So you’ve been coming to BenchSci when you need to find an antibody to use in your experiment, but have you considered all of the other neat ways you can leverage the data on the platform? This article shows you how scientists are using the BenchSci platform in novel and innovative ways to gain competitive insights and speed up their research projects.
New technologies are flipping traditional antibody-based assays on their heads. These immunoassays are quicker, more sensitive, can be conducted high-throughput, and require minimal sample. It’s an exciting time to be a bench scientist!
Biologics are on the rise!
This article reviews the 7 monoclonal antibodies that are expected to be the best-selling antibody-based drugs in 2024, which focus on inflammation and cancer therapies.
We break down each steps involved in a immunostaining (immunohistochemistry or immunofluorescence) experiment and discuss the principles and factors to consider for quality results.
Almost all biomedical research scientists use antibodies at some point. Knowing how they were generated is critical in the selection of antibodies for your experiments. Read on to find out more.
Here are various immunoassays commonly used in radiobiology experiments. Read on to find out which one is suitable for your study and its bench tips.
Proximity Extension Assay was recently shown to be an ideal proteomic approach for establishing biomarker signatures in the clinical settings. Read on the find out detailed protocol for PEA.
Chromatin Immunoprecipitation (ChIP) is the gold standard technique for studying protein-DNA interactions. Read on to find out ChIP principles, variations, and how to troubleshoot.
Are you planning an immunoprecipitation (IP) experiment? Here are some factors to watch out for to help you obtain quality results.
Wondering how you should measure FRET signals? Here are 5 commonly used techniques. Read on to find out which one is the most suitable for your experiment.