Immunoenhancing drugs are not easily destroyed by RNase, DNase and trypsin. They are important factors in cellular immune response. They are non-antigenic themselves, but can transmit the cellular immune reactivity of multiple antigens, enhance the immune reactivity of receptor cells, promote the chemotaxis of macrophages, increase delayed cellular responses, and enhance the body's ability to kill tumors.

Immunoenhancing drugs are not easily destroyed by RNase, DNase and trypsin. They transmit the cellular immune reactivity of multiple antigens, enhance the immune reactivity of receptor cells, promote the chemotaxis of macrophages, increase delayed cellular reactions, and enhance the body's ability to kill tumors.

Transfer factors can transfer certain specific and nonspecific cellular immune functions of the donor to the recipient, thereby expanding the recipient's immune response.

Transfer factors can trigger and regulate cellular immune function, sensitizing cells that have not been exposed to antigens, causing T lymphocytes to differentiate and proliferate into effector T cells, generating a synergistic reaction, turning into sensitized lymphocytes and releasing lymphokines with immune activity to attack foreign substances such as viruses in the body.

Activate macrophages and enhance the ability of macrophages that participate in immune responses to recognize, bind, phagocytize and digest antigens.

Transfer factor can also increase the production of various cytokines in the body, such as interleukin II and interferon, adjust multiple immune indicators, act on multiple links of the immune system, correct the body's immune imbalance, and adjust low or hyperactive immune function.

It protects the reproductive function of the body's bone marrow hematopoietic stem cells, prevents the decrease of the bone marrow stem cell mitosis index caused by certain radiation and drugs, and enhances and regulates the body's cellular immunity and bone marrow hematopoietic function.

Transfer factors can transfer certain specific and nonspecific cellular immune functions of the donor to the recipient, thereby expanding the immune response of the recipient; triggering and regulating cellular immune functions, sensitizing cells that have not been exposed to antigens, and causing T lymphocytes to differentiate and proliferate into effector T cells, resulting in a synergistic reaction, turning into sensitized lymphocytes and releasing immune-active lymphokines to attack foreign substances such as viruses in the body; activating macrophages, and enhancing the ability of macrophages that participate in the immune response to recognize, bind, phagocytose and digest antigens; increasing the production of multiple cytokines such as interleukin II and interferon in the body, adjusting multiple immune indicators, acting on multiple links of the immune system, correcting the body's unbalanced immunity, and adjusting low or hyperactive immune functions; protecting the reproductive function of the body's bone marrow hematopoietic stem cells, preventing the decrease in the mitotic index of bone marrow stem cells due to certain radiation and drugs, and enhancing and regulating the body's cellular immunity and bone marrow hematopoietic function.

Transfer factors can transfer certain specific and nonspecific cellular immune functions of the donor to the recipient, thereby expanding the immune response of the recipient; triggering and regulating cellular immune functions, sensitizing cells that have not been exposed to antigens, and causing T lymphocytes to differentiate and proliferate into effector T cells, resulting in a synergistic reaction, turning into sensitized lymphocytes and releasing immune-active lymphokines to attack foreign substances such as viruses in the body; activating macrophages, and enhancing the ability of macrophages that participate in the immune response to recognize, bind, phagocytose and digest antigens; increasing the production of multiple cytokines such as interleukin II and interferon in the body, adjusting multiple immune indicators, acting on multiple links of the immune system, correcting the body's unbalanced immunity, and adjusting low or hyperactive immune functions; protecting the reproductive function of the body's bone marrow hematopoietic stem cells, preventing the decrease in the mitotic index of bone marrow stem cells due to certain radiation and drugs, and enhancing and regulating the body's cellular immunity and bone marrow hematopoietic function.

It enhances the body's disease resistance by regulating the body's cellular immunity, humoral immunity, stimulating the reticuloendothelial system, activating the function of monocytes and macrophages, and enhancing the function of natural killer cells; it achieves anti-allergic and anti-asthmatic effects by stabilizing mast cells, blocking IgE function, reducing the release of active substances from degranulated cells, and resisting bronchospasm caused by acetylcholine.

It enhances the body's disease resistance by regulating the body's cellular immunity, humoral immunity, stimulating the reticuloendothelial system, activating the function of monocytes and macrophages, and enhancing the function of natural killer cells; it achieves anti-allergic and anti-asthmatic effects by stabilizing mast cells, blocking IgE function, reducing the release of active substances from degranulated cells, and resisting bronchospasm caused by acetylcholine.

Extract from the above information