Digital Pathology Display Standards: Why Medical Monitors Change Diagnostic Accuracy | Tom Kimpe

If your digital pathology deployment has a brand-new whole-slide scanner, a solid IMS, and petabytes of storage — but your pathologists are reading on consumer monitors — you may have a serious problem you haven't budgeted for yet. In this episode of Imaging Informatics Unplugged, Jason sits down with Tom Kimpe, VP of Technology & Innovation for Healthcare at Barco, for a deep-dive webinar from Canada Health Infoway on the critical role the display plays in the digital pathology imaging chain. Tom unpacks why color gamut matters more in pathology than almost any other imaging domain, how color variability sneaks in at every step of the workflow — from tissue staining through scanner to viewer to display — and what the peer-reviewed science actually says about diagnostic accuracy and reading efficiency when pathologists use medical-grade versus consumer monitors. Spoiler: a 6–8% reduction in reading time. 100% diagnostic concordance on medical displays versus measurable drop-off on consumer hardware. Missed concurrent diseases. These aren't marketing claims — they're published, peer-reviewed findings. Whether you're a PACS admin, imaging informatics specialist, or radiology IT leader expanding into enterprise imaging and digital pathology, this is the kind of workflow and display standardization knowledge that will save your organization from an expensive mid-project scramble. If you're working toward your CIIP credential, the CIIP Foundations Program at nagelsconsulting.com is exactly where this conversation fits into the bigger picture — and keep an eye out for the upcoming DICOM training program with hands-on live imaging learning labs that will make concepts like ICC profiles and DICOM WG-26 click in a whole new way. Learn more at nagelsconsulting.com Key Topics Covered • Why pathology tissue has a broader color gamut than sRGB displays can reproduce — and what that means clinically • How color variability is introduced at every link in the digital pathology chain: lab prep, scanner, viewer, and display • The difference between consumer, professional, and medical-grade displays — and why it matters for pathology specifically • ICC color profiles: what they are, how they work, and why adoption is accelerating toward an industry standard • Peer-reviewed evidence showing measurable impact of display quality on diagnostic accuracy, concordance, and reading efficiency • The DICOM WG-26 ecosystem: how file format standardization is finally catching up to scanner adoption • Where display procurement falls through the cracks in digital pathology deployments — and how to fix it YouTube Chapters / Timestamps 00:00 Introduction — the display as a critical link in the pathology imaging chain 01:20 What makes digital pathology images unique: gigapixel resolution and constant panning/zooming 02:15 Color gamut of human tissue: why pathology slides have colors standard displays can't show 03:45 Scanners vs. displays: where color gamut limitations first appear 05:06 Sources of color variability: lab prep, scanner drift, viewer settings, and display aging 08:36 ICC color profiles explained: how to characterize and compensate the imaging chain 10:22 Medical-grade vs. consumer displays: embedded sensors, self-calibration, and QA software 17:35 The science: peer-reviewed studies on diagnostic accuracy and reading time 20:19 Workflow efficiency: 6–8% reading time reduction with higher-quality displays 26:00 DICOM in digital pathology: WG-26, proprietary formats, and where the industry is heading 31:39 Market education: why pathology is still catching up to radiology's display standards 39:44 Real-world procurement gap: why displays get cut from the budget last and cost you most