Sentence examples for rational manipulation from inspiring English sources
Recent advances in the understanding of lignin composition, polymerization, and regulation have revealed new opportunities for the rational manipulation of lignin in future bioenergy crops, augmenting the previous successful approach of manipulating lignin monomer biosynthesis.
Plant NAD contents show considerable plasticity in response to environmental conditions, and recent advances have opened up new perspectives for rational manipulation of tissue NAD contents.
Metabolic Engineering aims to improve the performance of biotechnological processes through rational manipulation rather than random mutagenesis of the organisms involved.
Recent advances in nanotechnology have stimulated different applications in biomedicine where nanoparticles are used as drug delivery vehicles allowing rational manipulation of pharmacological profiles of drugs encapsulated in them and hence their concomitant therapeutic indices(Wang et al. 2009).
This paper views teacher learning as the nourishment of life rather than the mastery of expertise, and curriculum innovation as the reclaiming of authentic language rather than rational manipulation of curriculum systems.
Lastly, three case studies are presented, demonstrating how rational manipulation of the colloidal and surface properties of delivery systems can lead to newly engineered systems relevant to chemotherapy, gene therapy and radiotherapy.
These proteins are good candidates for rate studies, such as enzyme assays using fluorescently labeled substrates, and rational manipulations, such as targeted mutation for enhancement of the substrate range or optimal physicochemical conditions.
By eliminating T − T∞ in Equation (16) using Equation (17) and by rational mathematical manipulation using Equation (18), u − = qπβρg sin θ D 3 32 m · Pr k., Open image in new window (19).
But recently, genome-wide analysis has been used to both identify the mechanism of inhibition and reverse engineer inhibitor-tolerant strains, enabling the rational, predictive manipulation of bacteria in order to increase inhibitor tolerance.
Genome editing techniques are still not widely applied for the design of new compounds with pharmacological activity, but they are starting to be considered as promising tools for rational genome manipulation in biotechnology applications.
Taken together, we for the first time established a stable and useful genetic toolkit for the industrially important microalga C. vulgaris, which will facilitate to a great extent the future rational genetic manipulation for strain improvement to increase CO2 fixation capacity and may as well provide valuable insights into other Chlorella species.
