But how, exactly, does this process work? To better understand how microarray analysis is carried out, consider the example experiment described in the following sections.

Bioprocess development has multiple stages, each with unique challenges. Often, the process development starts with comparison of multiple potential clones, which need to be characterized; tested ...

Application of microarrays during process development helps to gain insight in biological processes involved in product formation, increasing process understanding.

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.

Microarrays Detect GMOs Food Analysis: Technique could screen raw foods for nearly all commercial genetically modified organisms ...

An Overview of Protein Microarrays Protein microarrays provide a valuable platform for both classical and functional proteome analysis and offer many advantages, the most important being HT ...

In 1997, Juha Kononen, a postdoctoral fellow at the National Human Genome Research Institute, was pondering the significance of the recently developed DNA microarray. He was studying genetically ...

Though label-based protein microarrays have simple instrument requirements and use widely available reagents, the labelling process can alter the surface characteristics of the molecule in question.

Microarray analysis will not detect certain chromosome rearrangements, such as balanced translocations (reciprocal and Robertsonian translocations) and inversions because, although there has been ...