EDGE is just getting going, but we have over a decade of MOVE results that prove that this methodology works.
This chapter reviews those microfluidic crystallization methodologies that have proven their utility for membrane protein crystallization.
Over the past 30 years, Rich has developed proven practices and methodologies that propel change in communities and organizations.
In this context, association mapping and genomic selection are recently developed methodologies that have been proved to be effective approaches to connect structural genomics and phenotype and, thereby, to mine elite genes in germplasm resources (e.g. Zhang et al. 2014; Begum et al. 2015).
This paper describes and demonstrates an empirical methodology that has proven effective in developing good correction models for a given choice of Coriolis flow-tube and flow mixture.
This system has been developed according to a platform-based design approach, a methodology that has proved to be efficient for building complex mixed-signal embedded systems with short time-to-market.
I've also written extensively about the need to shift underlying mindsets and described a methodology that has proven effective for doing so.
Based on the data reported here, rat ES cells are readily amenable to gene targeting by homologous recombination using the basic methodology that has proved so effective in mouse ES cells.
We do not however propose that our methods in any way replace or diminish the standard random effects methodology that has proved so useful, rather they are helpful when used in conjunction with the random effects model.
