While flow cytometry (FCM) is fast and reliable method particularly suitable for genome size estimation in plant and animal studies, its application to microalgae often comes with many methodological challenges due to specific issues (e.g. cell wall composition, and presence of various secondary ...
Flow cytometry is an elegant quantitative technology, allowing the interrogation of single cells among tens of thousands or even millions of cells in minutes. Advantages of multiparameter flow cytometry include the ability to probe single cells ...
Flow Cytometry Beads for Compensation, Controls & Standards Spectral Flow Cytometry Flow Cytometry Assays & Reagents Flow pulse: get exceptional data resolution in flow cytometry Improving data resolution in flow cytometry unlocks deeper insights into cell biology, enables accurate rare cell identific...
Flow cytometry is a single-cell technique, so having a good single-cell suspension is critical for good results when sorting. Additionally, since the nozzle is smaller than it is on a typical analyzer, clumps will lead to clogs, which slow down the sort and cause unnecessary grief. It is ...
Flow cytometry is a powerful tool utilized in many research areas for the analysis and characterization of cell populations. However, analyzing the complex datasets generated by flow cytometry can be challenging.
Flow cytometry has been instrumental in the discovery of rare cells and in understanding how they differ from more abundant cells. “In the past, microscopy was the way to go, but that technique requires a highly trained operator scanning visual fields for long periods of time,” says Sheree ...
In addition to our online tools, our applicationsupportteams are available to provide one-on-one consultation on aspects of panel design for research use and flow cytometry best practice seminars to help you optimize your panels and improve interpretation of your results. ...
Flow cytometry offers rapid, high-throughput, multiparameter-based analysis of intracellular protein expression in statistically significant no. of cells at single cell resolution. In past few decades, customized assays have been developed for flow cytometric detection of specific intracellular proteins. ...
flow cytometers can also produce highly enriched populations of viable cells for functional studies.The aim of this perspective is to appraise current flow cytometry methods in the field of stroke,provide guidance on best practices,and outline some of the future applications of the technique in pre...
Best practices for intracellular flow cytometry The ability to stain and detect intracellular molecules opens the door to identify distinct cell subsets as well as further characterize cell populations. Our resources, tools and products help you save time and effort and ...