Antipain Dihydrochloride BCJ692 Protease Inhibitor

Description

Introduction

Antipain dihydrochloride is a highly effective, reversible inhibitor of serine and cysteine proteases, essential for precise laboratory research. This specialized reagent is widely trusted by scientists for its ability to protect proteins from enzymatic degradation during complex biochemical assays.

Key Features

– CAS Number 37682-72-7 for verified chemical identification

– High-purity formulation for consistent experimental reproducibility

– Effectively inhibits trypsin, papain, and various cathepsins

– Stable in solution when handled under optimal laboratory conditions

– Ideal for use in cell lysis buffers and protein purification protocols

Benefits

Using Antipain dihydrochloride provides researchers with the confidence that their protein samples remain intact throughout the isolation process. By preventing unwanted proteolytic activity, this product saves valuable time and resources, reducing the risk of sample loss. It is an essential component for those performing western blotting, immunoprecipitation, or any procedure where protein integrity is critical to successful data acquisition.

Usage / How to Use

This product is intended for professional research use only. Typically, Antipain dihydrochloride is prepared as a concentrated stock solution in water or buffer and added to lysis buffers or reaction mixtures. It should be stored at recommended temperatures, usually negative twenty degrees Celsius, to maintain its chemical potency. Always wear appropriate personal protective equipment when handling laboratory reagents.

Why Choose This Product

– Superior purity levels ensure that your sensitive biochemical experiments are not compromised by contaminants.

– Proven performance in inhibiting specific proteases, making it a versatile tool for diverse molecular biology applications.

– Reliable supply chain ensures that your laboratory consistently has access to high-quality chemical reagents.

– Expert-tested and validated for researchers who demand precision and accuracy in every single experiment.