Sentence examples for sample processing system from inspiring English sources

The SE can be explicitly controlled using a soft microprocessor to ignore pixels outside the image dimension boundaries or form any SE shape through generating false signals at specific SE points with the previously described pixel sample processing system.

However, we are planning to develop an on-chip sample processing system that would be integrated by microfluidics with the ASV technique as a good long-term solution to the sample preparation issue.

The NMCSD pathology lab has purchased systems to automate two stages of the IHC process, says Gates: Sample processing systems from Polaris and Leica dehydrate and rehydrate the fixed specimens, while a BenchMark Ventana system from Roche automates the IHC staining itself.

The biobanking-related market includes companies in the fields of cryotechnology, reagents, plastic ware (eg, cryo tubes, vials and cell culture flasks), robotic sample processing systems, reagents and equipment for sample preanalytics, sample tracking, data management, biosafety and biosecurity, and, importantly, the many different analytical platforms and their attendant data analysis.

The Cepheid GeneXpert System (Sunnyvale, CA, USA) is a single-use sample processing cartridge system with an integrated multicolor real-time PCR capacity.

It is a modern digital rotational microphotometrical granulometer of the module conception with optical separation of control signals and with originally designed rotating mechanical sample stage and electronical processing system which is useful for the laboratory practice.

In UK Biobank, there has been the successful transfer of much from Japanese manufacturing quality approaches to optimize technology, processes and systems involved in sample processing [ 7].

Those μ-TAS devices should automate the entire analytical process, from sample processing and preparation to sensing and analysis within a small, cheap, and easy to handle system.

Here, we demonstrate an automated system for sequential sample processing and delivery to a mass spectrometer.

The ideal detection system would integrate sample processing and pathogen characterization into a single automated device that would eliminate laborious, and time consuming sample processing and costly detection.

In this format, the sample processing was automated and a software system permitted management of the instrumentation, signal analysis, and report generation.