Discover how the automation of flow cytometry is transforming cancer diagnosis and treatment for breast, prostate, endometrial, pancreatic, kidney, and melanoma cancers. Explore the latest ...

Research led by the Department of General and Visceral Surgery, Faculty of Medicine, University of Freiburg, Germany has ...

Flow cytometry systems are large units that can provide real-time analysis of thousands of cells every second. Cells are carried and aligned to pass through a light beam single file, then measured ...

Both CT colonography and stool DNA testing were judged to be clinically effective, with CT colonography showing a higher reduction of colorectal cancer incidence of 70–75%, compared to the 59% ...

Precise prognosis of cancer patients is important because it is associated with suggesting appropriate therapeutic strategies. Several computational and statistical methods have been proposed, but ...

This paper presents an impedance measurement system-on-chip (SoC) for flow cytometry (i.e. cell counting) applications. A source-differential, three-electrode sensing scheme is used in a microfluidic ...

Flow cytometry and cell sorting The core has multiple flow cytometers and cell-sorting cytometers. Flow cytometric analysis and cell-sorting services allow characterization of properties of cells or ...