Neurotropism

Neurotropism is a phenomenon in which the cells and tissues of the body are oriented towards the direction of gravity. This occurs due to the presence of gravity-sensitive receptors in cells. Neurotropic cells can be located in different parts of the body, for example, in the skin, muscles, nervous system, etc.

Neurotropism plays an important role in the regulation of body position and orientation in space. For example, vision and hearing are also associated with neurotropism, since the eyes and ears are located at the top of the head. Neurotropism can also be used to determine the direction of movement of animals and plants.

However, neurotropism can also have negative consequences. For example, cancer can use neurotropism to spread its cells throughout the body. Therefore, the study of neurotropism is important for understanding the mechanisms of disease development and searching for new treatment methods.

Overall, neurotropism is an important process in biology and medicine that can be used to better understand the functioning of the body and develop new treatments for diseases.

Neurotropism is the property of an organism to follow the path of least resistance, as well as changes in its internal state and position in space to achieve specified goals. This is based on the ability of organisms to perceive the smell or taste of various substances, their analysis and information about the intensity/direction of movement. The smell and taste receptors are located in the peripheral regions (upper jaw, hard palate, behind the tongue) of the brain (the higher olfactory centers in the brain are a collection of cortical cells in parts of the hippocampus for each of the five openings of the nose).