Is Micropropagation The Same As Tissue Culture?

Plant tissue culture is a technique for keeping and developing plant cells, tissues, and organs in sterile conditions in a test tube under regulated environmental conditions. Explant refers to any component of a plant that has been removed and grown in a test tube under sterile circumstances in special nutritional media. Plant tissue culture is based on the ability of plants to grow a complete plant from any cell or explant (cellular totipotency). To create a new plant, single cells, plant cells without cell walls (protoplasts), parts of leaves, stems, or roots, embryo, and anther can be employed.

Plant clonal propagation in closed vessels under aseptic conditions is known as micropropagation. The plants are cultivated in vitro, which means 'in glass,' inside the containers, on culture media that contains nutrients and growth regulators. Soil-grown plants, on the other hand, are referred to as in vivo. Plants propagated in vitro are smaller than plants propagated in vivo, hence the term "micropropagation." Rose varieties are clonally propagated and so make good micropropagation candidates. The tissue culture technique of micropropagation is utilized for the rapid vegetative replication of ornamental plants and fruit trees. This tissue culture approach yields a number of plants. Each of these plants will have the same genetic makeup as the original plant from which it was developed. Well-rooted plants are taken from culture vessels and transferred to hardening and eventual field transplantation in a controlled, but the non-sterile environment.

Micropropagation has the following advantages:

–        Rapid plant multiplication in a short period of time and on a tiny scale;

–        Plants are obtained under regulated conditions, regardless of the season.

–    This strategy is used to multiply sterile plants or plants that are unable to keep their characteristics through sexual reproduction.

–        This process multiplies rare and endangered plant species, allowing them to be rescued.

–     For horticulture and agriculture, virus-free plants such as potatoes, sugarcane, banana, and apple are grown.

Plant cell development in liquid culture in bioreactors on a large scale for the generation of important chemicals. By fusing protoplasts from distantly related species and regenerating the hybrid, a novel hybrid can be created. Salt, drought, heavy metal, low temperature, herbicide-resistant plants were selected quickly in vitro. Regenerate entire plants from genetically engineered ,plant cells