Flow cytometry enables the simultaneous analysis of multiple proteins, gene expression, and cell functions from an individual cell. This technology makes it possible to obtain a statistically relevant amount of data.

Download this guide to learn more about how automation can reduce human errors and increase the variety and number of experiments that can be conducted simultaneously.

Download this guide to learn how to achieve effective aseptic technique, identify microbial infections and develop essential contingency plans.

Download this guide to learn more about techniques such as bulk tissue RNA sequencing, single-nucleus RNA sequencing and whole-genome DNA sequencing.

Download this free guide to learn more about the solutions available to ensure the efficacy and safety of alcohol-based hand sanitizers.

Both IHC and ICC are powerful tools that provide insights into gene expression, spatial relationships and biomarker identification in a wide variety of applications. These applications include basic research, assessment of normal and disease states within human and animal tissues and assessment of plant pathology.

Download this guide to learn more about the basics of SFC, SFC set-up and workflows, method development and settings as well as a variety of SFC applications.

Download this guide to learn more about setting the fraction volume target,
the basic principles of scaling up as well as configuration of preparative HPLC.

Download this free guide to learn more about how to choose the right HPLC detector for your application.

Download this guide to discover key considerations when performing PCR, including the concentration and purity of starting sample, primer suitability, downstream applications and annealing temperatures.