Space is the cosmic region behind the so-called atmospheric atmosphere that surrounds the planet. Many stars, planets, galaxies and galaxies are characterized by a lack of gravitational forces. In the second half of this century, man began to study space, where Russian Yuri Gagarin was the first pioneer in this While a number of vehicles and ships are currently in outer space, a number of astronauts perform special tasks and experiments to optimize the use of space research applications.
Genomia Space ... New Scientific Branch:
Is the study of the function of genes in the presence of abnormal environmental conditions, ie in the space environment, which aims to study everything related to the genome (genetic staff) in the environmental conditions of space, and match the results of the results of studies conducted in natural environmental conditions.
Geneticists have experimented with the normal conditions of living cells by engineering the genome of some plants by introducing new genes for their genetic crew to produce substances that are normally unable to produce them. The plant has been modified to produce some plastics, and scientists have succeeded in producing a plant that gives potato tubers under the soil and tomato fruits over the soil, which can be called potato or tomatos. This has led scientists to break into the genome technique under abnormal conditions.
The dream of space biology has long been a human hope. To achieve this dream, the three former Soviet space agencies, TASS, NASA and ESA, have set up in their basic programs the attempt to cultivate space by providing industrial On micro and macro nutrients needed for plant life and growth. Experiments went beyond that to try to understand how functional processes within plant cells farmed in space, or to plant them in space, then transfer them to the natural environment of "terrestrial soil" and record the differences between their functional performance and performance The Prophet And then went so far as to ask many questions such as: Does the genetic crew express itself in the space environment as in the terrestrial environment? Will the space environment provide a solution to the mystery of moving genes within the genome? Will the space environment provide new environments for conserving the genome of organisms? Can we partially control gene expression through a new space genetic mechanism?
To answer these questions, many living cells were cultured in the space environment, with adequate and adequate conditions to maintain their vitality, and study of genetic behavior during the space culture process at the first split stage or in other stages of division. The gene expression is translated into electromagnetic waves using High techniques and devices that allow the genetic movements of the genetic groups to be converted into electrical pulses that can be shown on certain screens. Using the electromagnetic analysis of the visible waves, genetic behavior can be determined within that broad architecture, which the mind can not manage Here, and then provide us with "Space Jinomaa" answer the question: Is there life outside of planet Earth? Where "space genomics" give hope to examine any vital part of a "very small living matter" scattered in the universe to reach the reality of cosmic life.
Genomia Space ... New Scientific Branch:
Is the study of the function of genes in the presence of abnormal environmental conditions, ie in the space environment, which aims to study everything related to the genome (genetic staff) in the environmental conditions of space, and match the results of the results of studies conducted in natural environmental conditions.
Geneticists have experimented with the normal conditions of living cells by engineering the genome of some plants by introducing new genes for their genetic crew to produce substances that are normally unable to produce them. The plant has been modified to produce some plastics, and scientists have succeeded in producing a plant that gives potato tubers under the soil and tomato fruits over the soil, which can be called potato or tomatos. This has led scientists to break into the genome technique under abnormal conditions.
The dream of space biology has long been a human hope. To achieve this dream, the three former Soviet space agencies, TASS, NASA and ESA, have set up in their basic programs the attempt to cultivate space by providing industrial On micro and macro nutrients needed for plant life and growth. Experiments went beyond that to try to understand how functional processes within plant cells farmed in space, or to plant them in space, then transfer them to the natural environment of "terrestrial soil" and record the differences between their functional performance and performance The Prophet And then went so far as to ask many questions such as: Does the genetic crew express itself in the space environment as in the terrestrial environment? Will the space environment provide a solution to the mystery of moving genes within the genome? Will the space environment provide new environments for conserving the genome of organisms? Can we partially control gene expression through a new space genetic mechanism?
To answer these questions, many living cells were cultured in the space environment, with adequate and adequate conditions to maintain their vitality, and study of genetic behavior during the space culture process at the first split stage or in other stages of division. The gene expression is translated into electromagnetic waves using High techniques and devices that allow the genetic movements of the genetic groups to be converted into electrical pulses that can be shown on certain screens. Using the electromagnetic analysis of the visible waves, genetic behavior can be determined within that broad architecture, which the mind can not manage Here, and then provide us with "Space Jinomaa" answer the question: Is there life outside of planet Earth? Where "space genomics" give hope to examine any vital part of a "very small living matter" scattered in the universe to reach the reality of cosmic life.