Thermo Scientific™ BioAcryl-P (30%, 29:1)

High-Quality Ready-to-Use Monomer Solution for PAGE of Proteins and Nucleic Acids

Thermo Scientific™ BioAcryl-P is a 30% (w/v) premixed solution of acrylamide and bisacrylamide in a 29:1 ratio, optimized for the electrophoretic separation of proteins and nucleic acids. The 29:1 ratio delivers a gel matrix suitable for standard SDS-PAGE and DNA sequencing gels, providing excellent resolution and polymerization consistency.

This high-quality formulation simplifies gel preparation and is suitable for routine laboratory use in protein identification, molecular weight analysis, and nucleic acid sequencing workflows.

Key Features & Benefits

• Pre-Mixed 30% Solution – Saves time and minimizes variability in gel casting
• Optimized 29:1 Ratio – Ideal balance of acrylamide (monomer) and bisacrylamide (crosslinker) for resolving a wide range of protein and nucleic acid sizes
• Ready to Use – Eliminates weighing and solution preparation steps
• High Purity and Stability – For reliable polymerization and consistent gel quality
• Compatible with SDS-PAGE and Native PAGE – Supports a variety of electrophoretic applications

Applications

• Protein Separation by SDS-PAGE
• Nucleic Acid Electrophoresis (e.g., DNA sequencing)
• Molecular Weight Estimation
• 2D Electrophoresis Gels
• Analytical and Preparative PAGE Workflows

General Description

• BioAcryl-P is a 30% aqueous solution containing acrylamide and bisacrylamide in a 29:1 ratio, where:
  • Acrylamide serves as the primary gel-forming monomer
  • Bisacrylamide functions as the crosslinker to establish the gel matrix
• Forms stable polyacrylamide structures at room temperature when used with appropriate catalysts (e.g., APS and TEMED)

Technical Specifications

Thermo Scientific™ BioAcryl-P (30%, 29:1) is a convenient and reliable solution for preparing polyacrylamide gels used in protein and DNA electrophoresis workflows. With a precise 29:1 acrylamide:bisacrylamide ratio, it delivers excellent resolution and reproducibility, making it ideal for routine use in molecular biology, proteomics, and genomics laboratories.