Sentence examples for most experimental designs from inspiring English sources

However, most experimental designs do not allow plastic-specific effects to be distinguished from those caused by other particles, such as clay and cellulose, which are naturally ubiquitous in the environment.

While transcriptome analyses are routinely performed, most experimental designs only provide snapshots of gene expression.

Yet, most experimental designs require contractions to occur at a set frequency [ 10, 13].

The ultimate goal of most experimental designs is to provide a list of DM sites, obtained after a proper normalization.

Therefore, most experimental designs to measure changes in protein turnover will only detect the degradation of the abundant, stable and long-lived population.

Moreover, most experimental designs used to provide data on putative LR functions of proteins at the nodal cilia in fact cannot rule out other intracellular roles.

"This is actually one of the most elegant experimental designs I've seen in a long time – one of those experiments I wish I'd thought of" says Dr Matt Wall, an imaging scientist based at Imperial College, London.

Yet, the most powerful experimental designs underpinning the observation methods actually rest in fairly straight-forward design concepts.

The most common experimental designs used are transects from the base of tree trunk toward the open field, concentric zones around trees or sectors under trees where various experimental treatments are applied, depending on the objectives of the studies.

One of the most popular experimental designs has been to determine the gene expression changes that occur in knockout mice where it is correlated with phenotypic changes.

They imitate the two most common experimental designs, the backcross and the intercross.