Assays & Kits

DNA/RNA Isolation Kit is designed for extracting both genomic DNA and total RNA simultaneously from the same animal cells or tissue samples.

DNA/RNA/Protein Isolation Kit is designed for extracting genomic DNA, total RNA, and total protein simultaneously from a single biological sample (cultured cells and animal tissues).

Xanthine Assay Kit is a quantitative colormetric/fluorometric determination of xanthine.

Glycogen Assay Kit is a quantitative colormetric/fluorometric determination of glycogen.

Glycogen Assay Kit is a quantitative colormetric/fluorometric determination of glycogen.

Triglyceride Assay Kit is a quantitative determination of triglyceride.

Glucose Assay Kit is a quantitative determination of glucose.

The fatty acid analog included in this kit is taken up into cells via fatty acid transporters. The kit enables analysis of the fatty acid uptake ability of cells using fluorescence imaging, microplate measurement, and flow cytometry. In addition, a reagent that eliminates the fluorescence of any extracellular fatty acid analog is included, so it is possible to easily measure the actual fatty acid uptake capability even if washing the cells is difficult.

The 3CL Protease (B.1.1.529, Omicron Variant) (SARS-CoV-2) Assay Kit is designed to measure the activity of P132H mutated, Omicron variant 3CL Protease for screening and profiling applications, in a homogeneous assay with no time-consuming washing steps. The 3CL Protease Substrate is an internally quenched 14-mer fluorogenic (FRET) peptide (DABCYL-KTSAVLQSGFRKME-EDANS). When the donor (EDANS) and acceptor (DABCYL) fluorophores are in close proximity, the energy emitted from EDANS is quenched by DABCYL (intact substrate). Upon proteolysis by 3CL, the peptide substrate is cleaved between glutamine and serine to generate the highly fluorescent peptide fragment (SGFRKME-EDANS). The fluorescence intensity increases proportionally to the activity of 3CL. More information on the substrate, including MW and structure, can be found on our website (BPS Bioscience, #79952).