Full Description
This unique overview of plants and transgenic techniques of great scientific, medicinal and economic value for both industry and academia covers the whole spectrum from cell culture techniques, via genetic engineering and secondary product metabolism right up to the use of transgenic plants for the production of bioactive compounds. Practical examples are given throughout, including the production of cancer therapeutics, functional food, and flavor compounds in plants.
Of particular interest to the pharmaceutical and biotechnological industries, as well as medicinal chemists, biochemists, and molecular biologists.
Contents
LINKING PLANTS, GENES AND BIOTECHNOLOGY
Tracks and traits of medical plant biotechnolonogy
Metabolomics in plant biotechnology
HPLC-NMR techniques for plant extract analysis
Plant associated microorganisms (endophytes) as a new source of bioacative natural products
DNA profiling of plants
Bioprospection - search for bioactive lead structures from nature
Biotechnological production of anticancer drugs
GENETIC MODIFICATIONS, TRANSGENIC PLANTS AND POTENTIAL OF MEDICINAL PLANTS IN GENETECHNOLOGY AND BIOTECHNOLOGY
Plant biotechnology
Biotechnological methods for selection of hifg yield cell lines and production of secondary metabolites in medicinal plants
Impact of whole genome and EST database on the study of plant metabolism
Biotechnology of Solanaceae alkaloids - a model or an industrial perspective?
Plant cell cultures of plants from Taiwan
Combinatorial biosynthesis
Plantibodies
Glycosilation of recombinant proteins in Plants
Medicinally used transgenic plants
PLANTS AS DRUG FACTORIES
Intellectual property protection of plant biotechnology
Breeding of medicinal plants
Camptothecin production in cell cultures of O. species
Plant biochemistry and biotechnology of flavour compounds and essential oils
Gingko biloba and production of secondary metabolites
Paclitaxel production in plant cell cultures
Production of artemisinin in a bioreactor
