10 result(s) for 'Digital Imaging workflows'
1 - 10 of 10 results for 'Digital Imaging workflows'
Keeping Your Eye On Image Color Image Viewing and Image Analysis Across Digital Pathology Scanner Model
Digital pathology is a growing field, with multiple vendors offering a variety of hardware and software for different applications. With many options available for digital pathology scanners, viewing software, and both consumer and medical review monitors, users need the ability to adapt to variations in image appearance.
Digital pathology is the means of capturing stained slides as high-resolution, brightfield or fluorescent images that are managed, stored, and visualized digitally. Digital pathology has several advantages over traditional microscopy that can improve project productivity and quality. This infographic highlights key benefits of implementing digital pathology in the laboratory.
Drug development is a timely and costly process, with the average cost of bringing a single new drug to market costing $1.3 billion, taking anywhere between 10-15 years to finalize complete all clinical trials. Preclinical studies are the vital first steps in research and development and is estimated to cost $7M over 73 months. Up to 35% of drugs are eliminated at phase I and II clinical trials due to toxicity.
In this new and fully interactive eBook, learn about automated approaches to immunohistochemistry, in situ hybridiztion, whole slide digitization, and find out how they can be adopted to accelerate research programs. The document contains step-by-step guidance and top tips on implementing and validating automated systems, as well as covering key considerations to help guide you through the process.
Digital pathology is quickly growing across the globe as it offers increasing benefits to standardize and optimize the pathology lab workflow. Pathologists can now retrieve their cases in digital form and review and sign off cases using a PC and monitor. However, digital pathology companies offer many different monitors, depending on the company. Pathologists are often frustrated by the color variation of a digital image as it may not match the microscope color experience They often prefer a color that looks as close as possible to the typical experience using a microscope.
Transforming Conventional to Digital Pathology, Leica Biosystems Introduces Case Management Software to Support Aperio AT2 DX System for Primary Diagnosis
VISTA, Calif.—Mar 2, 2020—Leica Biosystems, a globally recognized cancer diagnostics and workflow solution leader, today announced a significant development for anatomical pathology laboratories by bringing together its Aperio AT2 DX System—digital pathology whole slide imaging—with Aperio Path DX, a web-based, state-of-the-art, case management software. “Digital pathology has entered the clinical environment with the goal of improving efficiencies, streamlining laboratory workflows, and expanding pathology services,” stated Dan Schrock, Vice President, Clinical Affairs for Leica Biosystems. “Our solution enables clinical labs to produce and digitally deliver consistent, high-quality images the pathologist can confidently rely on to perform routine histologic diagnosis for th...
The Power of Digital Pathology in Research 1. Leica Biosystems Proprietary Information. For Research Use Only. Not For Use in Diagnostic The Power of Digital Pathology In Research. Caitríona Lyons PhD. 2. Introduction • Caitríona Lyons PhD • Based in Dublin, Ireland • Current Role: • Product Manager Image Analysis, Leica Biosystems • Previous Roles: • Product Owner Image Analysis, Leica Biosystems • Image Analysis Specialist, Leica Biosystems • Education • BSc (Hons) Biomedical Science • PhD Medicine and Health • Postdoc Immunology 3. Agenda • History of Pathology • What is Digital Pathology • Power of Digital Pathology • Leica Biosystems Role in Digital Pathology • The Future of Digital Pathology • Final Thoughts 3 SCAN MANAGE ANALYZE 4. History of Digital Pathology • Patholog...
by Chad Salinas, Vice President, AI and Machine Learning Artificial Intelligence is exponentially increasing its impact on healthcare. As deep learning is mastering computer vision tasks, its application to digital pathology is natural, with the promise of aiding in routine reporting and standardizing results across trials. 1 Physicians recognize the potential of AI in pathology, with one global survey documenting nearly 75% of respondents reporting interest or excitement in AI as a diagnostic tool to facilitate improvements in workflow efficiency and quality assurance in pathology.2 This finding is, in part, a recognition of the increasing complexity associated with practicing pathology: complicated workflows3 coupled with global pathology workforce shortages4,5 impact patholo...
April Schrank-Hacker will offer a holistic look at the Cytogenetics laboratory workflow to increase confidence and accuracy in the final diagnosis. She will discuss new perspectives on creating optimized, safe and reliable workflows that your lab could...