Stem Cell Therapy - Male & Female Hormone Support

Pro-hormonal stem cell therapy is used to help with the symptoms of hormonal imbalance in men and in women. The therapy works synergistically to intervene in the endocrine and anti-aging systems of men and women thereby helping to provide an improvement in symptoms and normalize organic functions of the reproductive system. Later in life, we are not necessarily concerned with reproducing, however, we are concerned with how hormones govern the overall constitution and physiology of the body, therefore, this is the reason why many feel the effects of aging in a negative way because they are missing the normal balance in hormone levels they took for granted in their youth. Pro-hormonal stem cell therapy effectively protects the body by preventing the proliferation of diseases linked to the aging body’s environment, stimulates the hormonal cycle, revitalizes cell function and activates, in men and in women, the natural production of testosterone and estrogen that is lost over the years.

The pro-hormonal stem cell therapy does not contain chemicals or pharmaceutical drugs, does not produce side effects and can be combined with any medication. For this reason, this therapy improves quality of life by reducing a series of problems, among which are: loss of energy, fatigue, decreased ability to concentrate and memory, depression, lack of motivation, irritability, muscle weakness, decreased desire or sexual potency, decreased physical vigor, insomnia, weight gain, dry skin, osteoporosis, joint pain, and often decreased height, among other undesirable conditions which can be avoided and improved by the use of pro-hormonal stem cell therapies.

Millions of women around the world suffer from some type of hormonal imbalance, whether it be menopause or perimenopause, postmenopause, severe PMS, surgical menopause, adrenal fatigue or some thyroid disorder. Most women have symptoms or disorders related to a decline in hormonal activity. It is estimated that only one in three women is free of these symptoms. Beyond the hormonal implications, symptoms or early menopause and related conditions are also connected to your stress levels, poor nutrition, lack of exercise, and the environmental toxins your body is exposed to every day. The truth is that while some of these conditions are unavoidable, their symptoms are not. However, these transition stages can be smooth and pleasant.

Menopause, or permanent loss of menstruation, correlated with a drop in estrogen production, produces metabolic problems and discomfort. For this reason, the quality of life decreases and a series of problems arise such as loss of energy, fatigue, decreased ability to concentrate and memory, depression, lack of motivation, irritability, muscle weakness, decreased sexual desire or impotence, decreased physical stamina, insomnia, weight gain, dry skin, osteoporosis, joint pain, and decreased height.

Mechanism of Action

The components of the various formulas reach the cells, either directly or indirectly by blood in the case of oral products, and are incorporated by them, through the various means of cell transport, depending on the size of the molecules of the elements in question. In the case of large molecules, their incorporation into cells will be by receptor-mediated endocytosis, following the chain: vesicle, endosome, and lysosome. In the case of smaller molecules, their incorporation will be by simple diffusion or protein-facilitated diffusion.

The cellular extracts that have entered the cells by endocytosis, are made up of molecules whose atoms are linked together by chemical bonds, in which energy is retained. Both matter and energy are used by the cell, through a process called cellular digestion, which breaks down the molecules by the action of the hydrolase enzymes contained in the lysosomes.

Endocytosis consists of a transport medium according to which the cell forms a depression in its membrane, which engulfs the elements to be incorporated, forming a vacuole that then closes around these elements and transports them to assimilation and digestion bags called Lysosomes, where they are catabolized and assimilated. Pinocytosis is a type of nonspecific endocytosis of dissolved molecules. Some of the contents of any vesicle that forms on the plasma membrane will have dissolved molecules that have seeped into the vesicle in a non-specific manner. To a greater or lesser extent, all endocytosis routes carry out pinocytosis. Peptides are used to facilitate endocytosis and pinocytosis.

The mechanism of action of peptides is similar to that of drugs, since the last three amino acid residues adjacent to the C-terminal region of peptides that have therapeutic activity are strongly linked to the active site where they have a higher specificity of inhibition, so the biopeptides are protected in enteric-coated tablets and capsules to prevent their degradation in the acidic environment of the stomach allowing for the best absorption in the intestinal tract of the small intestine, thus giving the highest amount of absorption in blood. To achieve the highest level of absorption, catalysts have been incorporated into each formula along with three amino acids residues of arginine, glycine and aspartic acid to increase the body’s chemical reaction for coupling and subsequent absorption, because by incorporating this sequence into the different peptide chains at different positions of the type of formula allows new variants in both the negatively charged side chain of aspartic acid along with the positively charged side chain of arginine. Additionally, the formula and methods have been developed in such a way as to improve their absorption when they are administered orally to bind to the target molecule and subsequently activating its therapeutic effect when reaching the target cells, tissues, and organs.