The gold standard in molecular biology. Industry-leading SeaKem® LE and specialty agaroses for high-performance nucleic acid electrophoresis.
Agarose gel electrophoresis is the core technique for separating, identifying, and purifying nucleic acid fragments. DNA Dynamics proudly supplies LONZA Bioscience Agarose—the global standard for molecular biology research and diagnostics.
Our portfolio features the legendary SeaKem® LE Agarose, widely trusted for routine analytical separations, alongside specialty agaroses designed for high-resolution PCR analysis, cloning recovery, and blotting applications. Manufactured under strict quality standards, Lonza agaroses guarantee exceptional gel strength, low background fluorescence, and sharp band resolution.
Reagent Grade Analytical Electrophoresis
Compare our selection of LONZA bioscience routine and specialty agaroses engineered for high-precision molecular separations.
Get further help to find the right agarose and conditions for your DNA and RNA agarose gel electrophoresis application.
Ideal agarose for routine analysis of nucleic acids by gel electrophoresis and blotting. Forming strong gels with low background upon staining.
Addressing the need for reliable protein electrophoresis, Lonza also offers a variety of specialty agaroses specifically suited for protein electrophoresis.
Lonza electrophoresis offer outstanding separation clarity, molecular purity, and structural strength.
Strong gel structures allow easy handling of low-percentage gels without tearing, securing sample integrity.
Low EEO parameters prevent band diffusion, delivering narrow, well-defined bands even for closely sized fragments.
Guaranteed DNase, RNase, and protease activity free. Prevents enzymatic degradation of precious nucleic acid samples.
High optical clarity translates to minimal autofluorescence, facilitating easier detection of low-abundance bands.
Lonza GTG grade is pre-tested and certified to prevent inhibition of downstream ligases or polymerases.
DNA Dynamics maintains solid inventory buffers of Lonza to guarantee continuous supply for critical research.