It may surprise many to hear that some of today’s most advanced treatments, such as cell therapies for cancer, diabetes, and autoimmunity, depend on flow cytometry — a 50-year old technology.

Flow cytometry is a way to look closely at the features of cells or particles. A sample of blood or tissue goes into a machine called a cytometer. In less than a minute, a computer can analyze ...

Watch this Teach Me in 10 video to hear an introduction to flow cytometry with Dr. Eric Yager from the Albany College of Pharmacy and Health Sciences. The comprehensive analytical platform uses laser ...

Richard Cuthbert shared his perspectives on the current and future applications of flow cytometry – and automated flow cytometry systems – in modern drug discovery. Watch this Teach Me in 10 video to ...

Established in 1995, the Flow Cytometry Research Core Facility serves as an integral part of numerous research projects for investigators from multiple departments and disciplines at Saint Louis ...

The introduction of spectral flow cytometry enabled researchers to conduct multidimensional analyses. “It lets you have more flexibility in what fluorochromes you use because you’re not confined to ...

Flow cytometry has long enabled basic and clinical research, with applications in fields as diverse as molecular biology, neuroscience and plant and marine biology. Recently, its use in cancer ...

The University's flow cytometry facility is a core facility based in the Royal Hallamshire Hospital and provides a service to all at the University and externally. Flow cytometry is a technique that ...

Guidelines for working in the Flow Cytometry Unit, user access policy. Also basic flow cytometry and find some help for planning your experiments. User ac­cess policy The Flow Cytometry Unit provides ...

The Flow Cytometry facility is directed by James Orth. For further information and training, please contact James Orth. Miltenyi Biotec MACSQuant VYB Analyzer: This is our newest instrument, equipped ...

To support physicians in treating cancer patients, oncology laboratories can benefit from adopting end-to-end automation of flow cytometry workflows. Rapid advances in automation are improving ...

Additionally, there is an increased demand for Flow Cytometry instruments due to the growth in investments in research activities in the fields of biotechnology, life science, and biopharmaceuticals.