Informative articles on digital pathology and slide scanners
Explore the wealth of knowledge on Grundium's Articles page, where we delve into the evolving world of digital pathology. Our carefully curated articles offer in-depth discussions on current trends, practical use cases, and essential technical insights. Whether you're a seasoned professional or new to the field, join us in exploring the innovations and applications shaping the future of diagnostics and research.
9 questions and answers about whole slide imaging In the dynamic world of medical diagnostics, Whole Slide Imaging (WSI) emerges as a game-changer in pathology. Many professionals grapple with its nuances as the shift to digital pathology accelerates. Dive into our concise guide, addressing nine pivotal questions about WSI. Equip yourself with insights and stay […]
Processing frozen sections in Ukraine’s biggest pathology lab Dr. Elena Koshyk, tells the story of how the Grundium Ocus microscope scanner helps them analyze frozen sections quickly at CSD Medical in Kyiv, Ukraine CSD Medical Laboratory (CSD) is a large private laboratory that has been utilizing digital pathology for many years, using multi-slide scanners for […]
Ocus® digital scanner removes bottlenecks in the research lab Dr. Leonardo Guasti, Reader in Endocrinology at the QMUL walks us through what happened when they purchased a Grundium Ocus®40 digital microscope scanner in September 2021. The Centre for Endocrinology at the Queen Mary University of London in the UK knew they needed to find ways […]
Whole slide imaging, also known as WSI, virtual microscopy or digital pathology, is a technique that involves capturing high-resolution digital images of an entire microscope slide. This technology revolutionizes the field of pathology by digitizing glass slides and allowing pathologists to view and analyze them on a computer screen.
Sometimes the transition switch from conventional microscopy to digital pathology is made challenging for the pathologist by differences in what the viewed images look like over the two mediums. So, what do you do to make a great digital microscope image?
Digital imaging is changing pathology by making it easier to identify and diagnose diseases. Pathologists are now able to use digital images to examine tissues and organs more closely, which has led to more accurate diagnoses. In addition, digital imaging is helping to improve the quality of pathology reports by providing clearer images of tissues and organs.
Artificial intelligence, AI, has been one of the most talked-about topics in pathology for years. AI stands on the shoulders of digital pathology, which can already feel threatening to the expert who has maybe spent decades looking at specimens in a microscope. Will all this rapidly developing technology make the expert obsolete?
The small footprint but high resolution Grundium Ocus®40 is the chosen imaging component in Zoetis’ network of digital pathology service. The system reduces the time of cats’ and dogs’ diagnosis from days or even weeks to only minutes. This is tomorrow’s distributed digital pathology service today.
MD Hannes Olauson from the Karolinska University Hospital talks about how the small Grundium Ocus is making a big difference in scanning slides, and he has an interesting view of the future of pathology and why medical innovation sometimes takes longer.
Two beautiful and powerful scanners making the best professional diagnosis available for all life. What’s the difference? Here is what makes each of the Grundium Ocus® series scanners the most practical in their respective fields.
Digital pathology is a transformative approach in the field of pathology that involves the acquisition, management, sharing, and interpretation of pathology information in a digital environment. Grundium's Ocus scanners are at the forefront of this revolution, leveraging advanced imaging, data management, and artificial intelligence (AI) to enhance the accuracy and efficiency of pathology practices.
Microscopy is much more than just 20x or 40x objectives. In this white paper, Our principal imaging engineer Markus Vartiainen dives deep into microscopy principles and theory.
Viewed through a 40x lens, objects seem twice as big as with a 20x lens. It seems logical to think a higher magnification objective is “better”. But does it matter what it says on the tin?
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