Treatment of hair loss is based on understanding the cause and type of the process. Without this, it is impossible to choose the correct approach. The goal of treatment is not simply to reduce hair loss, but to restore the normal hair growth cycle.
Magnesium is one of the fundamental minerals without which stable functioning of the cardiovascular system is impossible. When magnesium is deficient, the heart is often one of the first structures to respond, with rhythm disturbances and reduced tolerance to physical load. At the same time, magnesium does not play a narrowly “cardiological” role, but participates in the functioning of the nervous, gastrointestinal, muscular, skeletal, and other systems of the body. It is involved in hundreds of biochemical processes, supports energy metabolism, regulates cellular excitability, and influences the body’s adaptation to physical and psychological stress. At the same time, magnesium deficiency remains one of the most common and, at the same time, one of the least recognized conditions.
Carpal tunnel syndrome is a condition in which the median nerve is subjected to prolonged compression within the carpal tunnel at the level of the wrist. The underlying problem is not muscle inflammation, joint wear, or skin damage, but chronic pressure on the nerve within a confined anatomical space.
Although the physiological changes of pregnancy develop simultaneously across many systems, different processes may dominate at different stages. In early pregnancy, hormonal shifts, restructuring of vascular tone, activation of the thyroid gland, and increased toxic load associated with the processing of a large volume of hormonal metabolites are more pronounced. In mid-pregnancy, the increasing metabolic load and the expansion of circulating blood volume come to the forefront. In late pregnancy, mechanical and compressive factors related to uterine growth become more prominent.
Pregnancy is a period when the body begins to function under significantly altered conditions. Within a short time, the systems of circulation, digestion, hormonal regulation, immunity, metabolism, and the functioning of internal organs undergo restructuring. These changes are normal and are aimed at the development of the child; however, they require a large amount of resources and stability of all physiological processes.
The speed and pattern of aging differ for each person: in one, blood vessels are the first to be affected, in another — the joints, and in a third — the cognitive sphere. Therefore, an effective program must be based on objective data, not only on the clinical picture.
Aging is a natural biological process that affects every level of the body’s functioning. Over time, the ability of cells to repair themselves declines, damage accumulates, and adaptive mechanisms weaken. But the pace and manifestations of aging vary greatly from person to person: some remain active and mentally sharp well into old age, while others experience significant decline as early as middle age.
Asthma is a chronic inflammatory disease that can become life-threatening if attacks are not controlled with medication. During an asthma attack, the airways narrow and fill with mucus, leading to symptoms such as coughing, shortness of breath, and wheezing.
Bifidobacteria are one of the key representatives of the normal gut microbiota, playing an important role in maintaining overall health. They colonize the intestines from the first days of life and participate in numerous processes that support digestion, strengthen the immune system, and synthesize essential vitamins.
However, with age and under the influence of various factors, their numbers decrease, leading to microbial imbalance and increasing the risk of various diseases. Understanding the distribution of bifidobacteria in the gut, their functions, and the factors that affect their levels helps maintain microbiome balance and prevent potential health problems.
Microbiome refers to the collection of microorganisms that inhabit not only the gut, but also the skin, respiratory tract, mucous membranes, urogenital system, and even the surrounding environment. The human body contains more microbial cells than human cells: for every human cell, there are about 1.3 microbial cells. The total mass of the microbiome is 1.5–2 kg, and its genes outnumber human genes by a factor of 150.
