General Laboratory Solutions

Wide range of solutions, commonly used for molecular biology applications

Total RNA isolation: combination of the strong phenol/guanidine thiocyanate lysis capacity of tripleXtractor reagent, with a spin column system

Total RNA isolation: Monophasic phenol/guanidine thiocyanate solution. Protocol adaptation available for recovering microRNAs from samples stored in tripleXtractor, using our GRS microRNA Purification Kit - GK11.0050

Wide range of solutions, commonly used for molecular biology applications

Solutions for detachment of cells in cell culture applications. From the most common Trypsin to the new and advantageous Accutase

Solutions for detachment of cells in cell culture applications. From the most common Trypsin to the new and advantageous Accutase

Components for the preparation of commonly used culture media in molecular biology applications

Silica-based spin columns for Nucleic Acid Purifications. Columns and filter columns are supplied with collection tubes.

VOLTage™ Fast Electrophoresis Buffer is for Agarose Electrophoresis of DNA fragments of 100bp to 1000bp. It is much faster than TBE with higher resolution and better separation.

VOLTage™ Fast SDS-PAGE Electrophoresis Buffer is ideal for SDS-PAGE of proteins up to 250kDa. Simply replace the standard Laemmli Running Buffer (TGS) by VOLTage™ Fast SDS-PAGE Buffer and save considerable runtime just by running the gel under identical conditions. Typically, if one runs a mini-gel at 200V, migration time can be halved from an hour to 30 minutes.

Quality tested water, ultrapure water, suitable for use in cell culture applications

END-POINT PCR: Ultra low error-rate (100x lower the Taq) for demanding and complex target. (MASTERMIX)

END-POINT PCR: Ultra low error-rate (100x lower the Taq) for demanding and complex target. (KIT)

END-POINT PCR: Improved hotstart technology, together with a ultra low error-rate (100x lower than Taq) for the most demanding and complex targets. (MASTERMIX)

END-POINT PCR: Improved hotstart technology, together with a ultra low error-rate (100x lower than Taq) for the most demanding and complex targets. (KIT)

Sensitive assays for cell biology applications. Detection of apoptotic cells and quantitative determination by flow cytometry