Sentence examples for high throughput capable from inspiring English sources

The attractive properties achieved by Suspension Plasma Spraying (SPS), combined with the availability of high throughput capable plasma spray systems that permit axial feeding, provide encouragement to explore use of suspensions for next generation functional applications.

The MassCode platform is high-throughput capable and therefore could provide a rapid screening of many samples when necessary.

In summary we have shown that (1) quantification of immune cell conglomerates is indispensable when quantitatively evaluating immunohistological slides for immune cell markers and (2) an intuitive, high-throughput capable procedure for the objective and robust quantification of immune cell conglomerates.

It would therefore be beneficial to have a high throughput method capable of assessing the ability of these phytomedicines to treat HCD-induced cardiovascular disease.

Good science and effective medical care demand inexpensive validated methods with high throughput that are capable of simultaneously analyzing multiple antiretroviral drugs in various matrices.

However, discovery of new natural products suffers from a lack of high throughput analytical techniques capable of identifying structural novelty in the face of a high degree of chemical redundancy.

While the applied high throughput techniques are capable detecting these RNA populations and the authors are convinced about their involvement in gene regulation in general the specific biological functions and mechanisms associated with them are still cryptic.

It is also shown that the Bruker GADDS system, which is designed for high throughput crystallization experiments, is capable of giving results of comparable accuracy to those derived from traditional, single sample diffractometers.

Recent high throughput sequencing technologies are capable of generating a huge amount of data for bacterial genome sequencing projects.

We have demonstrated a high throughput optofluidic flow cytometer capable of measuring dual-parameter light scatter by using an exclusion-based approach to integrated light collection.

It has been possible to develop high throughput methods that were capable of measuring telomere length of individual cells (Flow FISH and HT Q-FISH, Figure 7), but individual telomere quantification remained for years an exclusive property of metaphase Q-FISH.