One genomic technique that has been widely used for large-scale genome comparisons is the DNA microarray. ... cDNA came from heat-exposed cells during later phases of the microarray process. ...

DNA microarrays are an integral part of the process for therapeutic discovery, optimization and clinical validation. At an early stage, investigators use arrays to prioritize a few genes as ...

DNA microarrays (cDNA or oligos) have become commonplace and instrumentation is available to automate the workflow process of production, hybridization, and image analysis.

On line process monitoring with near infrared (nIR) spectroscopy gives insight in product quality as it is formed. Extensive process understanding is necessary to identify critical quality attributes.

Furthermore, the development process must be kept within a tight project timeline that constrains the ability to examine a comprehensive set of process parameters. Phenotype MicroArrays provide a ...

Microarray technology is a very promising and quickly developing area of expertise that is leading to the discovery of numerous new signatures in a very short period of time. Although the use of ...

The microarray process also can work the other way around. Place nucleotides associated with known gene sequences on a glass slide and then run tissue samples against them, and the same binding ...

Figure 3. Label-based detection strategies for protein microarray applications.(A) Rolling circle amplification: capture antibody spotted on the array surface binds to the analyte of interest and ...

How DNA Microarrays Work. In each type of cell, ... a process known as hybridization. Based on how the DNA binds together, each spot will appear red, green, or yellow ...

10/04/2011 19:00 New fabrication process for microarray chips for clinical diagnostics Dipl.-Phys. Axel Bauer Marketing und Kommunikation Fraunhofer-Institut für Lasertechnik ILT. At this year ...