Biotechnology has evolved greatly from the beginning of human interaction with living organisms on the basis of scientific established by traditional methods until now reached the modern development, where the treatment of human living material with the most accurate in what is known as the vaccination of genes and transfer from one organism to another ..
The remarkable scientific achievements of the middle of the century are the discovery of the nature of the genetic material, as well as the discovery of the mechanisms of protein synthesis, the first building blocks in the development of biotechnology to reach its current concept. These discoveries resulted in a remarkable evolution in genetics, In many ways of dealing with basic science facts (plants, animals, etc.), as well as the development of research methods used in biotechnology in various fields, and finally the emergence of advanced biotechnology.
Biotechnology has evolved radically since the early 1970s and expanded and expanded to a degree that had a growing impact on the world's economies. Then came the revolution of enzymes, including polymerization enzymes, specialized cutting enzymes, reverse transcription enzymes and others. Which accelerated the circulation of genetic material in an integrated scheme to reach a certain goal. This development revolves around a unique cornerstone, that genetics can now put genetic material on the table of operations to become adapted to change in quantity and quality, so that it is deleted or added to it and rephrased to express itself in a new way, called genetic grafting. It is a contemporary trend in biology that has crystallized over the past few decades. Its task is to design innovative forms of curriculum, in other words controlling the qualities of you and how much more than all other methods such as selection, hybridization and fertilization.
The first was the first green revolution: the use of traditional means to improve the elements of animal production, and the second green revolution, which was based on careful handling of the living material in what is known as genetic engineering to add the genes for increasing production and production of lotions Immunological, diagnostic and therapeutic treatment of animals and genetic programming for fish improvement.
The remarkable scientific achievements of the middle of the century are the discovery of the nature of the genetic material, as well as the discovery of the mechanisms of protein synthesis, the first building blocks in the development of biotechnology to reach its current concept. These discoveries resulted in a remarkable evolution in genetics, In many ways of dealing with basic science facts (plants, animals, etc.), as well as the development of research methods used in biotechnology in various fields, and finally the emergence of advanced biotechnology.
Biotechnology has evolved radically since the early 1970s and expanded and expanded to a degree that had a growing impact on the world's economies. Then came the revolution of enzymes, including polymerization enzymes, specialized cutting enzymes, reverse transcription enzymes and others. Which accelerated the circulation of genetic material in an integrated scheme to reach a certain goal. This development revolves around a unique cornerstone, that genetics can now put genetic material on the table of operations to become adapted to change in quantity and quality, so that it is deleted or added to it and rephrased to express itself in a new way, called genetic grafting. It is a contemporary trend in biology that has crystallized over the past few decades. Its task is to design innovative forms of curriculum, in other words controlling the qualities of you and how much more than all other methods such as selection, hybridization and fertilization.
The first was the first green revolution: the use of traditional means to improve the elements of animal production, and the second green revolution, which was based on careful handling of the living material in what is known as genetic engineering to add the genes for increasing production and production of lotions Immunological, diagnostic and therapeutic treatment of animals and genetic programming for fish improvement.
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Genetic Engineering