Muracol Protect is a completely safe product. There is no evidence of side effects. Possible intolerance to the lactose and egg yolk contained should be taken into account.
Purpose : Muracol Protect is a very useful nutritional supplement with a strong revitalizing effect. It is used to restore and maintain optimal functioning of the immune system. This helps to increase resistance to viral and bacterial infections, as well as to make them milder in case of illness. It maintains metabolism in a favorable accordance with the needs of the body. Muracol Protect can be a useful nutritional supplement for recovery after chemotherapy and radiotherapy.
No contraindications have been identified. The presence of lactose and egg yolk should be taken into account.
Dosage:
To optimize the immune system and for general strengthening of the body – 4 g, in the morning before meals; For children up to 8 years old – 2 g.
To restore a compromised immune system due to prolonged illness – 2 X 8 g, morning and evening before meals
As a useful food during chemotherapy and radiotherapy – 3 x 8 g, morning, noon and evening
Important note! Do not exceed the daily dose. The product is not suitable for use as the sole source of nutrition. Intake during pregnancy, breastfeeding and for children up to 2 years of age should be coordinated with a specialist.
Muracol Protect is stored in a cool place, avoiding direct sunlight. Keep out of reach of children. The shelf life is 18 months.
Certificate – IP No. 048/22.11.2016 for Author's Product – Innovation:
A method for directly using egg yolk for microencapsulation of biologically active supplements to fully utilize their beneficial potential.
Table. Content of the main components of Muracol Protect Table – Calories Norms
BPPs are the most important components of colostrum and Muracol Protect. BPPs function as signal peptides derived from activated macrophages and activated T-cells that control the production of all cytokines. These naturally occurring peptides are found throughout the body and are master regulators of protein synthesis. BPPs are also referred to as info-peptides, info-proteins, or cytokine precursors.
BPPs have the unique ability to modulate the immune system. They increase the level of its activity when needed – infections and injury, and reduce it when the challenge is overcome. When an infection is detected by immune scout cells, chemical signals are released to mobilize other cells to come to the defense to fight the infection. BPPs are one of the first signals to appear at that time. Later, when the infection is overcome, BPPs are again the main signals to normalize the immune response.
Thymus cells – lymphocytes that develop in the thymus gland in the neck – have BPP receptors on their surface membranes. These lymphocytes are stimulated by BPP to differentiate and mature into helper T cells, which are part of the inflammatory process against infection, or into suppressor T cells, which inhibit the inflammatory process. BPPs regulate the differentiation and maturation of monocytes and macrophages, cells that are normally found in the bloodstream and connective tissue that are involved in inflammation.
B cells also induce resting B lymphocytes—lymphocytes that develop in the bone marrow—to differentiate and form mature B cells. B cells are the only ones that produce immunoglobulins (antibodies). B cells regulate the production of various cytokines, which are signaling molecules that regulate the immune response. These include IL-6 (interleukin-6), IL-10, INFg (interferon gamma), and TNF-a (tumor necrosis factor-alpha). This is one of the ways in which B cells regulate the inflammatory response to infection. IL-6 and IL-10 are anti-inflammatory cytokines, but TNF-a is the main cytokine controlling the entire cytokine cascade. Interferon gamma is also an inflammatory cytokine. It is particularly active against viruses.
The inflammatory response is a series of events in which the body mobilizes its defenses at the site of infection. BPPs are involved in the mobilization and control of the production of immune cells. BPPs stimulate the production of leukocytes, which are the main component of the inflammatory response. BPPs increase the permeability of blood vessels in the skin and allow immune cells and antibodies to enter the tissue to fight the infection. BPPs stimulate natural killer cells, which are a specialized type of “hunter-killer” lymphocytes. They are the first to kill anything that is not identified as “self” when infected.
