Searching for the right antibody for your experiment? Give yourself an edge by reading up on seven important variables everyone should consider when selecting the most effective antibody.
Exploring the many tools and metrics for assessing cell viability, including assays for cytotoxicity, cellular activity, and apoptosis.
Dr. Ke Xu, Ph.D, a leading STORM scientist at UC Berkeley, discusses the challenges and prospects of super-resolution microscopy.
Where did FITC, rhodamine, and Alexa Fluor® dyes come from? Find out in part 1 of this 2-part blog series on the history of fluorescent dyes.
From modeling single synapses to multiple organs, lab-on-a-chip (LOC) technology has gained attention as a powerful tool for biological and biomedical research. Let's explore the significant advantages and future prospects of LOC technology.
A deep dive into the science, current technologies, and future prospects of near-IR fluorescence for in vivo imaging.
Have you tried v-PCR yet? In this blog post we explore the endless applications for v-PCR in microbiology, sanitation, and clinical research.
A deep dive into exosomes, their origins, methods for analysis, and tremendous potential for medicine and research.
Let's discuss tyramide signal amplification (TSA), a powerful tool for spatial proteomics and producing bright and high-resolution images.
Pique your child's scientific curiosity with these fun and easy ideas to explore DNA, proteins, and fluorescence. Hands-on science for grade K-12.
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