Products

With an electroendosmosis value of ≥0.3, this agarose is ideal for applications requiring a high EEO value or for mixing with lower EEO agaroses in order to prepare agaroses with desired EEO value.

D3 agarose has a very high molecular weight, much higher than other agarose, a characteristic that results from extremely high gel strength. The gel structure and exclusion limit are similar to D1 agarose.

With an electroendosmosis value between 0.23 and 0.26, this agarose is suitable for cross immunoelectrophoresis. The presence of DNase and RNase is not detected.

Linear polymer with a very high molecular weight, giving gel structures unlike those of traditional agaroses. This characteristic, added to a very low sulfate content, produces a strong intercatenary interaction, which generates a gel with a very high gel resistance and a high exclusion limit.

With an electroendosmosis value between 0.16 and 0.19, this agarose is recommended for serum protein electrophoresis and immunoelectrophoresis. The presence of DNase and RNase is not detected.

This type of agarose is similar to D1LE, but has an additional and particular feature: A special particle size distribution that provides easier and faster dissolution.

This agarose has a higher gel temperature than D1 agarose, which provides greater thermal stability to the gels. This product has low electroendosmosis (≤ 0.14). Its main applications are nucleic acid electrophoresis, protein electrophoresis, and preparation of agarose beads.

Highly purified agarose with low electroendosmosis values ranging from 0.05 to 0.13. This product has a GQT (Genetic Quality Tested) quality control certificate and is especially recommended for DNA preparation gels. The presence of DNase and RNase is not detected.

With an electroendosmosis value of ≤0.13, this agarose is suitable for Blotting tests. The presence of DNase and RNase is not detected.

With an EEO value equal to D2LE, this agarose is especially designed for the preparation of agarose beads, particularly at very high concentrations.