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Antibodies helps in regulating the immune response to fight against various disease

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  Antibodies are molecules that neutralize other molecules. They are a group of interrelated proteins and sometimes act as part of a complex flagellum, or lipoprotein assembly. The most familiar are the white blood cells (lymphocytes) which attack and kill pathogens in the body. Other antibodies have various functions such as regulating the immune response, enhancing the development of healthy T-cells, fighting infections caused by microorganisms, and assisting the natural killer cells in the body to kill tumors. However, the most common one are usually found in the gastrointestinal tract, where they help prevent infection from gastric contents and other agents that may reach the stomach through the small intestine. An Antibodies also called a lectin, mescaline, monoclonal, or tumor necrosis factor is a high, flat Y-shaped protein used by the body's immune system to identify and destroy foreign entities including pathogenic viruses and bacteria. The lectin recogniz...

Bispecific antibody is an artificial protein that is composed of fragments of two different monoclonal antibodies and has ability to bind to two different types of antigen

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  Bispecific antibody (BsAb) is an artificial protein that comprises fragments of two different monoclonal antibodies and has capability to bind to two several types of antigen. Cancer immunotherapy is the absolute most widely explored application of bispecific antibody. Lung, breast and colon cancer are the wider applications of BsAb. Bispecific antibody simultaneously binds to a cytotoxic cell and target tumor cell and destroys it. Bispecific antibodies are emerging a technologically advanced solution for dual targeting strategies within same molecule. Bispecific Antibody is an artificial protein that comprises fragments of two different monoclonal antibodies and has capability to bind to two several types of antigen. Cancer immunotherapy is the absolute most widely explored application of bispecific antibody. The majority of the bispecific antibodies are now being developed for the treating multiple cancers followed by infectious disease, CNS disorders, inflamm...

Antibodies helps in regulating the immune response to fight against various disease

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  Antibodies are molecules that neutralize other molecules. They are a group of interrelated proteins and sometimes act as part of a complex flagellum, or lipoprotein assembly. The most familiar are the white blood cells (lymphocytes) which attack and kill pathogens in the body. Other antibodies have various functions such as regulating the immune response, enhancing the development of healthy T-cells, fighting infections caused by microorganisms, and assisting the natural killer cells in the body to kill tumors. However, the most common one are usually found in the gastrointestinal tract, where they help prevent infection from gastric contents and other agents that may reach the stomach through the small intestine. An Antibodies also called a lectin, mescaline, monoclonal, or tumor necrosis factor is a high, flat Y-shaped protein used by the body's immune system to identify and destroy foreign entities including pathogenic viruses and bacteria. The lectin recognize...

How Antibodies Play Massive Role in Combating Pathogens like Bacteria and Viruses and how are they produced?

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  Antibodies are Y-shaped proteins produced mainly from plasma cells which can be used by the defense mechanisms to neutralize various pathogens such as for example bacteria and viruses. You will find two forms of antibodies: helper-antibodies and regulatory-antibodies. Antibodies that neutralize bacteria or fungi also are called antigens. It was recognized that some viruses are neutralized by the antibodies, although later, antibodies were also found to be responsible for other functions such as for example protection against diseases. Antibodies have already been one of the most important advances in immunology, the study of immunity, the discovery of antibodies against pathogen-associated MHC (Molecular Domain) peptide complexes led to the discovery of T cell-type antibodies. These antibodies combine the innate antiradical activity with the adaptive and therapeutic activity of specific monoclonal antibodies, offering an unprecedented possibility to broaden the repe...