Save up to 25% on Nearly 15000 ELISA Kits

Save on Thousands of ELISA Kits

We specialize in ELISA kits, offering a large collection of ready-to-use kits for thousands of targets of interest. We’re excited to be able to offer our customers significant price drops on many of our ELISA kits, helping researchers stretch their grant dollars at the start of new school year. You can now save on nearly 20,000 ELISA kits, with the latest pricing reflected in our catalogue. Learn more about our ELISA kits here, and contact us with any questions on your order.

Our ELISA Kits

ELISA (enzyme-linked immunosorbent assay) kits are a quick, convenient and accurate research tool for the detection and quantitation of targets of interest in cultures and samples. We offer more than 50,000 cost-effective, ready-to-use ELISA kits for thousands of targets of interest, enabling quantitative and qualitative monitoring of a variety of biological processes, including cell proliferation, oxidative stress, apoptosis, signalling pathways, and more. Each kit includes all necessary reagents, as well as a clear protocol that walks you through the entire process, from sample preparation to result analysis.

Featured ELISA Kits

We’re excited to offer new savings on a wide range of ELISA kits. Featured kits include those for detecting various interleukins, cytokines that play a critical role in inflammatory and immune system responses:

You can check out our full portfolio of ELISA kits here, with the latest pricing reflected in our catalogue.

Options include:

direct, sandwich and competition ELISA kits for the quantitative or qualitative detection of specific antigens in a variety of sample types.

fast and cost-effective way to quantify specific target antigens in vitro.

quickly and easily detect active transcription factors in eukaryotic nuclear extracts or cell lysates without the use of harmful radioactive reagents.

for the specific detection of phosphorylated target proteins.

eliminate messy isotopic detection or chromogens that require absorption spectroscopy, in favor of chemical reactions that produce light.