Hormones Under Control: Skin, Weight, and Well-Being

Thyroid Gland

The thyroid gland is a vital endocrine organ that produces the thyroid hormones thyroxine (T4) and triiodothyronine (T3). These hormones regulate metabolism, thermoregulation, protein synthesis, lipid and carbohydrate metabolism, and influence the cardiovascular, nervous, and reproductive systems.

From an aesthetic perspective, thyroid hormones affect skin metabolism, the activity of sebaceous and sweat glands, the hair growth cycle, nail condition, body weight, muscle tone, tissue water balance, and fluid retention.

Thyroid hormones (T3 and T4) determine the body’s basal metabolic rate.

When the levels of these hormones decrease, hypothyroidism develops. This deficiency of thyroid hormones affects many aspects of health, including the skin, body weight, and overall well-being, as the thyroid gland is no longer producing sufficient amounts of hormones.

When thyroid hormone levels (T3 and T4) are elevated, hyperthyroidism (thyrotoxicosis) develops. In this condition, many metabolic processes become accelerated.

As a result of the increased metabolic rate, the skin often becomes:

• warm and moist due to generalized hyperhidrosis (excessive sweating);
• prone to redness, including facial erythema, redness of the upper chest, and palmar erythema;
• itchy (sometimes without a visible rash), especially in the evening or after a hot shower;
• highly sensitive to heat;
• susceptible to heat rash and skin irritation.

Spider veins may also appear on the cheeks and around the nose.

It has been well established that the cardiovascular system is one of the primary target organs of thyroid hormones. Cardiac hemodynamic parameters are highly sensitive to fluctuations in thyroid hormone levels. Therefore, heart rate variability (HRV) analysis is widely used to evaluate autonomic nervous system regulation.

Studies of patients with hypothyroidism have identified two characteristic clinical autonomic syndromes:

• Persistent vagotonia syndrome
• Energy deficiency syndrome

The development of vagotonia in hypothyroidism is associated with the loss of the stimulatory effect of thyroid hormones on the sympathetic nervous system. At the same time, parasympathetic activity becomes more pronounced, leading to trophotropic responses and the development of a trophotropic syndrome.

This syndrome is characterized by:

• reduced alertness;
• increased parasympathetic nervous system activity;
• metabolic alterations;
• decreased muscle tone;
• lower blood pressure;
• reduced heart rate.

The energy deficiency syndrome results from significant suppression of tissue metabolism and may contribute to poor tolerance of thyroid hormone replacement therapy in patients with primary hypothyroidism.

Therefore, before initiating therapy, it is advisable to assess autonomic regulation and heart rate variability using VedaPulse.

Biohacking Module

The Biohacking module helps identify the risk of developing diseases and pathological conditions.

Using this module, specialists can easily identify pathological tendencies in key body systems, including the endocrine system, and assess the degree of risk in major functional areas as:

• Low
• Moderate
• High
• Very high

The module also evaluates the overall functional load of each system using the Integral State scale.

Cosmetology Module

An imbalance between the sympathetic and parasympathetic divisions of the autonomic nervous system makes the skin more vulnerable to pathological changes.

Studies of patients with chronic dermatological conditions have demonstrated alterations in heart rate variability, reflecting autonomic nervous system dysfunction.

The Cosmetology module creates an individualized skin profile, assessing:

• skin type;
• skin permeability;
• collagen levels;
• hyaluronic acid content;
• regenerative capacity;
• fibroblast activity and quantity;
• inflammatory tendency;
• toxin accumulation level.

This comprehensive assessment allows practitioners to develop highly personalized preventive and therapeutic cosmetic programs.

Diet Therapy Module

The Diet Therapy module can be used to help correct iodine deficiency.

Open:
Constructor → Nutrients → Minerals → Iodine

Select foods with high iodine content and create an individualized dietary plan (“food recipe”) for the patient.

Microbiome Module

The Microbiome module evaluates the severity of metabolic endotoxemia and the subsequent low-grade inflammatory process in different microbiome biotopes through the analysis of autonomic dysfunction.

Changes in the intestinal microbiota may indirectly influence thyroid function. The gut microbiota actively participates in thyroid hormone metabolism and supports their enterohepatic circulation.

Research into the relationship between the intestinal microbiota and thyroid function has led to the development of the gut—thyroid axis concept.

Today, the gut microbiota is increasingly regarded as an endocrine organ located within the intestine that interacts closely with the body’s endocrine system.

Therefore, when designing a comprehensive program to support thyroid function, it is recommended to assess intestinal microbiota status using the Microbiome module.

Maintaining hormonal balance is essential for overall health. When hormones function properly, healthy skin, stable body weight, and good well-being naturally follow.

With VedaPulse, specialists can identify potential functional imbalances before clinical disease develops, helping patients keep their hormonal balance and metabolism under continuous control.