Sentence examples for engineering secondary from inspiring English sources
This perspective presents an overview of selected proposed evolutionary strategies in the context of engineering secondary metabolism.
The paper presents feasibility study of power engineering secondary equipment protection methods from static electricity basing on calculation and experimental procedure.
Central to this undertaking is a new approach to engineering secondary metabolism known as 'multivariate modular metabolic engineering' (MMME), whose novelty lies in its assessment and elimination of regulatory and pathway bottlenecks by re-defining the metabolic network as a collection of distinct modules.
These approaches can also be used for engineering secondary metabolite target genes to enhance antibiotic production.
These genes are potential targets for engineering secondary metabolism (anthocyanins and glucosinolates, respectively) and drought tolerance (Table 1).
not detectable * P < 0.05; ** P < 0.01 The impact of engineering secondary cell wall structure in Arabidopsis with a selective reduction of lignin and an enhancement of cellulose accumulation was evaluated in terms of pretreatment efficacy, sugar yields, and energy requirements.
Recently signal transduction engineering of secondary metabolism is receiving great interest as a powerful tool towards efficient production of valuable secondary metabolites.
A major reason for this development has been the descent of metabolic engineering, particularly secondary metabolic engineering, to a collection of demonstrations rather than a systematic practice with generalizable tools.
A synthetic biological approach, e.g., metabolic engineering of secondary metabolites, can be utilized to exploit the natural metabolic pathways against MDR microbes.
In this review we will discuss the potential applications of programmable nucleases for the metabolic engineering of secondary metabolites with biological activity.
Advances in genetic engineering of secondary metabolite pathways that produce insecticidal compounds and, more recently, SLMs involved in plant colonisation and development, for example, insect pheromones, offer specific new approaches but which are more demanding than the genetic engineering approaches adopted so far.
