Oxidative stress is a central mechanism in cell biology, aging, toxicology, drug discovery, inflammation, neurodegeneration, cancer, and metabolic diseases. It arises when reactive oxygen species (ROS) overwhelm the cell’s antioxidant defenses, leading to damage to lipids, proteins, and DNA.
Accurate measurement is essential — but different tools answer different questions.
Today we highlight two complementary approaches:
Offers a high-throughput solution for monitoring intracellular ROS production. The assay measures fluorescence levels by employing a biosensor activated through LED illumination, revealing alterations induced by singlet oxygen and ROS.
Utilizing LUCS technology, a live cell test designed to assess the condition of homeostasis or cell damage through fluorescence readout, making it compatible with commercial fluorescence readers.
BioAssay Systems provides enzymatic, colorimetric, and fluorometric kits designed for quantitative measurement of oxidative stress biomarkers across serum, plasma, cell lysates, tissue homogenates, and culture supernatants. These assays are optimized for microplate-based workflows and support reproducible kinetic or endpoint measurements suitable for routine laboratory analysis and high-throughput screening.
Explore advanced oxidative stress detection solutions from NeoBiotech and BioAssay Systems to enhance the precision, sensitivity, and reliability of your redox biology studies.
If you don't find the specific product you need, we can still provide it upon request.
