UC Davis Researchers Develop Microscope That Uses Ultraviolet Light for Diagnosis, Eliminates Need for Traditional Histology Slide Preparation

MUSE microscope speeds up some anatomic pathology laboratory processes and removes exposure to toxic fixative chemicals Because they handle tissue specimens, histotechnologists, anatomic pathologists, and hospital nurses are exposed to deadly chemicals such as formaldehyde, formalin, Xylene, and Toluene. The risks associated with these chemicals has been covered regularly by Dark Daily as recently as 2018 and as far back as 2011. (See, “Europe Implements New Anatomic Pathology Guidelines to...

Study of Cross-Contamination of Biopsy Specimens in 69 Anatomic Pathology Laboratories Raises Concerns about Test Quality and Patient Safety

Extraneous tissue cross-contamination found in all participating pathology laboratories Cross-tissue contamination, regardless of specimen volume or how frequently reagents were changed Pathologists and histotechnologists have long known that traditional methods of processing tissue for diagnosis have the potential to cross-contaminate human biopsy specimens. This risk to patient safety and diagnostic accuracy was accepted over the decades because of the limitations of technology and inability...

Revisiting the Clinical Pathology Lab’s Problem of Floaters and Other Contaminates

As automation transforms the manual work processes in the histopathology laboratory, “floaters” may become a thing of the past Any histotechnologist and pathologist familiar with the manual work processes commonly in use in histopathology laboratories knows about “floaters.” These are the pesky artifacts that are a consequence of the common practice of manually processing tissue through the series of H&E linear baths required for the proper staining of these samples prior to analysis by...
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