Biocatalyst, blood biochemistry and Synthesit

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All cells require enzymes — the protein biocatalysts. Enzymes reduce energy consumption in biochemical reactions and are responsible for all vital processes in the cells.

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Iron is an essential component of many enzymes, particularly in blood cells. It is required for oxygen transport, cell energetics and metabolism.

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Synthesit works as a powerful iron-based biocatalyst for blood cells. It gives us additional resources; stimulates oxygen transport and optimizes cell metabolism.

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The obtained extra powers can be used to 1) generate new blood cells; 2) to regulate the immune system, and 3) to support regeneration. Thus, our organism receives essential energy for health and youth.

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So, the resources provided by Synthesit can be used for blood cell renewal. Generation of new blood cells — hematopoiesis — is a complex process, which takes place in the bone marrow. The bone marrow volume starts to reduce almost immediately the birth. A child of 15 kg has around 1–1.5 kg of bone marrow. In adults bone marrow is of the same amount regardless of the body weight, while the request for new blood cells is higher.

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New erythrocytes, platelets, and leukocytes have to be constantly generated but our organism does not always have enough energy and resources, proteins, carbohydrates, water and minerals, vitamins and microelements.

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New blood cells are in particular demand for women throughout the menstruation cycle, especially when weakness and emotional instability are present. New immune cells are required during the infection onsets and immunodeficiency risks burdening oncotherapy or AIDS. The restoration of platelet number is a key recovery factor after hemorrhagic fever.

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Synthesit gives us additional energy and resources. Synthesit stimulates blood circulation — thus, helps to maintain the hematopoietic niche and to support blood stem cells. Altogether, the blood cells are slowly renewing, and we can get enough erythrocytes for oxygen transport, platelets for hemostasis and leukocytes for immunity.

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