What is the binding to the antigen-fence?

The

antigen-antifold binding occurs when the antibody is attracted and attached to the antigen. Although it is attached, the antibody creates a chemical reaction that will eventually lead to the destruction of the antigen. Only specific antibodies can bind to different types of antigens, although antigens that are similar in the structure can be attacked by the same antibodies. The binding between the antigen and the antibody is reversible, so the antibody must try to make more connections with the antigen to remain connected until it rule out the antigen. Many antigens, such as viruses and bacteria, are harmful, while others such as pollen or other allergens are themselves harmless. Antibodies involved in the binding of the antigen-desk are known as immunoglobulins. These are molecules that are manufactured by the body's immune system to destroy the GN front.

immunoglobulins may have high or low affinity for certain antigens. When the level of affinity is high, the binding of antigen and antibodies is strong. This forcesThe connection between immunoglobulin and antigen allows immunoglobulin to overthrow a cascade of chemical reactions that eventually break and destroy antigen.

Although the antibodies for antigen antibody is extremely high, the binding of antigen and antibodies is not permanent. It is possible for antigen to interrupt the connection with the antibody as a defense against her attack. To face this, the antibody must try to bind to antigen through a number of different connections.

The

antigen-enabled binding usually relies on the use of weak electrical cartridges to pull antigen and antibodies together. The affinity of the electrons on the one hand of the binding and the slight negative charge on the other is the most common cause of the binding of these two types of molecules. Types of bonds holding the molecules together can be hydrophobic, electrostatic or hydrogen bonds or van der waals.

all the binding of the antigen-thermot is unlocked, which meansthat they do not share electrons. Discrete molecules remain, even if they are connected together. This means that when they fall apart, everyone is intact.