Rapid Colorimetric Maleimide Quantitation Kit for Nanoparticles effectively addresses this issue by enabling quick and precise measurements of maleimide functional groups on solid surfaces such as magnetic beads, polystyrene beads, and other nanoparticle types.
Cell Counting Kit 8 (CCK-8) is a colorimetric assay used to quantitate cell proliferation, cell viability and cytotoxicity.
3D Bio-imaging Tissue Slice Clearing Kit is a hydrophilic, RI Matching Solution that is easy-to-use, and allows rapid and robust clearing of diverse tissues (for kidney, spleen, liver, muscle and heart).
Rapid Colorimetric PE-Maleimide Quantitation Kit facilitates the quantification of maleimide groups on maleimide-activated PE proteins, which has an absorption peak at approximately 680 nm.
Exosome Isolation Kit offers a streamlined and effective approach to isolating intact exosomes from diverse biological samples, including cell culture media and serum.
Fluorimetric Neutrophil Elastase Inhibitor Screening Kit offers a fast, sensitive, and high-throughput method for screening and characterizing potential inhibitors of NE.
Fluorimetric Biotin Quantitation Kit uses a fluorogenic biotin sensor, which is almost non-fluorescent and give strong green fluorescence upon interaction with a biotin or biotin conjugate.
Rapid Colorimetric APC-Maleimide Quantitation Kit facilitates the quantification of maleimide groups on maleimide-activated APC proteins, which has an absorption peak at approximately 555 nm.
Colorimetric MTS Cell Proliferation Kit is a quick and reliable method for quantifying viable cells in proliferation and cytotoxicity assays.
Fluorimetric DPP4 Inhibitor Screening Kit provides an efficient and direct method for evaluating potential DPP4 inhibitors.
This Kit is bundled with two types of dyes that overcome these issues, and the combination of these dyes enables a more accurate live cell analysis of lysosomes.
Alpha-Amylase Inhibitor Screening Kit utilizes fluorescence polarization (FP) to screen for potential Alpha-amylase inhibitors. In this assay, Alpha-amylase cleaves a fluorescent amylose substrate. The decrease in FP is directly proportional to the Alpha-amylase activity in the sample.