Plants are a rich source of secondary metabolites, and plant cell culture technologies
developed in the past are the best possible tool for secondary metabolites production having …

Plants produce a variety of organic compounds that are not directly involved in the primary
metabolic process, known as secondary metabolites, but essential for the proper functioning …

Plant secondary metabolites comprise diverse groups of chemical compounds such as
phenolic acids, flavonoids, alkaloids, plant steroids, and terpenes. However, the …

The production of secondary metabolites through hairy root cultures has proven its
importance by its escalating commercial relevance. In the present era hairy root cultures are …

Plants are a rich source of valuable secondary metabolites. Plant cell culture technologies
developed in the past as possible tools for secondary metabolites production. In most cases …

The in vitro method of transformation of root cultures using natural soil-borne bacterium
Rhizobium rhizogenes (earlier known as Agrobacterium rhizogenes) is considered as a …

Abstract “Hairy root” finds its route through a century-long path, from being a disease to a
tool for enhanced production of bioactive compounds, the essence of which lies on the …

Hairy roots are rapidly growing, highly differentiated transformed root cultures induced by
Agrobacterium rhizogenes infection usually at the infected site of the representative …

Agrobacterium rhizogenes is able to induce hairy root symptoms on a large variety of dicot
species. These hairy roots can be excised and cultivated indefinitely under sterile …

Plants are one of the vital sources of secondary metabolites. These secondary metabolites
have diverse roles in human welfare, including therapeutic implication. Nevertheless …