Reagents: Featured Product

caprotec™ is pioneering an innovative, proprietary technology to reduce the complexity of biological samples through functional isolation of protein- or enzyme families.

Capture Compound Mass Spectrometry(CCMS) is using small synthetic molecules (Capture Compounds™) to interrogate native proteins, even lipophilic membrane proteins, in virtually any biological sample. CCMS Technology is made available to researches in several different configurations: caprotec provides pre-configured Capture Compounds™ as convenient, ready to use caproKits™. We offer custom made Capture Compounds™ for research applications and we are entering into collaborative projects to investigate small molecule or drug candidate protein interactions.

Please use the contact form to inquire about custom made or new Capture Compounds. The CCMS Starter Kit allows an easy and convenient implementation of CCMS technology in your lab. The Starter Kit contains a caproBox™ for incubating and UV cross-linking of Capture Compound™ and prey proteins, three caproKits™ of your choice, a caproMag™ for sample handling and a Biotin Capping Kit.

Please Submit a LINK to any commercial proteomics/protein reagent or consumable to be included on this page

Contact us to learn about sponsorship opportunities

About ProteinScience.com

Tools Archive

Reagents

Binding Event Reagents

Cell Signaling, Neuraminidase & Reporter Gene Assays

ELISA & Western Blotting

TaqMan® Protein Assays

Translation Kits

Retic Lysate IVT™ Kit for in Vitro Translation of mRNA

Chromatography

Fluorescence Spectrophotometry

Optical Filters, Plates & Kits

Peptide Synthesis

Protein Sequencing

Enzo Life Sciences, Inc. is a leading manufacturer of innovative life science reagents. Since 1976 we have established successful collaborations around the world with leading scientists, universities and companies to commercialize and co-develop products.

Protein Expression & Modification

Realization of protein expression and function are aspects of proteostasis that extend beyond translation to involve assisted folding by molecular chaperones and chemical modification to achieve a protein’s native conformation. Further, a multitude of chemical modifications (e.g. phosphorylation, ubiquitinylation, acetylation, glycosylation, SUMOylation, and methylation) are utilized to regulate proper localization and function. Enzo Life Sciences’ extensive range of chaperone and post-translational modification reagents facilitates detailed characterization of these mechanisms of proteostasis.