Pre-measured PBS Tablets for Easy 1X PBS Solution Preparation
Introduction
Phosphate Buffered Saline (PBS) is a versatile, water-based solution crucial in a wide array of scientific research and manufacturing processes. This solution is extensively utilized in laboratories for reagent preparation (including western blots and immunoassays), sample dilution, and cell culture etc.
Our Pre-measured PBS Tablets offer a convenient and precise method to prepare 1X PBS solution, streamlining your laboratory processes and ensuring consistent results. Each tablet is formulated to dissolve quickly and create a buffer solution that maintains a stable pH, crucial for experimental consistency and reliability.
Key features of our pre-measured PBS Tablets
- Time-Saving Convenience: Each tablet quickly dissolves in 100 mL of distilled or deionized water, delivering a ready-to-use 1X PBS solution
- Chemical Safety: Eliminate the risks of handling chemical powders or bulk chemicals, enhancing safety in the laboratory environment
- Minimize potential errors: No weighing or additional mixing
- Optimal pH Stability: Achieve consistent pH levels (7.3-7.5) with each use
- Versatility: Suitable for most assay preparation and biological applications
- Ease of Use: Simplify your protocol with our user-friendly tablets. Just dissolve one tablet in water to obtain the precise concentration and pH needed for your experiments, without any further adjustments required
Instruction for use
- Dissolve: Place one tablet into 100 mL of distilled or deionized water.
- Stir: Mix until fully dissolved, and yield 100 mL of 1X PBS solution containing 137 mM sodium chloride, 2.7 mM potassium chloride, and 10 mM phosphate buffer with pH 7.3-7.5.
- Adjust: If necessary, the pH can be adjusted using dilute HCl or NaOH.
Safety Information
This product is intended for laboratory and manufacturing use only. It is not for drug, food, or household applications. It should not be used for diagnostic purposes, nor should it be administered to humans or used for any drug-related purposes.