January 17, 2011 – 7:08 pm Quantitative dermatopathology is just scratching the surface with digital pathology
By Steve Potts | Also posted in Clinical trials regulatory aspects of digital pathology, dermatology, Image analysis in CAP and CLIA regulated laboratories, large pharma, medical devices, small biotech | Tagged aarhus university, comparative pathology, dermatology, dermatopathology, digital pathology, fluorescence scanning, image analysis, Multiplexed IHC, ophthalmology, proliferation, scanning technology, university in denmark, university of pittsburg | January 2, 2011 – 5:15 pm We have a number of multi-modal whole slide scanning techniques that we call bridge scanning, where a number of fluorescent and brightfield scans are overlaid, either from a single slide or from multiple consecutive sections. In this example, we are using FACTS with other consecutive sections to identify biocompatible responses to implanted biopolymers. We can [...]
December 31, 2010 – 10:36 pm Quantification of proliferating nuclei with multiplexed IHC in between melanoma and melanocytic nevi.
By Frank | Also posted in dermatology, Multiplexed IHC | Tagged Genie, histology pattern recognition, image analysis, Ki67, melanocytes, melanocytic lesions, Multiplexed IHC, proliferation, tyrosinase, Visiopharm | Below is the video from a webinar we gave on a new algorithm for measuring vacuolar spaces. Part 1 Part 2 Part 3 Presenters: Frank Voelker Event: Aperio Webinar
February 27, 2010 – 4:09 pm This example came from healthy porcine aorta that was stained with Hematoxylin and Eosin (H&E). Using an area-based algorithm, we can quantitatively evaluate the sample for elastin percentage. Elastin is a critical component of the microstructure within large arteries such as the aorta. This type of quantitative analysis can be performed on various types of [...]
By Rob | Also posted in cardiology, dermatology, heart, medical devices | Tagged aorta, biocompatibility, cardiovascular, dermatology, digital pathology, elastic fibers, image analysis, medical devices |