Supercontinuum Laser Light Shows Promise for Cancer Diagnostics
Since its first demonstration in a special type of optical fiber in 2000, supercontinuum laser light has revolutionized many areas of science.
Since its first demonstration in a special type of optical fiber in 2000, supercontinuum laser light has revolutionized many areas of science.
uPath HER2 (4B5) image analysis and uPath Dual ISH image analysis for breast cancer use AI to aid pathologists' decision-making.
The CytoSmart Multi Lux lets researchers carry out side-by-side comparisons between cell cultures, run long-term experiments, and monitor cells from home.
The ScanR system performs fully automated image acquisition and analysis of multiwell plates, slides, and custom-built arrays.
Read MoreTaiwan’s leading academic medical and teaching hospital will use the new pathology network to improve patient outcomes.
Read MoreThe microslide performs two tests that are commonly ordered together from a single small blood sample for increased efficiency.
Read MoreA powerful combination of automated urine microscopy and digital imaging produces greater accuracy while reducing manual intervention time.
Read MoreThe following organizations are playing important roles in developing, disseminating, and supporting the implementation of connectivity standards among healthcare entities, including clinical laboratories.
Read MoreThe Vitros 7600 and its Digital Chemistry technology represent an innovative approach to clinical lab management, enabling powerful data intelligence, operational improvements, and other enhancements in the lab.
Read MoreNovel diagnostic technology enables powerful data intelligence, operational improvements, and other enhancements in the lab.
Read MoreThis month’s issue features high-throughput labs systems from such companies as BD, Hologic, Roche, and TwistDx.
Read MoreNovoPath has integrated its anatomic pathology software platform with the IntelliSite digital pathology solution and whole-slide imaging system.
Read MoreBioTek Instruments has been granted a US patent for its invention of a novel autofocus system for cell imaging.
Read MoreIt is tempting to compare digital pathology to digital radiology, but the two are not entirely parallel.
Read MoreThe patented combined solution provides quantitative phenotypic cellular information and well-based quantitative data, while the unit’s modular architecture enables users to satisfy their current research needs and upgrade with additional modes to suit future needs.
Read MoreRespondents will be eligible to enter a drawing from which three winners will each receive a $100 Amazon gift card.
Read MoreThis month’s issue features anatomic and digital pathology technologies from such companies as BioGenex, Indica Labs, and MicroDimensions.
Read MoreThe cell imaging multimode reader offers brightfield, color brightfield, fluorescence, and phase contrast imaging up to 60x.
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