Sentence examples for implement throughput from inspiring English sources

Nevertheless, despite advances in the development of immune monitoring assays during the past decade, further advances are needed to implement throughput and standardization of such assays according to Good Laboratory Practice guidelines, such as those recently formulated based on recommendations from the iSBTc-SITC/FDA/NCI Workshop on Immunotherapy Biomarkers [ 70].

In the case when spatial multiplexing is implemented, the throughput is given by: T_{k_text{capacity}} eta_{i{_{text{SC}}}})=n_{k}^{text{RB}}k_{sc}varrho_{s} sumlimits_{i=1}^{J} varepsilon eta_{i{_{text{SC}}}});left[{text{bits}}/{mathrm{s}}right], (26).

Methods such as this are an important step in implementing high-throughput and inexpensive aggregation assessments that can be incorporated into a simple and actionable manufacturability risk.

The robotically implemented high-throughput trichloroacetic acid (TCA) precipitation assays, measuring the incorporation of (α-P) rUTP into TCA-insoluble products, were carried out exactly as previously described [ 19, 20].

CDC laboratory scientists implemented high-throughput laboratory capacity by using robotics and collaborated with private industry to promote development of lateral-flow assays to detect Ebola in point-of-care settings within 30 minutes after a finger stick or oral swab (6 ).

Bit-serial operations and look-up tables (LUTs) are used to implement high throughput filters in which only one cycle per bit of resolution regardless of filter length is used.

We review strategic approaches taken over an eight-year period at BMS to implement new high-throughput approaches to lead discovery.

We implement this high-throughput phenotyping pipeline in an initial attempt to finely map common growth QTL throughout development and across simulated climates.

However, by applying fast digital scanning protocols, it has now become possible to implement a high-throughput approach using whole, intact specimens [ 11, 12].

Physically shearing DNA using ultrasound or microfluidic devices is less attractive as it reduces the amount of target that can be amplified by PCR and can be challenging to implement in high-throughput without specialized equipment.

Moreover, there is a necessity to implement and improve high-throughput methods for validation studies such that high sample numbers are not a limiting factor.