Demand is increasing for ultrasensitive bioassays for disease diagnosis, environmental
monitoring and other research areas. This requires novel signal amplification strategies to …

We report the first use of a polymerization‐based ELISA substrate solution employing
enzymatically mediated radical polymerization as a dual‐mode amplification strategy …

Targeted photopolymerization is the basis for multiple diagnostic and cell encapsulation
technologies. While eosin is used in conjunction with tertiary amines as a water-soluble …

Polymerization-based signal amplification, a technique developed for use in rapid
diagnostic tests, hinges on the ability to localize initiators as a function of interfacial binding …

Many studies have demonstrated the concept of using free-radical polymerization reactions
to provide signal amplification so that molecular recognition events indicative of disease …

The growing need for medical diagnostics in resource limited settings is driving the
development of simple, standalone immunoassay devices. A capillary flow device using …

Polymerization-based amplification (PBA) uses a visible-light photopolymerization reaction
for rapid, low-cost signal amplification and colorimetric detection in disease diagnostics …

This first report of a photoinitiator-nucleotide conjugate demonstrates a novel approach for
sensitive, rapid and visual detection of DNA hybridization events. This approach holds …

Determining the location of rare proteins in cells typically requires the use of on-sample
amplification. Antibody based recognition and enzymatic amplification is used to produce …

Polymerization-based signal amplification is an approach to biosensing that leverages the
amplification inherent to radical polymerization to enhance signal associated with molecular …