Nanochemistry and biotechnology

Nanocomplex systems and their role in the food supply system 

Pruntseva G.O.
PO “Institutional reforms”, 
Tsitadelna str, 4/7, 51. Kiev-01015, Ukraine.
E-mail: gelenaprunceva@gmail.com

	All living organisms, from simple organisms to humans, are open systems. They exchange energy and information with the environment. It is proved that electromagnetic radiation is the main carrier of information within a biological object, between biological objects, and also between people. A living organism interacts informatively with external electromagnetic fields. And the process of transmitting information is energetic, spatial and temporal. It is known that the interaction of external factors with a person occurs at the cellular level. As a result, on the one hand, there is a huge amount of information that cannot be located in the cell nucleus, and on the other hand there is a “global awareness” of each cell about everything that happens in the body [1]. This suggests a possible existence and functioning of information systems, the so-called nanocomplexes of the human body.
	Energy exchange plays a major role at all stages of the origin and development of life. All functions of the body - from brain activity to the growth of nails and hair - depend on the availability and consumption of energy. Recall that the body consumes free energy for physiological work, but then returns it to the environment in another form [2]. It can also be part of the functions of the nanocomplex systems of the human body.
	Thus, the process of information exchange and energy exchange between a person and the environment can be components of the nanocomplex system of the human body. Understanding the functioning of the nanocomplex systems is important for building and ensuring the efficient operation of the food supply system

1 Polyakov V. Biomedical nanotechnology. – Rostov-na-Donu, Taganrog: Izdatelstvo Yuzhnogo federalnogo universiteta, 2018. – 129 p.
2. Ivanov K.P. Modern Medical Problems of Energy Exchange in Humans // Vestnik RAMN. – 2018. - № 6. – pp. 56-59