News, Analysis, Trends, Management Innovations for
Clinical Laboratories and Pathology Groups

Hosted by Robert Michel

News, Analysis, Trends, Management Innovations for
Clinical Laboratories and Pathology Groups

Hosted by Robert Michel
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Pathologists in Canada Address Handling and Use of Tissue Specimens for Clinical Diagnostic Purposes at IQMH Conference in Toronto

Variability in how tissue is handled from one histopathology laboratory to another greatly affects quality of specimen and accuracy of the pathologist’s diagnosis

TORONTO, ONTARIO, CANADA—Here on the shores of Lake Ontario, pathologists and clinical laboratory professionals gathered last week for a unique conference that focused on quality issues involving how tissue is handled from collection and transport to the histopathology laboratory processing to diagnosis by surgical pathologists.

Your Dark Daily editor was here to participate in the conference and learn from a first-rank panel of speakers. As many long-time readers know, patients, physicians, and health insurers expect increasingly higher levels of accuracy in how lab specimens are handled and greater precision in the resulting diagnosis that is produced by pathologists. Thus, a conference dedicated to tissue specimen integrity and quality is both timely and appropriate. (more…)

Company Brags About “the Largest Pathology Image” of Breast Cancer Tissue

Image is 142,603 by 105,000 pixels in size (or 41.8GB) and was scanned at a 1μm pixel resolution

Is it the largest pathology image ever produced? In an article, the journal BioOptics World reports that a breast tissue image may in fact be the largest digital pathology image ever produced. The image was produced by the TISSUEscope 4000 from Biomedical Photometrics Inc. (BPI) of Waterloo, Ontario, Canada.

The image is available online at http://www.confocal.com/ABOUT/Human_Breast-H&E.html. The announcement of the “largest pathology image ever produced” is a clever way for BPI to call attention to it scanning system. The company describes its product as a high-throughput panoramic scanning system for tissue slides and microarrays that images an area more than 100 times that of an ordinary microscope in a single scan.

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