Sentence examples for a versatile methodology to from inspiring English sources
In this paper, a versatile methodology to direct the accumulation of capsule-forming components to the droplet interface using electrostatic interactions is described.
We believe that subunit exchange reactions coupled to semi-native PAGE, such as that demonstrated for TTR, can be a simple and versatile methodology to study oligomeric protein stability under physiological conditions as well as for determining the potency of small molecules to stabilize the native state.
The approach leads to a versatile methodology with a moderate computational effort that can be applied to mufflers commonly found in real applications.
To this end, a developing bunching technique for adjusting and advancing malware location fluffy tenets was changed to consolidate a versatile methodology for overhauling the radii and focuses of grouped authorization based components.
Combinatorial testing is a versatile methodology which is useful in a broad range of situations to detect faults in software.
Data assimilation is a versatile methodology for estimating unknown state variables and parameters.
A versatile methodology for the synthesis of some new 4-aminoquinoquinoline antimalarial drugs, using Csp2 Csp2 and Csp2 Csp3 Suzuki Miyaura cross-coupling reactions as a key step, is presented.
A versatile methodology for the synthesis of 6/8-halogenated 7-aminocoumarins from the corresponding 7-hydroxy analogs using Pd-catalyzed amination reaction as the key step is presented.
Reversible addition-fragmentation chain transfer self-condensing vinyl polymerizatransfer self-condensingrsatile methodology for synthesizing hyperbranched polymers with a large number of chain transfer termini.
The establishment of Peredox-mCherry in U. maydis and the analysis of NAD redox dynamics provides a versatile methodology for the in vivo investigation of cellular metabolism, and contributes fundamental knowledge for rational design and optimization of biocatalysts.
In conclusion, we have developed a versatile methodology for engineering cardiac tissues with a near-adult functional output without the need for exogenous electrical or mechanical stimulation, and have identified mTOR signaling as an important mechanism for advancing tissue maturation and function in vitro.
