Agaroses

Molecular Biology Grade. High purity for preparative and analytical electrophoresis of nucleic acids &gt1000 bp.

Ideal gelling properties for use in cloning assays or for recovery of heat labile samples following electrophoresis. Gel Strength, 1%: &gt200 g/cm 2 Gelling Temperature: 26-30&degC Melting Temperature: &lt65&degC Sulfate: &lt0.

Ideal gelling properties for use in cloning assays or for recovery of heat labile samples following electrophoresis. Gel Strength, 1%: &gt200 g/cm 2 Gelling Temperature: 26-30&degC Melting Temperature: &lt65&degC Sulfate: &lt0.

Ideal gelling properties for use in cloning assays or for recovery of heat labile samples following electrophoresis. Gel Strength, 1%: &gt200 g/cm 2 Gelling Temperature: 26-30&degC Melting Temperature: &lt65&degC Sulfate: &lt0.

Ideal gelling properties for use in cloning assays or for recovery of heat labile samples following electrophoresis. Gel Strength, 1%: &gt200 g/cm 2 Gelling Temperature: 26-30&degC Melting Temperature: &lt65&degC Sulfate: &lt0.

Ideal gelling properties for use in cloning assays or for recovery of heat labile samples following electrophoresis. Gel Strength, 1%: &gt200 g/cm 2 Gelling Temperature: 26-30&degC Melting Temperature: &lt65&degC Sulfate: &lt0.

Ideal gelling properties for use in cloning assays or for recovery of heat labile samples following electrophoresis. Gel Strength, 1%: &gt200 g/cm 2 Gelling Temperature: 26-30&degC Melting Temperature: &lt65&degC Sulfate: &lt0.

Bioline Agarose is ideally suited for routine analysis of nucleic acids by gel electrophoresis and blotting. Meridian Life Sciences, Inc.

Bioline Agarose is ideally suited for routine analysis of nucleic acids by gel electrophoresis and blotting. Meridian Life Sciences, Inc.

IBI's PFGE Agarose is a linear polymer with a very high molecular weight, thus giving gel structures unlike those of traditional agaroses. This characteristic, added to the very low sulfate content, produces a strong intercatenary interaction,

IBI's PFGE Agarose is a linear polymer with a very high molecular weight, thus giving gel structures unlike those of traditional agaroses. This characteristic, added to the very low sulfate content, produces a strong intercatenary interaction,

Save time and labor preparing agarose gels for electrophoresis of nucleic acids. Just place the required number of tablets into a standard buffer, then mix and heat until completely dissolved.