Sentence examples for high throughput flow from inspiring English sources

Here, a high throughput flow cytometry system developed by Dr. Sklar and his colleagues deserves a special attention [35].

The 3 4 leaf growth stage plantlets developed 25-30d after incubation on induction media were used for ploidy analysis using high throughput flow cytometry.

Percentage of cells stained positive for apoptosis was determined with a high throughput flow cytometer (HTFC) Screening System (IntelliCyt Corporation, Albuquerque, NM).

The generator is designed in a modular configuration taking into consideration the practical aspects of handling high throughput flows without catastrophic BHP carry over.

We show that bacterial colony forming unit (CFU) counting can be replaced by high throughput flow-based fluorescence analysis of embryos enabling high throughput readout.

The 70-gene assay, commercialized under the name 'MyPRS®' (Myeloma Prognostic Risk Score) and performed in Signal Genetics' CLIA-certified high throughput flow-cytometry and molecular profiling laboratory is a reproducible and standardized method of multiple myeloma prognostication.

Although such sensors are inexpensive and robust, they are irreversible and, hence, they are usually employed as single-use devices and are not adaptable to higher throughput flow-through analysis methods [e.g., flow-injection analysis (FIA)], where fully reversible potentiometric responses are required.

The remarkable sensitivity, selectivity, and photostability of F482 enabled us to visualize basal ONOO− in immune-stimulated phagocyte cells and quantify its generation in phagosomes by high-throughput flow cytometry analysis.

Methods have recently been developed and validated for high-throughput flow cytometric evaluation of antigen-specific T cell immune responses.

This polychromatic single-cell high-throughput flow cytometric profiling approach allowed us to determine the cellular composition of the innate immune system in all mononuclear cells (MC) of interest (Figure S1).

High-throughput flow cytometry probing immunolabeled phosphoproteins [6], [7] allows multiparameter sampling of protein activation state across a large cell population, but requires serial analysis of samples, hence performing sequential assays of every experimental condition or timepoint – a key limitation when performing genome-scale screens.