Services microarray

Oxford Gene Technologies offers services and licenses their proprietary technologies. The array technique surveys hybridization across gene sequences. The customized DNA microarray service supports research activities, and includes consultation, experimental design, data analysis, and interpretation. 

The possibility of customization is the principal scientific advantage of the system. The microarray design, layout, and format are specific for each scientist s needs and objectives. The Design-on-Demand service offer by CombiMatrix try to cover this versatility. The researcher, though would define his experimental strategy with CombiMatrix support. Available libraries include eukaryotic, microbial, and viral genomes. Direct customer services are also offered. 

Cooper J, Disley D, Cass T (2001) Microsystems Special - Lab-On-A-Chip and Microarrays. Chem Ind 20 653-655 Cowen S (1999) Chip service. Chem Ind 15 584—586... 

In this paper we describe the basic design of a microarray gene expression database to help microarray users and their informatics teams set up their information services. The first version of the microarray database object model ArrayExpress, which is described here, was developed at the European Bioinformatics Institute (EBI) in collaboration with the German Cancer Research Centre (DKFZ) and posted on the Internet in November, 1999 (see (http //www.ebi.ac.uk/arrayexpress)). A relational database implementation maxd based on the ArrayExpress object model was conducted at the University of Manchester (http //bioinf.man.ac.uk/microarray/resources.html) and is widely used for microarray laboratory informatics support. 

High-density oligonucleotide Agilent www.agilent.com 60-mer probes in predesigned printed arrays custom microarray design service is also available. 

The barcodes have been primarily used to assure brand and authenticity in pharmaceuticals, but applications could be forthcoming in tracing food batches. Combined with pathogen sensors, the barcodes that must be read by modified microscopes could trace sources of outbreak. There are antibacterial surfaces for the machines involved in food processing or production. With the conventional methods of detection it takes hours to days. With molecular electronic based methods, biosensors, e-nose, microarrays, nanobiosensors (based on microfluidic, nanomaterials, DNA, etc.) it takes seconds to minutes. A biosensor developed by an Agricultural Research Service scientist, Athens, uses fluorescent dye particles attached to bacteria antibodies. If Salmonella bacteria are present in the food being tested, the nanoculturing results with these two examples of instantaneous sensors, sized dye particles become visible. No need to send out to the lab and wait days for results. 

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