Emirates Pathology UCGConferences

The visual examination of histological slides by pathologists through a microscope eyepiece is used to diagnose tumours. Due to image analysis, digital pathology , or the digitalization of histology slides at high magnification with slides scanners, has increased the ability to retrieve quantitative information. Medical image analysis has advanced dramatically in the previous decade thanks to the development of artificial intelligence (AI) systems. AI has proven to be effective in medical imaging and, more recently, digital pathology. The feasibility and utility of AI-assisted pathology activities have been established in recent years, and we may expect to see these advancements applied to routine histology in the future. We will describe and demonstrate this technique in this review, as well as give the most current findings, and applications in the field of histopathology of tumors. For more details join us at the CME/CPD accredited 11th Emirates Pathology & Digital Pathology Con

Digital pathology is a pathology specialization that focuses on data management using data from digitised specimen slides. Digital pathology uses computer-based technologies to do virtual microscopy. Digital pathology has led in significant improvements in pathology lab efficiency, workflow, and revenue, despite the fact that fundamental viewing capabilities have remained virtually unaltered. Using digital pathology, the user can convert glass slides into digital slides that can be controlled, shared, inspected, and analyzed on a computer monitor. Automated image analysis approaches can also help with the interpretation and quantification of biomarker expression in tissue slices. In healthcare, digital pathology is utilized for primary diagnosis., diagnostic consultation, intraoperative diagnosis, medical student and resident teaching, manual and semi-quantitative immunohistochemistry (IHC) review, clinical research, diagnostic decision support, peer review, and tumor boards. Get mor

    Pathology is the engine that propels healthcare toward a better understanding of diseases. It's time to change the way it does business, even if it's been doing so for the past 150 years. Digital technology have the potential to make the field more efficient and scalable. They have the potential to make pathologists' jobs more creative and data-driven, while also helping patients to receive diagnoses more quickly and precisely. Let's have a look at the digital pathology of the future ! The rapid advancement of image digitization technology has benefitted pathology throughout the previous decade. The advancement of this technology has resulted in the development of slide scanners that can produce whole slide images (WSI) that may be explored by image viewers in a manner similar to that of a traditional microscope. The WSI's file sizes range from a few megabytes to several terabytes, posing issues in terms of image storage and administration when they're em

  The introduction of whole-slide digital imaging technologies has sparked the development of novel interactive pathology education models, accelerated clinical processes, and allowed for the development of new medically actionable image analysis tools and investigative methodologies. This technology has supplied the clinical and scientific community with new solutions that will need to be integrated with established models for modern care, despite the fact that it is still evolving. Finally, we expect a new system of care to evolve, in which these breakthrough technologies are rationally and thoroughly validated and integrated into everyday practise. The high-tech world of digital pathology imaging is beset by a low-tech issue. And getting the more knowledge about of improving the factor of digital pathology join us at CME/CPD accredited 11th Emirates Pathology & Digital Pathology Conference on May 09-10, 2022, Online & enhance your knowledge on Pathology The issue: Due t