Sentence examples for based approaches that can from inspiring English sources

So there is a real need for in silico based approaches that can be deployed early on in a drug discovery programme to identify potential MOAs.

It is now considered more efficient to focus inspection activities on ensuring compliance of systems for food safety management (implementation of the general principles for food hygiene and HACCP based approaches) that can minimise the occurrence of food safety problems.

This paper presents a monocular vision based approach that can detect and estimate the sinkage of a hybrid legged wheel in real time and robustly, with little sensitivity to changing operational conditions.

The first method, based on thrust line analysis, is a graphic statics based approach that can predict collapse relying only on material properties of density and compressive strength, assuming that rammed earth has no tensile strength.

Here, we present MetaID, an alignment-free n-gram based approach that can accurately identify microorganisms at the strain level and estimate the abundance of each organism in a sample, given a metagenomic sequencing dataset.

The formation of these self-assembling protein shell lipophilic core NPs benefits not only from the key properties of vaults such as monodispersity, cell specific targeting, and biocompatibility, but also from being a vault-drug formulation based approach that can completely internalize their cargo, thereby offering an additional layer of protection.

What we now need are rigorous, data-based approaches that can help this valuable form of education to survive, to thrive under dramatically changed circumstances, and to become available to an ever broadening group of students.

The Taubman Approach can work well in conjunction with Alexander Technique and Feldenkrais Method, two movement- and posture-based approaches that can help musicians play with less tension and fatigue.

To help overcome this limitation, research at the Wyss Institute spearheaded by Henry Hung-Yi Lee, Ph.D., in a collaborative project led by Core Faculty member George Church, Ph.D., and Founding Director Donald Ingber, M.D., Ph.D., has developed new, enzyme-based approaches that can write DNA simpler and faster than traditional chemical techniques.

Rule-based or optimization-based approaches that can lead to a maximized system efficiency need to implement the algorithms in real time.

The chemical affinity model (Roosta et al. 2013) is one of the thermodynamic-based approaches that can be applied for hydrate formation kinetics.