Hairy roots are formed by genetic transformation of plant cells using Agrobacterium
rhizogenes. Integration into the plant genome of T-DNA from the bacterial root-inducing (Ri) …

We obtained callus, cell suspension and hairy root cultures of Tropaeolum majus and we
demonstrated their ability to produce glucotropaeolin and myrosinase. In hairy roots …

In this study, an efficient transformation system for the medicinal plant Anisodus acutangulus
was successfully developed and optimized using Agrobacterium rhizogenes. Three bacterial …

Datura arborea and D. sanguinea hairy roots were produced by cocultivation of leaf
fragments with Agrobacterium rhizogenes strain NCPP 1855. Adventitious buds emerged …

A unique characteristic of the Gram-negative soil bacterium Agrobacterium rhizogenes—the
ability to insert T-DNA into the genome of cells of wounded plant tissue—contains a …

Elicitors could be used as enhancers of plant-secondary-metabolite synthesis and could
play an important role in biosynthetic pathways to enhanced production of commercially …

Резюме В обзоре освещается история изучения феномена косматых корней и
биоразнообразие используемых для их создания штаммов Agrobacterium rhizogenes …

The biomass and concentration of bioactive quinone methide-type diterpenes in hairy roots
of Salvia austriaca were determined and compared with levels of these metabolites in roots …

Plant cell and tissue culture has been suggested as an alternative means for year-round
production of secondary metabolites with an added potential of increasing yields by culture …

This study focused on the production of hyoscyamine through biotechnology process which
is commonly used to enhance production of secondary metabolites of interest. To this end …