DNA microarrays can be used for large number of application where high-throughput is
needed. The ability to probe a sample for hundred to million different molecules at once has …

An inexpensive hand-held device for analysis of colorimetric sensor arrays (CSAs) has been
developed. The device makes use of a contact image sensor (CIS), technology commonly …

Culture-based methods used for microbial detection and identification are simple to use,
relatively inexpensive, and sensitive. However, culture-based methods are too time …

We demonstrate a magnetoresistive sensor platform that allows for the real-time detection of
point mutations in DNA targets. Specifically, we detect point mutations at two sites in the …

The state of the art of colorimetric and fluorometric sensor arrays is reviewed. Sensor arrays
based on chemically responsive colorants (dyes and nanoporous pigments) can be used to …

This report presents and describes a simple and scalable method for producing functional
DNA microarrays within enclosed polymeric, PMMA, microfluidic devices. Brief (30 s) …

DNA microarrays are generally operated at a single condition, which severely limits the
freedom of designing probes for allele-specific hybridization assays. Here, we demonstrate …

We report here a comparison of support materials for colorimetric hybridization assays on
microarrays. Four surfaces with various chemistries and architectures (roughness and …

A new technique is reported for the enhanced colorimetric detection of multiplexed
hybridization onto porous membrane-based microarrays. This approach combines the use …

The present study reported proof-of-principle for a kinase assay approach that can detect
specific peptide phosphorylation events. The method involves attachment of peptides onto …