This definitive eBook on digital hematology examines the current challenges and how deploying Full-Field digital technologies offer breakthrough solutions.
What does the ideal morphology report look like? It captures all the final details for analysis of each of the cell groups, includes comments and annotations, and is fully traceable, so you can refer back to any cell in question with just one click.
Consultant Hematologist Lukas Graf shows you an example from the Centre for Laboratory Medicine in Switzerland in this quick video.
CM Life Science Business Manager, Nathan Rigby, speaks with Erez Naaman sharing his insights into the development of Scopio, trends in AI and how he believes this affects the future of healthcare.
There are more than 1 million people globally living with some form of blood cancer. Understanding blood cancer symptoms and early treatment are critical to patient survival.
Evaluation of Scopio Labs X100 Full-Field PBS: The first high-resolution full-field viewing of peripheral blood specimens combined with artificial intelligence-based morphological analysis
Full-Field Cell Morphology™ represents significant progress in standardization, efficiency, remote workflow capability, and scalability of hematological examination. It fundamentally changes laboratory practice and closes the gap between the manual and digital peripheral blood smear review.
A special focus on the impact and the future potential of artificial intelligence and the role of diagnostics, the obvious impacts of COVID and the accelerated digitalization (not to be confused with digitization).
Evaluation of the first high-resolution full-field viewing of peripheral blood specimens combined with artificial intelligence-based morphological analysis.