Bacteria enzyme mix for lysis of Gram-negative and Gram-positive bacteria. Form: solution.

Versatile, increased efficiency kit for genomic DNA purification from various sources. Mechanical lysis. Sample size: up to 2 ml of bacterial culture, up to 2 ml of fluid or 100 mg of liquid yeast culture, up to 100 mg of plant tissue, up to 20 mg of animal tissue, up to 100 mg of faeces, up to 200 mg of environmental sample up to 50 mg of other biological material.

Versatile kit for total RNA purification from various, lysis-resistant sources. Mechanical lysis procedure. Sample size: up to 50 mg of plant tissue or animal tissue, up to 3 ml of bacterial culture, up to 1 ml of yeast culture.

2 ml tubes with 2 pieces metallic beads (4.5 mm) for homogenization of plant tissue samples.

2 ml tubes filled with 0.1 and 1 mm mixture of zirconia/silica beads dedicated to efficient homogenization of complex biologic samples including feces, soil, sediments.

Kit for isothermal DNA amplification in constant temperature.

Kit for isothermal DNA amplification in constant temperature. It contains SYBR® Green.

Kit for genomic DNA purification from blood. Sample size: up to 1000 µl of fresh or frozen blood.

BS suspension buffer.

Complete kit for efficient conversion and purification of converted DNA for methylation research.

Kit for very accurate, methylation-specific PCR.

Kit for DNA cleanup after PCR and other enzymatic reactions using restriction enzymes, ligase, kinase, etc. Sample size: up to 150 µl.

Kit for DNA cleanup after PCR and other enzymatic reactions using restriction enzymes, ligase, kinase, etc. Form: 96-well plates.

Increased efficiency kit for DNA cleanup after PCR and other enzymatic reactions using restriction enzymes, ligase, kinase, etc. Procedure with DNA precipitation. Allows to purify DNA fragments up to 20 000 bp. Sample size: up to 200 µl.

Kit for DNA cleanup after PCR and other enzymatic reactions using restriction enzymes, ligase, kinase, etc. Low elution volume (from 15 µl). Sample size: up to 100 µl.