Assays are used in a diverse range of fields within the life sciences, and have become routine work in forensic, pharmaceutical, and microbiology labs. When designing an assay for any purpose, the ...

Seed amplification assays, those PCR-like reactions for toxic misfolded proteins, are starting to look pretty good. In the May Lancet Neurology, scientists led by Andrew Siderowf, University of ...

A groundbreaking study reveals that ultrasensitive ctDNA assays significantly enhance prognosis for large B-cell lymphoma, outperforming traditional PET assessments.

The latest advances in genome sequencing indicate proteases occur naturally in all organisms and account for about 2% of the human genome and 1–5% of genomes of infectious organisms. The human genome ...

Electrophoretic mobility shift assay, sometimes referred to as EMSA, is a sensitive method for investigating nucleic acid-protein binding. This is based on gel electrophoresis and is based on the ...

The recurrence score based on the 21-gene breast cancer assay predicts chemotherapy benefit if it is high and a low risk of recurrence in the absence of chemotherapy if it is low; however, there is ...

In our best practices blog, we explore how lateral flow assay design affects test performance. Read on to gain a deeper understanding of the development process, enabling you to streamline the ...

Early Access Program participants receive exclusive use of Nautilus’ Iterative Mapping method, initially through a validated tau proteoforms assay, with the potential to accelerate Alzheimer’s and neu ...

GVA is a high throughput cell viability assay for microbiology. Akin to the classic CFU assay, GVA measures the number of viable microbes in a sample based on counting discrete colonies. The classic ...