk factors

The presence of three or more factors from the above list of metabolic syndrome criteria is associated with an increased risk of hormonal disorders, the development of cardiovascular and other diseases, and the probability of gaining even more weight.

Health problems associated with metabolic syndrome include high cortisol levels, chronic inflammation, bleeding disorders, erectile dysfunction, and decreased testosterone levels in men.

The metabolic syndrome in postmenopausal women can alter the calcium reabsorption processes, affecting the development of osteoporosis. Remember that one in three women after 50 face fractures is associated with decreased bone density.

RECOMMENDED: Osteoporosis and menopause

Metabolic syndrome and hormones

Visceral obesity associated with metabolic syndrome is itself a severe metabolic disorder. The more internal fat in the abdomen (and the higher the degree of visceral obesity), the more serious the health consequences.

First, the work of the cardiovascular system becomes difficult (cholesterol and blood pressure rise), and there are risks to the musculoskeletal system and joints. At the same time, the increase in visceral fat can alter the production of hormones, directly affecting the metabolism.

This is the case for the critical hormones of satiety and hunger: leptin and ghrelin. These hormones are produced based on how much fat is in the body, and it is an ancient mechanism that our body has to control the urge to eat.

In people with metabolic syndrome, this system fails, the production of these hormones is altered, and hunger is out of control. In the presence of obesity, it is so difficult to control appetite. If treatment is not used, the consequence is a further worsening of excess weight and metabolic syndrome.

Treatment and prevention

In the initial stages, the metabolic syndrome (more precisely, increased glucose levels, blood pressure, and lipid metabolism disorders) is corrected with a healthy diet, increased physical activity, and neglect of bad habits.

The critical challenge, in this case, is to reduce the amount of visceral fat in the abdomen. The Mediterranean and DASH diets, designed to combat hypertension, can be recommended to patients to prevent and treat metabolic syndrome.

Also, for people with a high BMI, or type 2 diabetes, your doctor or nutritionist may recommend switching to a low-carbohydrate or ketogenic diet for short periods, no longer than a year.

The importance of physical activity

Slow but gradual changes are the key to success in fighting the symptoms of metabolic syndrome. Expectations that are too high for weight loss are rarely met, but they can negatively affect motivation. Even losing 10% of excess weight per year should be significant.

With this objective, cardiologists recommend that you dedicate at least 150 minutes of physical activity per week if it is not possible to be of impact. Walking is a great way to overcome laziness and get involved in a healthy lifestyle. The level of physical activity should be increased gradually.

To motivate yourself to exercise, look for physical activities adapted to your schedule and personality. If you are more outgoing, seek out group sports and train with friends or co-workers. If you are one of those introverts, you feel more comfortable listening to music and playing sports alone. You will get a taste of new sensations and emotions little by little.

Eating more fiber can help with metabolic syndrome.

The soluble dietary fiber and insoluble have a positive effect on the metabolism and the state of the cardiovascular system. Eating fiber significantly improves health markers in people with high blood pressure, cholesterol, and glucose levels.

Soluble fiber can absorb water and turns into a jelly-like substance in the gastrointestinal tract. The benefit of this fiber is that it serves as food for beneficial bacteria, acting as a natural prebiotic.

In turn, insoluble fiber has a thicker structure and is essential for the mechanical movement of food through the intestines. Its lack in the diet leads to constipation.

ABSTRACT

Metabolic syndrome is a combination of diabetes, hypertension, and obesity. Proper nutrition and regular physical activity can eliminate your symptoms and improve overall well-being and quality of life. This reflects how to prevent and even cure chronic severe diseases such as type 2 diabetes and hypertension.

While science has determined that genetics can have a real influence on musculature. It is true that this is not fixed, nor is it everything. (2,3,4,5)

This article details what is the influence of genetics on the body and how to know if a person has good genetics or not. Can genetics be changed with exercise?

Muscle Genetics – What is it?

Muscle genetics is the area of ​​genetics that studies the relationship between DNA information and a person’s muscular system.

Genetics are used to determine what is the muscle genetic potential with which one starts. That is, if you have good genetics that improve fitness for one type of sport or another.

Although it is not everything, good genetics is an advantage to gain muscle mass and improve sports performance.

The most basic thing to determine the type of genetics you have, is to resort to analysis of the type of physical texture . These can be done under the interpretation of energy expenditure and body type of each person.

However, the most accurate method of determining if a person has good muscle genetics is with a DNA analysis.

Influence of genetics on muscles

The relationship between genetics and muscles has been confirmed by research. (3,4,5)

Apparently the possibility of creating a greater or lesser amount of muscles is affected not only by sports performance, but also by a person’s muscular genetic influence.

One of the differences found is in the concentration of creatine phosphate between the different body types. Just as there is a difference in metabolic markers. (5)

For example, a mesomorph, the type of physical complexion with a sports tendency by nature, is associated with the possibility of achieving a higher percentage of muscle mass with less training.

Body types according to genetics

The creator of the theory of body types according to genetics was the American psychologist William Herbert Sheldon. (7) This theory was modified and is used today by sports professionals.

According to Sheldon, from birth one of the three body types according to genetics or body somatotype : endomorphic, mesomorphic, ectomorphic becomes dominant.

The ectomorphic body type is the one that has a tendency to be thin. The mesomorph is an athletic and muscular profile. And the endomorph with large bone structure and a tendency to gain weight.

In the beginning it was believed that the physical complexion was determined by genetic factors and this information could not be modified. Today it is known that over time it is possible to achieve changes in the body that can even alter muscle genetics.

In fact, most people do not belong to a single type of good or bad genetics. While the information contained in the DNA in cells cannot be modified; Diets and exercises can alter certain gene regulators that ultimately generate plasticity and generate changes in the expression of these genes.

How do I know if I have good genetics?

The simplest way to determine if a person has good muscle genetics is to determine the basal metabolic rate . This is a value that estimates the amount of calories your body uses at rest.

If when calculating the basal metabolic rate the values ​​remain above the upper range it is likely that you are ectomorphic, if they are in the middle you are mesomorphic and below you are endomorphic.

Also, interpreting body measurements, such as wrist, shoulder, or waist circumference can help. In some cases it corresponds to the genetics of each one. However, it is not a determining factor.

Other techniques, such as metabolic marker DNA techniques, can provide a much more precise approximation of muscle genetics.

Metabolic Markers – The Best Way to Determine If You Have Good Genetics

Current research affirms that the metabolic markers of the different types of physical build may differ by 7-18%. (3.5)

What does this mean? A difference in the amount of these molecules translates into changes in the body’s reaction to food such as carbohydrates, as well as explains the different hormonal levels.

Metabolic markings are used to determine if a person has good genetics or not and they are the ones that change the least with training. These can only be determined with a laboratory analysis.

Good muscle genetics and hormones

Another factor that is associated with good muscle genetic potential or not is hormonal levels. People with a tendency to gain muscle mass have naturally high levels of sex hormones (such as testosterone) and growth hormone .

Just as people with good genetics respond normally to insulin and have levels of the stress hormone cortisol often remain low.

If you are not one of the lucky ones who have good genetics you can take simple measures to increase testosterone levels such as including foods with magnesium and zinc. Avoid constant stressful situations and do yoga.

In any case, in no case should you use sports supplements that alter hormonal functioning without supervision. The side effects of anabolic steroids can wreak havoc on your metabolism, no matter how good genetics a person has.

How fast do muscles grow with good genetics?

The maximum speed at which an average person can gain muscle mass is considered to be 0.2 kg per week. That is, approximately 1 kg per month. (2)

If the weight gain is more than 1 kg per month, it is most likely that you are not only increasing lean muscle mass, but also fat and fluid stores.

Although this figure may seem insignificant, gaining 12 kg of lean muscle mass in a year is enough to totally change the physical complexion, and also cause changes in the genetic expression of a person.

5 characteristics of a man with good genetics

Here are 5 physical characteristics of a man with good genetics:

1. Athletic body proportions

In a person with good muscle genetics the chest is usually wide. The narrow waist and firm thighs. These characteristics correspond to a mesomorphic body type. Endomorphs tend to have wider hips, while ectomorphs have the width of the chest with the waist being usually equal.

2. Accelerated basal metabolic rate

A high basal metabolic rate is what distinguishes a person with good genetics from one with poor predisposition. Although changing this parameter is difficult, there are some strategies to achieve it, such as nutrition and physical exercise. One indicator that your metabolism is healthy is maintaining weight and not needing to eat sweet foods all the time.

3. Good levels of testosterone and growth hormone

Good levels of testosterone and growth hormone can be evidenced in men by increased energy as well as increased sexual activity. Regarding an excess of these hormones, the behavior can be seen as risky decisions with regularity, and it is somewhat impulsive. In this case, your testosterone levels are most likely too high.

4. Fast muscle recovery

A person with good muscle genetics does not need more than 72 hours to fully recover the muscles. The good news: even if your muscle genetics are bad , a variety of muscle recovery methods can be used to speed up the process.

5. Low body fat percentage

People with good muscle genetics tend to have a low percentage of body fat . To measure this parameter we recommend the use of a caliper and official charts.

ABSTRACT

Muscle genetics is the area of ​​genetics that is dedicated to the study of the relationship between DNA information and musculature.

Muscle genetic potential is the genetic predisposition that a person has for the increase or not of lean muscle mass.

A person with good muscle genetics is characterized by a fast basal metabolism , rapid muscle recovery, normal testosterone levels, and broad back and narrow waist proportions.

To determine the type of muscle genetics it is best to define both the physical texture and determine the associated molecular markers.

Once the body type has been found: ectomorph, mesomorph and endomorph, training strategies and diets must be developed to stimulate the muscular genetic potential of each person.

Only 10-15% of the world’s population is of the mesomorphic type and predominates in sports and fitness professionals. (1)

One of the characteristics that can play against this type of physical complexion is to assume that your figure will remain throughout life without much effort. When a mesomorph overestimates muscle genetics , they tend to gain weight over time.

This article defines what is mesomorphic, what are its characteristics and what they should do to increase performance in sport.

Mesomorph – What is it?

By definition, the word mesomorph comes from: meso – the prefix for mesoderm one of the germinal capable. And morpho – refers to the shape of the body.

The meaning of the word mesomorph arises in the 1940s with the creator of the theory of somatotypes: the American psychologist William Herbert Sheldon. (5)

Sheldon defended the characteristics in 3 types of physical complexion: ectomorph , mesomorph and endomorph. Today his theory is still disputed, although it has been incorporated into the curricula of renowned universities. (6)

Characteristics

While  endomorphs  pack fat with minimal excess calories, ectomorphs must eat regularly to gain weight. Mesomorphs are capable of increasing lean muscle mass quickly.

One of the characteristics of a mesomorph is a higher concentration of creatine phosphate in the muscles. Just as it has been confirmed that there is a difference in metabolic markers in the blood. (7)

If, in addition, the mesomorph type exercises regularly, they will get a  higher metabolic rate and high levels of testosterone. All these characteristics are a great help for mesomorphs.

Generally, a mesomorph has a low  percentage of body fat . Its high levels of testosterone and allow you to eat high calorie foods up to a certain age. This characteristic can play against those mesomorphs that downplay food. The characteristics of a mesomorph are:

• High percentage of muscle mass
• More creatine phosphate
• High levels of testosterone and molecular markers associated with muscle development
• Ease of sports
• Rough and determined personality

Overweight mesomorph?

If a mesomorph is consistently poorly fed, it is sure to gain weight.

One of the causes of overweight in mesomorphs is an excess of junk food or a preference for sweet foods. This type of food is capable of giving a good boost of energy for workouts.

However, if you reduce physical activity over time, it is no surprise that your belly begins to grow. Genetics have a weight, yes but it should not be overestimated.

Mesomorphic or meso-ectomorphic body?

The 3 types of body build are rarely expressed purely. In general, a person is a mixture of the different body somatotypes.

One method to determine if it is a pure mesomorphic or not is to observe the body texture of its relatives, this is inherited from our ancestors. ⁽¹⁾

A mesomorph that does not play sports can transition to an ectomorph . While a lover of sweets and fatty foods can transition to the overweight endomorphic body type.

For the mesomorphic body type to become evident, physical exercise workouts and a diet based on healthy eating are needed to complement the workouts.

ABSTRACT

The mesomorphic body type is one with a genetic predisposition towards competitive sports, such as athletics.

The characteristics of a mesomorph are: high levels of testosterone, muscle creatine phosphate and a tough-minded personality.

If this type of physical complexion abuses with food, and reduces physical activity, it is highly likely that you will become overweight.

An ecto-mesomorph is that type of body that is positioned in the middle – between meso and ectomorphs.

The most used biohacks are those that have the benefits of achieving weight loss and improving brain functions. Before starting biohacking you should be well informed and cautious about how it works.

This article describes the types of biohackers that exist, and how to do biohacking to enhance its benefits and what are its contraindications.

What is biohacking?

By definition, biohacking is the use of knowledge in biology and technologies to improve or optimize the functioning of the human metabolism .

The key to being a biohacker is to make dietary changes and health monitoring. Some types of biohacker use technologies to achieve better results.

A biohacker does not test all the new devices and supplements he finds on himself, but knows how to use them. In addition, one of the fundamental principles of biohacking is to follow up the results with laboratory analysis.

Types of biohackers

There are several types of biohacking, each one comes with different benefits for the body. The most common types of biohackers are:

1. Nutrigenómicos

Nutrigenomics are the type of biohackers that focus on how food interacts with genes. The idea of ​​nutrigenomics is to optimize and personalize nutrient intake with a person’s gene expression. To do this type of biohack, a genetic mapping is done, then the diet is adapted; and finally, it is evaluated whether or not there is an improvement in feelings, thoughts and behaviors.

2. Grinders

Grinders are the types of biohackers who aspire to robotize or hack your body through technologies, injections or implants. The first record of this type of modification was in 1998, Kevin Warwick was the first human to insert a chip into his body.

3. DIY scientists – Biotechs

DIY biohackers are the highly educated types of biohackers. They are usually people with postgraduate degrees and experience in scientific fields. These are the biohacking experts and they are the ones who develop tests and techniques to help beginners.

Does biohacking work? – Profits

Some types of biohacks are backed by solid scientific evidence and have health benefits. These are methods that have been tested and improved over years of experimentation. For example, clinical trials have shown that meditation can help reduce anxiety, chronic pain, and regulate cortisol levels in the body. (1)

Similarly, some eating methods like intermittent fasting can successfully optimize human metabolism. The proven benefits of intermittent fasting are: regulate blood sugar levels , eliminate obsolete cells in the body, regulate body weight, reduce the risk of certain types of cancer. (2.3)

Regarding biohacking in nutrigenomics, the main benefits of combining genetics with diet are still controversial, although promising results have been seen in cancer prevention. (7) While research is not yet conclusive on this type of biohacks, it is considered a safe type for health.

How to do biohacking at home? – Beginner’s guide

A beginner in biohacking should start with simple hacks, for example in nutrition – eating or influencing circadian rhythms. Other hacks with insufficient scientific evidence to back them up might not only not work but be actually dangerous for the body. Here are some biohacking tips that are considered safe and can be tried at home:

1. Intermittent fasting

The intermittent fasting is a food method which consists in regular food refusal cyclically. The benefits of fasting are to stimulate cell regeneration, regulate the feeling of hunger, eliminate body fat, and reduce certain types of cancer.

2. Foods with tryptophan + sunlight

Tryptophan is one of the raw materials for well-being hormones. Combining foods with tryptophan with taking sunlight ensures the synthesis of the related hormones serotonin and oxytocin .

3. Meditate 15 minutes a day

Meditating for 15 minutes a day is a basic method of biohacking. The meditation , can regulate stress levels and improve the perception of a person to problems.

4. Drink caffeine

The caffeine is a compound known to improve productivity. It is recommended that you drink caffeine at the same time each day and keep track of how you feel in the minutes and hours afterward. Try adjusting the amount until you find the one that works best for your goal.

5. Melatonin for sleeping

Melatonin is one of the key hormones in regulating human sleep and the body’s biorhythms. Biohackers call it the  sleep hormone . Taking 1 mg of melatonin to sleep allows you to fall into a deeper sleep. Biohacking experts can take higher doses of melatonin to achieve lucid dreams.

Biohacking with nootropics

The nootropics are able to increase cognitive executive functions, memory, creativity and motivation. As cognition is one of the higher activities of the human brain, the concept of nootropic seems quite attractive to many people who aspire to biohacking.

The best known nootropic is caffeine, although there are other more powerful drugs such as modafinil, piracetam, among others. Some of them can have side effects and are sold only by prescription in most countries.

They usually undergo nootropic “tests” to determine what the effects are on their mental functioning as a result.

Should a biohacker take blood tests?

Blood tests should be a key component to effective biohacking. Doing laboratory tests provides information on the nutrients and components of the body. Biohackers claim that they are like a photo of a person’s state of health.

Blood tests can show if new food changes and changes in habits are affecting your vitamin levels or causing changes in your metabolism.

For example, getting a blood test before and after taking new types of supplements is great to find out if they led to additional health benefits or not.

It is recommended to do a blood test at the time before and 3 months after starting the biohacking. Changes in diet or habits can have delayed effects on the body.

Benefits such as improved well-being, changes in body weight and reduction of different types of body fat do not require laboratory analysis. However, they can be done with simple instruments at home.

Dangers and contraindications of biohacking

As with any other experiment or modification in the human body, biohacking can have health consequences, these can be mild, serious or fatal. The contraindications and side effects of most types of biohacks have not yet been precisely determined.

Grinders’ ethics are considered to have the most health hazards. A New York Times article claims that a group of grinders entered restricted areas in hospitals and inserted RFID chips into their bodies. (4)

While it may sound very futuristic, implanting foreign objects in your body can lead to inflammatory reactions, chronic infections, and increased risk of developing cancer.

Another known case of biohacking was the injection of a chemical compound called Chlorin e6 into the eyes for night vision benefit. (6)

The biohacker was able to distinguish people moving in the dark of night in the forest. This is because Chlorin e6 temporarily alters molecules in the eyes known as photosensors. By making the cells in your eyes more receptive to light.

Increased light amplification can have secondary effects on the cellular structure of the eyes. The purpose of the biohacker experiment was for informational purposes only. Contraindications to using this compound incorrectly have not yet been accurately determined by scientists.

ABSTRACT

Biohacking is a broad term that encompasses the use of knowledge in biology and technologies to modify the metabolism of the human body. There are different types of biohackers, from amateurs to postgraduates. Biohackers believe in using technology to evolve our species.

Small changes in diet and habits have been shown to have significant health benefits. Biohacking can be helpful in preventing serious diseases like cancer. However, experimenting with the body without taking all the proper precautions can lead to unexpected side effects and contraindications.