TAPS Sodium Salt Biological Buffer CAS 29915-38-6
Experience superior pH control with our high-purity TAPS sodium salt. Designed for biochemical applications, this reliable buffer ensures optimal stability for your enzymes and proteins. Highly soluble and easy to prepare, it is the professional choice for consistent, accurate results in electrophoresis, chromatography, and cell culture research environments. Elevate your experiments today.
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Description
Introduction
TAPS sodium salt is a high-quality zwitterionic buffer widely used in molecular biology and biochemistry. Engineered for precise pH maintenance, this compound provides the stability required for sensitive biological systems, ensuring that your research remains consistent and reproducible across every experimental trial.
Key Features
– High purity reagent grade for reliable biochemical performance
– Excellent solubility in aqueous solutions for easy preparation
– Zwitterionic nature minimizes interference with metal ions
– Optimized for a pH range of 7.7 to 9.1 for diverse applications
– Manufactured to meet rigorous laboratory quality control standards
– Supplied in stable, easy-to-store powder form for longevity
Benefits
Using high-purity TAPS sodium salt eliminates the variability often introduced by inferior buffer reagents. Because it is highly soluble, researchers save valuable time during stock solution preparation. Its buffering capacity protects sensitive proteins and nucleic acids from degradation, preventing experimental failures and saving you from costly downtime. By choosing our TAPS buffer, you invest in the integrity of your data and the health of your biological samples.
Usage / How to Use
TAPS sodium salt is primarily used as a buffering agent in biochemical assays. To prepare a buffer solution, dissolve the calculated mass into deionized water and adjust the pH to your desired target using a calibrated pH meter. It is commonly utilized in capillary electrophoresis, protein purification chromatography, and cell culture media formulations. It is ideal for systems where an amine-free environment is necessary and where the buffer must remain biologically inert during the course of the reaction.
Why Choose This Product
– Unmatched purity levels ensure no unexpected side reactions
– Trusted by laboratories for long-term experimental consistency
– Streamlined manufacturing processes lead to cost-effective pricing
– Secure and durable packaging maintains chemical stability over time
– Backed by professional support to meet your specific research needs.
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