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High Quality

Nepenthe’s products are crafted to deliver precise and reliable results.

Versatility

Products suitable for a wide range of research and diagnostic applications.

Enhanced Sensitivity

High sensitivity for detecting      low-abundance molecules.                                                    

Nepenthe’s high-quality secondary antibodies offer high sensitivity and performance for immunoblotting and ELISA applications.

These antibodies are useful as a second-step reagent for indirect immunofluorescent staining when used in conjunction with primary antibodies. Moreover, They have minimal cross-reaction with mouse, rabbit, human, and rat immunoglobulins.

The PCR reagents ensure reliable and reproducible DNA amplification across various experimental conditions. These reagents are optimized for high efficiency and accuracy, reducing errors and delivering consistent results with each reaction.

They provide robust performance for both routine and complex molecular biology applications.

A range of ELISA solutions designed to enhance the accuracy and efficiency of your assays. Their products provide high sensitivity and a wide dynamic range, ensuring reliable detection of low-abundance proteins with minimal reagent consumption. Featuring ready-to-use buffers that reduce non-specific binding and simplify the assay process, Nepenthe’s ELISA solutions are compatible with both chemiluminescent and colorimetric systems.                                                                                                                                 

Nepenthe detection kit facilitates the identification of apoptotic and necrotic cells through fluorescence-based flow cytometry. It uses specific markers to distinguish between early apoptotic cells, necrotic cells, and viable cells. The kit features a simple, one-step staining protocol that streamlines the process, ensuring rapid and easy application. By labeling key cell components, the kit provides clear and reliable differentiation of cell death stages, making it an efficient tool for research and diagnostic applications.