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Vlad Cherevko I have been interested in all kinds of electronics and technologies since the early 2000s. I like to play computer games and understand the work of different gadgets. I regularly monitor the news of the technology in the world and write materials about it.
The purpose of the program is to create erythrocytes with built -in biological schemes that can identify physiological signals, make decisions and respond to them. Such cells, called “smart red blood cells”, are planned to be used to maintain vital functions in difficult conditions and increase the chances of survival in injury through the regulation of physiological processes and to promote blood clotting.
According to Darpa, the cells will integrate synthetic biological schemes with three main functions: detection of biomarkers, decision making and release of molecules that affect metabolic or physiological states. Initial studies will focus on maintaining physical performance and increased hemostasis. The future considers the possibilities of thermoregulation, universal blood compatibility and adaptation to the highlands.
The program is designed for 36 months and divided into two stages of 18 months. In the first stage, the teams should prove the ability to integrate synthetic schemes during differentiation of stem cells and preserve their functions in mature erythrocytes without a nucleus. The second stage involves improving systems, checking their efficiency and demonstration in real conditions.
The Smart-RBC project is currently at the initial stage of implementation, but already indicates a strengthening of the Pentagon’s financing direction as a defense-oriented defense tool, focused on improving survival, endurance and ability to adapt to difficult and dangerous conditions.
”, – WRITE: mezha.media
Vlad Cherevko I have been interested in all kinds of electronics and technologies since the early 2000s. I like to play computer games and understand the work of different gadgets. I regularly monitor the news of the technology in the world and write materials about it.
The purpose of the program is to create erythrocytes with built -in biological schemes that can identify physiological signals, make decisions and respond to them. Such cells, called “smart red blood cells”, are planned to be used to maintain vital functions in difficult conditions and increase the chances of survival in injury through the regulation of physiological processes and to promote blood clotting.
According to Darpa, the cells will integrate synthetic biological schemes with three main functions: detection of biomarkers, decision making and release of molecules that affect metabolic or physiological states. Initial studies will focus on maintaining physical performance and increased hemostasis. The future considers the possibilities of thermoregulation, universal blood compatibility and adaptation to the highlands.
The program is designed for 36 months and divided into two stages of 18 months. In the first stage, the teams should prove the ability to integrate synthetic schemes during differentiation of stem cells and preserve their functions in mature erythrocytes without a nucleus. The second stage involves improving systems, checking their efficiency and demonstration in real conditions.
The Smart-RBC project is currently at the initial stage of implementation, but already indicates a strengthening of the Pentagon’s financing direction as a defense-oriented defense tool, focused on improving survival, endurance and ability to adapt to difficult and dangerous conditions.