Plant cell cultures are a potential source of commercially important compounds, but although
technical problems seem to be relatively easy to solve there are several biological hurdles …

Plant-derived natural products or secondary metabolites attract a great deal of attention from
chemists, enzymologists, biotechnologists, and industry interested in the structure, synthesis …

Plant cell culture systems represent a potential renewable source of valuable medicinals,
flavours, essences and colourants that cannot be produced by microbial cells or chemical …

Plant cells are factories of chemical compounds produced for carrying out biochemical
pathways of survival and propagation. Primary metabolism involves biochemical processes …

In this chapter, we bring together up-to-date information concerning plant cell biotechnology
and its applications. Because plants contain many valuable secondary metabolites that are …

Plant cell culture systems represent a potential renewable source of valuable medicinal
compounds, flavours, fragrances, and colorants, which cannot be produced by microbial …

This short review presents some examples, which demonstrate the importance and the
potential of plant cell and tissue cultures for a biotechnological production of natural …

Higher plants are rich sources of medicinal compounds. Many medicinal plants, however,
are still harvested in the wild due to technical difficulties of cultivation, as well as for …

The production of secondary metabolites using plant cells has been the subject of much
research in recent years. The expectations were high since the market introduction of the …

Plants have long been exploited as a sustainable source of food, flavors, agrochemicals,
colors, therapeutic proteins, bioactive compounds, and stem cell production. However, plant …