Seven growth factors in bovine colostrum are necessary for the survival of effector neurons. In vitro experiments have proved that nerve cells can neither grow axons nor survive if seven growth factors of bovine colostrum are not added to the culture medium.

Neurotrophic prescription factors and their receptors are also widely distributed in the central nervous system. Neurotrophic prescription factors produced by hippocampus and cerebral cortex can be retrograde transported to forebrain basal nucleus through cholinergic nerves, maintaining the survival and function of cholinergic neurons. In the early stage of embryonic development, the content of central nervous nutrition prescription factors determines the density of cholinergic nerves.

These active ingredients enable bovine colostrum to improve gastrointestinal function; It has unique physiological functions such as resisting the infection of intestinal pathogenic bacteria, enhancing the whole body immunity, regulating the balance of physiological state, and accelerating the process of health recovery.

Extended data:

In the peripheral nervous system, several nerve fibers form a nerve fiber bundle, which is surrounded by several nerve fiber membranes (that is, nerve adventitia) composed of flat epithelial cells. Several nerve fiber bundles are concentrated to form nerves.

Each nerve fiber is wrapped by a neurointima composed of reticular loose connective tissue. Nerves connect nerve centers, sensory organs and effectors, and nerves composed of sensory afferent fibers are called sensory nerves;

Nerves composed of efferent nerve fibers that transmit impulses to the effector are called motor nerves, and most nerves are composed of sensory fibers and motor fibers.

References:

Baidu encyclopedia-neurotrophic function