The cell culture of high-end plants in simple, nutritious solutions demonstrates the capabilities and capabilities of this cell. It also provides us with information on the internal relationships and physiological effects of the cell within the body of the plant. To verify the cell's abilities, the cell must be rid of all the surrounding effects. Environmental or genetic factors within the plant body, and to have the opportunity to replicate and replicate those events that culminate in complete plant formation.
It is certain that some types of plant cells Totipotent under appropriate conditions are divided to give embryonic structures developed to give a whole plant, where the process of reversal of the process of excellence where the complete or partial suppression of some genetic possibilities, and restore the cell all its potential.
In fact, it is possible to provide a laboratory system in which a large number of homogeneous cells that can be transformed in large or high density into vegetative organs or structures - such as roots or stems, genetic structures, or even specialized cells of a particular species - It has a great biological value and provides a rare opportunity to study biochemical, natural or synthetic changes during the stages of plant growth and development.
And plant tissue culture in the laboratory under conditions without the possibility of microbial contamination in order to reach those goals, which is known as the techniques of plant tissue culture, and the term Tissue culture to indicate the cultivation of any plant part of the industrial environment in the laboratory.
It is certain that some types of plant cells Totipotent under appropriate conditions are divided to give embryonic structures developed to give a whole plant, where the process of reversal of the process of excellence where the complete or partial suppression of some genetic possibilities, and restore the cell all its potential.
In fact, it is possible to provide a laboratory system in which a large number of homogeneous cells that can be transformed in large or high density into vegetative organs or structures - such as roots or stems, genetic structures, or even specialized cells of a particular species - It has a great biological value and provides a rare opportunity to study biochemical, natural or synthetic changes during the stages of plant growth and development.
And plant tissue culture in the laboratory under conditions without the possibility of microbial contamination in order to reach those goals, which is known as the techniques of plant tissue culture, and the term Tissue culture to indicate the cultivation of any plant part of the industrial environment in the laboratory.
