Obesity Treatment

From a medical perspective, obesity is not an aesthetic defect or a lack of willpower. It is a complex, chronic systemic disease that has a tendency to relapse and requires a professional medical approach. Adipose (fat) tissue in the human body does not merely act as a passive storage for reserve energy. It is an active and highly extensive endocrine organ that constantly produces and secretes dozens of hormones and pro-inflammatory substances into the bloodstream. Their excess leads to chronic systemic inflammation, disrupts metabolic processes, and places a severe burden on internal organs. At our endocrinology clinic, we approach the problem of excess body weight causally. Our goal is the precise identification of the disorders that block weight loss and the implementation of modern, safe, and highly effective therapeutic methods, allowing patients to permanently regain their health and quality of life.

Causes of Obesity

The development of this disease rarely results from a single, isolated factor. Most often, the primary cause of overweight and obesity is a complex interplay of genetic, environmental, and hormonal conditions:

• Endocrinological and metabolic disorders: Hypothyroidism drastically slows down the basal metabolic rate. Polycystic ovary syndrome (PCOS) and Cushing's syndrome directly promote fat storage. A key problem is also insulin resistance, which renders cells unresponsive to insulin, causing the body to store every excess of carbohydrates as fat tissue while simultaneously blocking its burning.
• Genetic factors: The tendency to gain weight can be inherited. Mutations in certain genes affect the hunger and satiety centers in the brain, causing the patient to constantly feel the need to eat and experience a reduced sense of fullness after a meal.
• Pharmacotherapy: Long-term use of certain medications (steroids, antidepressants, neuroleptics) can significantly slow down metabolism and stimulate appetite.
• Environment and lifestyle: Low physical activity combined with widespread access to highly processed, calorie-dense foods rich in simple sugars, glucose-fructose syrup, and trans fats.

Main Symptoms of Obesity

Excess body weight is only the tip of the iceberg. The direct symptoms of obesity affect almost every aspect of the patient's bodily functions, significantly lowering their quality of life. These primarily include:

• A significant reduction in physical capacity, shortness of breath, and rapid fatigue even with minimal household exertion.
• Chronic pain in the spine (especially in the lumbar region) as well as knee and hip joints, which are constantly overloaded by the excess weight.
• Excessive sweating, the formation of painful chafing, and recurrent fungal infections in skin folds.
• Sleep disorders, a constant feeling of sleep deprivation, and highly dangerous pauses in breathing during sleep (obstructive sleep apnea).
• Menstrual cycle disorders in women and erectile dysfunction in men.
• A drop in mood, low self-esteem, anxiety, and depressive states resulting from difficulties in daily functioning.

Types of Obesity

The professional medical classification of obesity is based on the location of the accumulated fat tissue, which is of key importance for assessing the risk of complications. There are two main types:

• Visceral obesity (abdominal, central, "apple" type): Fat tissue accumulates inside the abdominal cavity, tightly surrounding the internal organs. This is the most dangerous type because visceral fat is metabolically very aggressive. It releases substances that cause insulin resistance, type 2 diabetes, arterial hypertension, and atherosclerotic changes in the blood vessels.
• Gluteofemoral obesity (peripheral, "pear" type): Fat tissue is localized mainly in the subcutaneous tissue on the thighs, hips, and buttocks. It is associated with a lower direct cardiological risk but constitutes a massive mechanical burden for the joints of the lower limbs and promotes the formation of varicose veins.

Degrees of Obesity

To accurately select the appropriate treatment method, the degrees of obesity are classified based on numerical parameters. The World Health Organization (WHO) divides this disease into three stages:

• Class I Obesity: BMI between 30.0 and 34.9. The risk of developing comorbidities is moderate, but the body is already experiencing the negative effects of the overload. A swift dietary intervention is often enough to reverse the changes.
• Class II Obesity: BMI between 35.0 and 39.9. A very high risk of severe complications (diabetes, hypertension). Specialized conservative treatment becomes an absolute necessity at this stage.
• Class III Obesity (extreme, morbid obesity): BMI equal to or higher than 40.0. This poses a direct, very serious threat to the patient's life. It requires immediate intervention, very often utilizing bariatric surgery.

Body Mass Index Calculation Formula

The primary diagnostic tool for a preliminary assessment is the Body Mass Index (BMI), upon which obesity is typically diagnosed. The BMI allows for a quick evaluation of the proportion of body weight to the patient's height.

Formula: BMI = body weight (expressed in kilograms) divided by height squared (expressed in meters).

Example: If a patient weighs 95 kg and is 1.75 m tall, their BMI is 95 / (1.75 x 1.75) = 31.0. A result of 31.0 clearly indicates Class I obesity.

It should be noted that this index is only an orientational tool and does not take into account the proportion of muscle mass to fat tissue. In our clinic, we routinely supplement the BMI with a precise waist circumference measurement and a professional body composition analysis.

Differences Between Obesity in Women and Men

The metabolism and hormonal balance of both sexes differ drastically.

Obesity in women is largely determined by fluctuations in estrogen and progesterone levels. Women of reproductive age have a genetic tendency to store fat on their hips and thighs. The situation changes during menopause when the production of protective estrogens drops drastically. Fat tissue then rapidly accumulates on the abdomen, making the figure resemble a male pattern and increasing the risk of a heart attack.

Conversely, men naturally have a predisposition to dangerous abdominal (visceral) obesity, which inherently exposes them to an earlier onset of cardiovascular diseases. In obese men, the excess fat tissue also produces aromatase—an enzyme that converts testosterone into estrogens. This results in a secondary testosterone deficiency, enlargement of the mammary glands (gynecomastia), loss of muscle mass, and a drastic drop in potency and libido.

Obesity in Children

Excess body weight in the youngest population is one of the greatest challenges of modern pediatrics. Obesity in children is an exceptionally dangerous state for their future because fat tissue in children grows not only by increasing the volume of existing cells but primarily through the uncontrolled proliferation of completely new adipocytes, which the patient will have to battle for the rest of their adult life.

Ignored by parents, obesity in children has catastrophic consequences. In young patients, we are currently diagnosing diseases formerly attributed only to seniors: full-blown type 2 diabetes, early atherosclerosis, arterial hypertension, and advanced non-alcoholic fatty liver disease. The excessive body weight permanently deforms the still-developing musculoskeletal system. Obese children are also frequently victims of peer bullying, which leads to severe eating disorders and depression.

Diagnostics of Obesity

An effective diagnosis of obesity in a professional medical facility goes far beyond simply weighing the patient. Our endocrinologists conduct a precise medical investigation. The diagnostic process includes:

• Comprehensive blood tests: A detailed thyroid profile, a precise examination of carbohydrate metabolism (fasting glucose and insulin levels to calculate the HOMA-IR index), a lipid panel, and an assessment of liver enzymes and uric acid.
• Precise hormonal tests: Measurement of morning cortisol, prolactin, testosterone in men, and sex hormones in women to rule out a secondary, endocrine basis for the weight gain.
• Professional Body Composition Analysis via Bioelectrical Impedance (BIA), which accurately reveals the exact percentage of fat tissue, muscle mass, and the body's hydration level.

Obesity Treatment

Patients often wonder who treats obesity. The modern answer is: a coordinated team of specialists. Therapy based exclusively on one method rarely brings lasting results. In our center, patient care is taken over by a team consisting of an endocrinologist or diabetologist, an experienced clinical dietitian, and, in more difficult cases, a bariatric surgeon and a psychologist.

Pharmacological Treatment of Obesity

Today, we have access to safe pharmacological tools that have changed the rules of metabolic medicine. Modern obesity medications, particularly GLP-1 analogs (e.g., semaglutide), have transformed the way we fight the disease. These are preparations administered in the form of painless subcutaneous injections or tablets that mimic the action of natural intestinal hormones. They slow down gastric emptying, prolonging the feeling of fullness, and act strongly on the satiety center in the brain. The patient naturally loses their appetite, the cravings for sweets disappear, and the weight reduction process proceeds steadily, while simultaneously treating insulin resistance.

Surgical Treatment of Obesity

When conservative methods fail and the BMI exceeds 40 (or 35 with coexisting complications), the most effective rescue route is weight-loss surgery. Bariatric surgery is the ultimate tool. The most commonly performed procedures (using laparoscopic techniques) are the sleeve gastrectomy and the gastric bypass. These operations mechanically force the patient to consume very small portions of food, but above all, they deeply and permanently reset the damaged physiological hormonal balance of the intestines. They frequently result in a complete remission of type 2 diabetes just a few days after the procedure.

Diet

The key to success is an optimal obesity diet, based not on starvation, but on a smart change of eating habits. A clinical dietitian calculates the patient's total energy expenditure and introduces a safe caloric deficit. The menu is based on products with a low glycemic index, which prevents sudden spikes in insulin. A high supply of dietary fiber (fresh vegetables, coarse groats) to fill the stomach, and wholesome protein to prevent muscle burning during weight loss, are crucial.

Physical Activity

Properly selected physical activity is an indispensable complement to the treatment. It doesn't have to mean grueling workouts—it is more important to increase spontaneous daily physical activity (walking more often, choosing stairs over the elevator). For people with class II and III obesity, joint-relieving activities are recommended: swimming, aqua aerobics, or riding a stationary bike. Over time, it is worth introducing light resistance training to build muscle tissue, which accelerates calorie burning at rest.

Complications and Consequences of Obesity

Improperly treated or underestimated obesity is a direct path to premature disability. Serious medical consequences include progressive type 2 diabetes, which destroys small blood vessels, the kidneys, and the retina. Untreated hypertension and dangerous lipid disorders rapidly lead to the development of atherosclerosis, increasing the risk of a heart attack and ischemic stroke. The liver undergoes non-alcoholic fatty degeneration, which can evolve into cirrhosis. Obesity is also a proven major risk factor for cancer (especially colon, postmenopausal breast, and kidney cancer), as fat tissue maintains a chronic inflammatory state and elevated estrogen levels in the body.

Obesity Prevention

Halting this disease requires the implementation of healthy principles into daily routines. It is crucial to ensure balanced meals and completely eliminate sweetened beverages and juices, which are a source of a massive amount of empty liquid calories and are responsible for the wave of obesity among children. Ultra-processed foods must be avoided. Sleep hygiene is also extremely important and often underestimated—a minimum of 7-8 hours of uninterrupted sleep helps maintain the natural balance of hunger and satiety hormones. Conscious management of chronic stress, in turn, prevents the daily spikes of cortisol that pave the way for abdominal fat accumulation.

Cost of Obesity Treatment

Patients often ask how the cost of obesity treatment is calculated. The price of therapy is always priced fully individually based on the selected medical pathway. It includes the costs of endocrinological and dietary consultations, the scope of necessary laboratory tests, and the cost of modern incretin drugs prescribed by a doctor. If a patient is qualified for a bariatric procedure, the total cost takes into account preoperative preparation, the surgery itself, and full hospital care during the first few days. The detailed price list is always transparent and thoroughly discussed with the patient.

Advantages of Obesity Treatment at Our Clinic

By choosing our facility, you receive uncompromising professionalism and safety at every stage. Medical obesity treatment at our clinic guarantees comprehensive care under one roof. Our specialists work in a close-knit team, constantly exchanging information about the patient's progress and tolerance to the prescribed preparations. We use only proven procedures based on reliable scientific evidence (Evidence-Based Medicine).

Book Your Obesity Treatment

Regain full control over your health and body weight before irreversible cardiological or metabolic complications occur. If you want to permanently and safely shed excess pounds under the watchful eye of the best experts, sign up for obesity treatment today. Contact our friendly reception desk by phone to choose a convenient appointment time, or use the convenient contact form on our website. Together, we will develop a safe action plan.

Frequently Asked Questions

Do hormones affect obesity?

Yes, and in a crucial way. The endocrine system directly determines how our body uses and burns energy. A deep deficiency of thyroid hormones slows down metabolism, and a chronic excess of insulin in the bloodstream forces cells to immediately store fat tissue and blocks its burning. A high cortisol level (caused by stress) intensifies this process, prioritizing fat deposition in the abdominal region.

What is the connection between diabetes and obesity?

Type 2 diabetes is a consequence of obesity, strictly linked to it by the mechanism of insulin resistance. A large excess of visceral fat causes the cells to become deaf and indifferent to the action of insulin. The pancreas produces more and more of it, gradually becoming exhausted. When insulin production drastically drops, the sugar level rises above the norm, and diabetes develops. Losing just 10-15% of body weight in the early stages can fully reverse this destructive process.

What is obesity surgery?

Modern weight-loss surgery (bariatric surgery) is a minimally invasive surgical procedure within the gastrointestinal tract. The most effective current techniques are the sleeve gastrectomy and the gastric bypass. These methods not only mechanically force the patient to consume very small portions of food but, above all, permanently reset the damaged physiological hormonal balance of the intestines.

How does a lack of sleep affect the development of obesity?

Chronic sleep deprivation is a major silent culprit of obesity. Sleeping too little drastically lowers the production of leptin (the hormone responsible for long-term satiety) and very strongly boosts the level of ghrelin (the stomach hormone that stimulates uncontrolled hunger). As a result, a sleep-deprived person eats an average of 300-500 more kilocalories during the day, instinctively reaching for high-carbohydrate, fattening products.

Does alcohol affect the development of obesity?

Alcohol has a massive, destructive impact on fat accumulation. It is a huge source of empty calories—just one gram of pure alcohol provides the body with as much as 7 kcal. After its consumption, the body treats alcohol as a dangerous toxin, immediately halting the fat-burning process in order to metabolize the drink. Alcohol additionally removes inhibitions in the brain, provoking appetite attacks for unhealthy food late at night.