Blotting-N/S/W

NewBlot Western Blotting Stripping Buffers conserve precious samples by reusing the same blot and you save money. Read more...

Western Blot Incubation Boxes are suitable for incubating near-infrared fluorescent or chemiluminescent Western blots or gels. Read more...

The Quick Western Kit provides a universal detection reagent that can be combined with the primary antibody incubation step, eliminating the need for a secondary antibody incubation step. Read more...

LI-COR Odyssey Western Blotting Kits provide a convenient way to purchase reagents and membranes that are optimized for infrared fluorescence detection on the Odyssey infrared imaging systems. Read more...

Intercept T20 Antibody Diluents for use with Odyssey® Imaging Systems, are optimized for use with IRDye® Infrared Dye Reagents and other near-infrared fluorophores. Read more...

Try Intercept (TBS) Blocking Buffer and Intercept T20 (TBS) Antibody Diluent for improved results in your quantitative Western blots and other immunoassays. Intercept Blocking Buffers provide excellent blocking performance with low backgr... Read more...

The new family of Luminata Western HRP substrates are a family of premixed, ready-to-use chemiluminescent reagents for the detection of HRP-based Westerns. Pour directly onto the Western membrane without worrying about pipetting error. The... Read more...

Issues with Your Tissues? Process all Your Slides in a SNAP for Streamlined IHC. The SNAP i.d.® 2.0 Protein Detection System for Immunohistochemistry (IHC) introduces a new capability to the innovative, vacuum-driven SNAP i.d.® 2.0 sy... Read more...

The SNAP i.d. Protein Detection System revolutionizes the quality of your blots every time — in record time! Unlike conventional Western blotting, where diffusion is the primary means of reagent transport, the SNAP i.d. system applies ... Read more...

Bløk Noise Cancelling Reagents are designed especially for Western blotting applications. This family of protein-free, ready-to-use buffers has been optimized to reduce background levels when using chemiluminescence, fluorescent, or phosph... Read more...

The Luminata ELISA HRP chemiluminescent substrates provide three major advantages: High sensitivity for detecting as little as 0.1 pg of protein Broad dynamic detection range (up to 2,500-fold), enabling a wide range of quantitation. Flexi... Read more...

The Visualizer™ Western Blot Detection Kit is designed for the sensitive detection of proteins in chemiluminescent Western blots. Read more...

The Visualizer™ Western Blot Detection Kit is designed for the sensitive detection of proteins in chemiluminescent Western blots. Read more...

Wes™ lets you separate and analyze proteins by size from 2-440 kDa Read more...

The FluorChem™ M system offers true application flexibility with the smoothest software you'll ever use. Read more...

FluorChem™ Q system is a slam-dunk solution for quantitative Western blot imaging and analysis. Read more...

FluorChem™ E system is optimized for superior analysis of chemiluminescent Western blots. Read more...

Say goodbye to secondary antibodies – Go direct using the World’s Easiest DIY Antibody Labeling Kit - Lightning-Link™! • Eliminates need for secondary antibodies • Reduces the number of wash steps • Ideal for multi-protein analysis –... Read more...

Say goodbye to secondary antibodies – Go direct using the World’s Easiest DIY Antibody Labeling Kit - Lightning-Link™! • Eliminates need for secondary antibodies • Reduces the number of wash steps • Ideal for multi-protein analysis –... Read more...

Say goodbye to secondary antibodies – Go direct using the World’s Easiest DIY Antibody Labeling Kit - Lightning-Link™! • Eliminates need for secondary antibodies • Reduces the number of wash steps • Ideal for multi-protein analysis –... Read more...

Say goodbye to secondary antibodies – Go direct using the World’s Easiest DIY Antibody Labeling Kit - Lightning-Link™! • Eliminates need for secondary antibodies • Reduces the number of wash steps • Ideal for multi-protein analysis –... Read more...