Sentence examples for robotic assay from inspiring English sources

To study growth and promoter activity in sugar mixtures we used a robotic assay with fluorescence reporter strains.

To achieve this, we use a robotic assay that allows for the measurement of bacterial growth and gene expression at high temporal resolution (~3 min).

We used a robotic assay to measure bacterial growth rate, substrate level and promoter activity at high temporal resolution across the growth curve.

The measurements were enabled by the high temporal resolution of the robotic assay, and the large number of repeats which allowed growth to be measured with a standard error of about 2%.

Here, we address this challenge by means of a robotic assay and measure bacterial growth rate, promoter activity and substrate level at high temporal resolution across the entire growth curve in batch culture.

CCi has put its MCF-7 and BG1-Luc robotic assays in the public domain.

We used robotic assays and fluorescence reporter strains to make precise measurements of promoter activity and growth rate in all pairs of these sugars.

The Biomolecular Screening Branch is the new home for activities outlined in the NTP Roadmap (NTP 2004) related to developing new rapid-throughput, robotic assays for screening thousands of chemicals for their capacity to affect a wide variety of biological processes.

These data demonstrate that the IRFAP-HTS is a user-friendly, modular, and rapidly deployable screening platform.> Historically, and as a result of reliance on state-of-the-art instrument technologies, screening platforms have required significant upfront capital investment in robotics, assay-specific detection systems, and workspace [ 28].

To screen nearly 4700 genes in nine diverse yeast strains, we developed a high-throughput robotic plating assay to quantify colony color and size.

The assembled RNAPs were harvested and used immediately for robotic transcription assays (see below).