Products & Reviews

TSKgel STAT columns were designed to increase throughput for high efficiency separations of biomolecules. The nonporous, hydrophilic base material provides superior performance at reduced analysis time. The TSKgel STAT series encompasses a range of anion and cation exchange chromatography columns, suitable for various applications from research to quality control. Available in three different chemistries, the TSKgel STAT seri…

The Spectroquant® analysis system includes photometers with cell tests and reagent tests which can be identified by barcodes pre-diluted standard solutions in various concentrations for increased reliability requirements residue-free cleaning agents Three-stage concept for internal controls Photometer Check - AQA 1 Easy to perform with certified color standards and/or Certipur® UV/VIS standards. System Check - AQA 2 R…

Uvasol® solvents from Merck Millipore are specially designed for spectroscopy and other applications that demand solvents of the highest purity. By avoiding trace contamination, they prevent misinterpretation of your results caused by traces of ultraviolet (UV), infrared (IR) and fluorescence active contamination and eliminate the need for repeat analyses.  Accurate analytical results and minimal risk of misinterpretation d…

The Amnis NFkB translocation kit includes the conjugated antibody Anti-Hu NFkB (p50) Alexa Fluor 488, the nuclear stain 7-AAD along with the fixation solution, assay buffer and permeabilization buffer to rapidly detect and quantitate NFkB's translocation from the cytoplasm to the nucleus. Nuclear Factor kappa B (NFκB) transcription factor plays a central role in regulating many key processes in mammalian cells, including diff…

Take the Work Out of Paperwork.

Easy, reliable and workflow-friendly bioburden testing

For Pod configurations up to 2.2 m 2

Hydrochloric acid fuming 37%

47 mm diameter, mixed cellulose esters (MCE) membrane, hydrophilic, white, 100 discs

Automated, rapid detection and enumeration of microbial contamination based on ATP bioluminescence