BCC58 10X TBST Buffer Solution 10 Pack

Description

Introduction

The BCC58 10X TBST Buffer Solution is a premium-grade laboratory reagent specifically formulated for optimized washing steps in immunoassays. This concentrated solution provides researchers with a stable, reliable, and high-performance base to ensure clear, high-contrast results in their experimental data.

Key Features

– 10X concentrated formula for space-saving storage and easy dilution

– Contains Tris-buffered saline with added Tween 20 surfactant

– Optimized pH levels to maintain protein stability and target integrity

– Minimal background noise for cleaner Western Blotting membranes

– Batch-tested for high purity and consistent performance across experiments

Benefits

Using the BCC58 10X TBST Buffer solves the common frustration of inconsistent washing in immunoassays. By providing a standardized, high-quality buffer, it reduces background staining and ensures that your antibodies bind specifically to their targets. This efficiency minimizes the need for repeat experiments, saving your laboratory valuable time, expensive reagents, and precious samples while significantly increasing the reproducibility of your data.

Usage / How to Use

This product is a concentrate intended for laboratory use only. Before use, dilute the 10X TBST buffer with deionized or distilled water to reach a 1X working concentration. Mix thoroughly until the solution is homogenous. Once diluted, it is ready to be used for washing nitrocellulose or PVDF membranes after antibody incubation steps. It is suitable for a wide range of protocols, including ELISA and Western Blot analysis.

WhyChoose This Product

Choosing the BCC58 10X TBST Buffer means prioritizing quality and reliability. Our product undergoes rigorous quality control to ensure every batch meets strict performance standards, providing you with peace of mind. Its concentrated nature maximizes shelf space, while the perfectly balanced surfactant levels ensure optimal performance. It is a trusted solution for professional research settings that value precision above all else.