Metabolism represents a complex system characterised by a high variability in metabolites' structure, concentration and regulation ratio. Such variability is observed at different metabolic scales going from metabolites to metabolic profiles via chemical reactions and metabolic pathways, as well as under static or dynamic aspects. Variations in these components are due to apparition-disappearance, level increase-decrease and/or relative changes in weights or contributions leading to different structural, functional and evolutive states of the metabolic system. This book presents a variety of...
Metabolism represents a complex system characterised by a high variability in metabolites' structure, concentration and regulation ratio. Such variabi...
This book covers correlation and combined disciplinary aspects implying the use of secondary metabolites (SMs) of different plant species for control and monitoring of environment states. Phytochemical management of ecological systems represents an integrative field aiming for determination/evaluation of environment conditions from qualitative and quantitative analysis of plant metabolites. Plants respond to environmental conditions through productions of secondary metabolites. SMs represent highly variable and sensitive phytocompounds because of their small produced amounts, high...
This book covers correlation and combined disciplinary aspects implying the use of secondary metabolites (SMs) of different plant species for contr...
