Sentence examples for throughput equipment from inspiring English sources

There is no one ideal method for SNP genotyping and the selection of an appropriate technique largely depends on many factors including cost, accuracy, multiplexing capacity and throughput, equipment and difficulty of assay development [20], [21].

The selection of an appropriate genotyping method depends on many factors including cost, potential for multiplexing and throughput, equipment, and difficulty of assay development.

There were evidences that citizen scientists can accurately collect data from the environment and classify data collected by high throughput equipment.

The cost and efforts to maintain high-throughput equipment typically demands that these instruments be housed in a multiuser core facility.

One disadvantage, however, is that activity-based screening that relies on chromogenic or fluorogenic assays often require high-throughput equipment, such as colony pickers, that transfer colonies from plates to the assay system.

After a colleague mentioned the university's high throughput sequencing equipment, she used the facilities to enhance her research by characterizing the most successful DNA molecules from her screen.

Though high-throughput sequencing equipment (e.g., 454 sequencing) has been developed recently [46], the equipment is still unavailable in common laboratories, and the technique is still costly.

However, high-throughput sequencing equipment can currently only produce short DNA fragments (typically 75-400 nuclongides long) which substantially limits the sensitivity and specificity of identifying genes such as qnr[ 27].

Reactivity and flexibility have to become key requirements at high control levels since they can contribute to shorten throughput times, improve equipment utilisation rates and service to customers.

Pharmaceutical companies are one obvious market for high-throughput cell morphology equipment, but competition and rapidly increasing computing power have now driven prices down to levels many academic users can afford.

This is due to the high sugar concentrations in the SSL feedstock resulting in a high ethanol concentration and thus lower volumetric throughputs and smaller equipment sizes.