Processes Involved in Using DNA Microarray Instrumentation in Protein Microarray Workflow Protein microarrays offer the ability to measure protein expression and antibody binding in a high-throughput ...

Microarrays are typically analyzed using a biomolecule conjugated to a fluorescent probe. Although this method works well, no signal amplification is possible with this general approach. Plasmonix Inc ...

Tissue microarrays are a powerful new tissue-conserving technology in the study of cancer, allowing simultaneous study of a large number of tumor specimens. We sought to ascertain the utility of ...

A novel application of microarray technology, where up to 30,000 whole genomes are printed on a single slide, is described in the journal BMC Microbiology this week. The 'Library on a Slide' ...

Microarrays provide a way of organizing biological samples for high-throughput analysis. Samples are arranged in columns and rows upon a support surface consisting of a glass slide, a nitrocellulose ...

Microarrays have been critical components of biomedical and clinical research strategies since their first mention in a 1995 study. Initially designed to measure gene expression, or transcription, ...

The tagged microarray marker (TAM) method allows high-throughput differentiation between predicted alternative PCR products. Typically, the method is used as a molecular marker approach to determining ...

Protein microarrays are one aspect of highly automated, large-scale biological screening technologies, the other is nucleic acid arrays. As DNA arrays reveal their origin in Southern blotting ...

Small molecule microarrays allow screening of biomolecules such as peptides and carbohydrates. By immobilizing these small molecules on a microarray, interactions can be quickly assessed through a ...

A novel application of microarray technology, where up to 30,000 whole genomes are printed on a single slide, is described in the journal BMC Microbiology this week. The 'Library on a Slide' will help ...