Medicinal plants constitute an unfailing source of compounds (natural products – NPs) utilised in medicine for the prevention and treatment of various deceases. The introduction of new technologies and methods in the field of natural products chemistry enabled the development of high throughput methodologies for the chemical composition determination of plant extracts, evaluation of their properties and the exploration of their potentials as drug candidates. Lately, metabolomics, an integrated approach incorporating the advantages of modern analytical technologies and the power of bioinformatics has been proven an efficient tool in systems biology. In particular, the application of metabolomics for the discovery of new bioactive compounds c...
One reality in the pharmaceutical and medical industries is the need to discover new lead compounds ...
The use of metabolomics in phytopharmaca study is currently becoming a trend. This approach focuses ...
Specialized compounds from photosynthetic organisms serve as rich resources for drug development. Fr...
Les plantes médicinales constituent une source inexhaustible de composés (des produits naturels - PN...
Medicinal plants constitute an unfailing source of compounds (natural products –NPs) utilised in med...
Natural products of plant origin have emerged a major source of bioactive compounds for the cosmetic...
Plant-derived natural products have long been considered a valuable source of lead compounds for dru...
Plants and crops contain a staggering diversity of compounds, many of which have pharmacological act...
Monoterpene indole alkaloids (MIAs) constitute a class of natural products that has been extensively...
Depuis très longtemps les produits naturels (NPs), connus pour montrer une grande diversité d\u27act...
Insightful knowledge of plant secondary metabolites remains valuable in plant classifications, parti...
Metabolomics is playing an increasingly prominent role in chemical ecology and in the discovery of b...
The discovery of new natural products is a very long and expensive process ; it is therefore importa...
Principal limitation to natural product analysis is the access to the analytical standards of molecu...
In response to the environment, plants produce a phytochemical arsenal to communicate and to withsta...
One reality in the pharmaceutical and medical industries is the need to discover new lead compounds ...
The use of metabolomics in phytopharmaca study is currently becoming a trend. This approach focuses ...
Specialized compounds from photosynthetic organisms serve as rich resources for drug development. Fr...
Les plantes médicinales constituent une source inexhaustible de composés (des produits naturels - PN...
Medicinal plants constitute an unfailing source of compounds (natural products –NPs) utilised in med...
Natural products of plant origin have emerged a major source of bioactive compounds for the cosmetic...
Plant-derived natural products have long been considered a valuable source of lead compounds for dru...
Plants and crops contain a staggering diversity of compounds, many of which have pharmacological act...
Monoterpene indole alkaloids (MIAs) constitute a class of natural products that has been extensively...
Depuis très longtemps les produits naturels (NPs), connus pour montrer une grande diversité d\u27act...
Insightful knowledge of plant secondary metabolites remains valuable in plant classifications, parti...
Metabolomics is playing an increasingly prominent role in chemical ecology and in the discovery of b...
The discovery of new natural products is a very long and expensive process ; it is therefore importa...
Principal limitation to natural product analysis is the access to the analytical standards of molecu...
In response to the environment, plants produce a phytochemical arsenal to communicate and to withsta...
One reality in the pharmaceutical and medical industries is the need to discover new lead compounds ...
The use of metabolomics in phytopharmaca study is currently becoming a trend. This approach focuses ...
Specialized compounds from photosynthetic organisms serve as rich resources for drug development. Fr...