Development of shelf-stable reagents and assay kits for bioluminescence applications using the capillary-assisted vitrification platform stabilization technology
Luminescence is a powerful method for detecting trace analytes and monitoring biological processes. However, most bioluminescence reagents, including luciferase and its substrates, are sensitive to temperature, limiting their usable shelf lives, and resulting in inconsistent performance. Enhancing the stability of these reagents could reduce signal variability between experiments, simplify workflows, and address cold chain storage issues. In this study, we demonstrate the application of the plat...