Fuel Your Research
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EasyPep™ Magnetic MS Sample Prep Kit enables rapid and efficient processing of cultured mammalian cells, plasma, and tissues for proteomic mass spectrometry (MS) analysis.
Pierce™ Proteomics Magnetic Clean-up Beads enable fast, efficient, and reproducible removal of a wide variety of detergents, salts, and other mass spectrometry (MS)-incompatible contaminants from protein and peptide samples prior to downstream MS analysis.

The Tandem Mass Tag (TMT) Isobaric Label reagents and kits are specifically designed to enable identification and quantitation of proteins in different samples using tandem mass spectrometry.  TMT10plex label reagents are ideal for analysis of multiple protein samples from inhibitor dose response experiments, time course experiments, or improving statistics on biological replicates.

Gibco CultureCEPT Supplement reduces cellular stress and improves viability of stem cells, differentiated cells, and primary cells during a wide variety of handling and processing steps where cell damage and death can limit the success of a workflow. It is a unique formulation that provides exceptional cell protection compared to traditional ROCK inhibitors, such as Y-27632, and other commercially available reagents.

LysoLight Deep Red Antibody Labeling Kits provide a powerful tool for visualizing the lysosomal localization and catabolic degradation of antibodies and proteins. These kits utilize a unique fluorophore that is only active upon enzymatic cleavage by the lysosomal specific enzyme, Cathepsin B. Outside of the lysosome, LysoLight Deep Red has little to no observable background fluorescence, and only upon localization to the protease rich environment of the Lysosome, does LysoLight become activated and brightly fluoresce.

RNAlater products stabilize and preserve the integrity of RNA in cell or tissue samples. RNaseZap RNase Decontamination Solution inactivates RNases immediately upon contact. No more baking or autoclaving is required for your pipettes, glassware, plasticware, and work surface.

Platinum SuperFi II DNA Polymerase is a hot-start, engineered proofreading DNA polymerase. Ideally suited for applications that benefit from exceptional sequence accuracy. In addition, the extreme robustness of the polymerase enables successful amplification of samples of suboptimal purity.

PeproTech is now part of Thermo Fisher! PeproTech recombinant cytokines and proteins help life science, biotech, and pharma companies achieve success in their endeavors to discover new biological insights and develop cutting-edge cell and gene therapies.

Transfection is a key step in cell biology, gene expression, gene knockdown, and genome editing experiments. Our high-quality Invitrogen transfection products for lipid-based transfection and electroporation are useful across a wide variety of cell types and applications with over 30 years of expertise.

Exosomes and other extracellular vesicles are powerful mediators and strong biomarker candidates. There’s an urgent need for the development of new methods for vesicle isolation and characterization. To address this need, we’re continually expanding our product offerings. Explore our products and understand how we can help simplify the overall study of exosomes.

Exosome-depleted FBS, also known as exosome-free FBS, is an ultrapure FBS that provides high levels of exosome depletion (≥90%) while maintaining cell culture performance. This specialty FBS is relied upon for exosome isolation assays and research involving exosome contents, such as miRNAs. By choosing exosome-depleted FBS, the inefficiencies that come with ultracentrifugation of serum are removed.

In this video series, Senior R&D Scientist Sasha Vlassov, Ph.D., presents short answers in approximately 1 min video to typical questions about the isolation and analysis of exosomes and their molecular cargo. Hear from him how exosomes are being used in his research

The small size of EVs, their heterogeneity, and low refractive index make them difficult to identify. However, flow cytometry can be used to analyze single particles and provide both cell counting and phenotyping of EV properties. Learn about the Attune Flow Cytometers and which antibodies and reagents identify and characterize EVs.