78 result(s) for 'Multiplex'
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The content of this webinar will encompass detailed technical descriptions of novel and state of the art methods to decalcify tissue samples that will be embedded in paraffin or for frozen sectioning for molecular and nucleic acid analysis for basic research...
SEATTLE, USA and MELBOURNE, AUSTRALIA. March 1st Leica Biosystems continues to advance its relationship with NanoString Technologies Inc., supporting translational research to build confidence in reproducibility and throughput while minimizing manual steps and reducing hands-on time with the release of the fully automated GeoMx RNA protocol on BOND RX and BOND RXm research staining systems.
“This fully automated protocol not only increased our ability to get more slides done in a week but also increased the quality of the data coming off of our instrument by reducing variability between runs,” said Carlee Hemphill, lead scientist, CDx Labcorp Drug Development.
NanoString's GeoMx Digital Spatial Profiler uses spatial images, chemistry, and workflow to enable high-plex profiling ...
In recent years, digital pathology has gone from an intriguing idea to an integral part of how academic and commercial labs operate. Join Leica Biosystems and Procia Digital Pathology as they discuss why institutions are going digital today and how they...
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Michael Surace is a scientist at AstraZeneca, where he is responsible for the design, optimization, and validation of multiplex IF panels, as well as imaging and image analysis approaches specifically for the discovery of complex predicitive and prognostic biomarkers for immune oncology.
Blagovesta has worked on projects covering a variety of topics in the life sciences research space including spatial biology, multiplexing, and digital pathology. With over a decade of industry experience, Blagovesta is passionate about to find the right solution for their applications.
Carlee Hemphill is a Lead Scientist I at the Covance CDx laboratory in RTP, NC with a background in histology, anatomical pathology and bioinformatics. Her current role is the development of IHC or multiplex immuno florescence assays, or computational pathology algorithms, for clients interested in a complementary or companion diagnostic testing assay for their immuo-oncology pharmaceutical drug development pipeline.
Following a PhD and postdoc in the field of developmental neurobiology, I joined the experimental histopathology team at the Crick in 2017. Within the science technology platform, I primarily lead on the development and application of advanced staining techniques including immunohistochemistry, immunofluorescence, multiplexed staining, and RNAscope.
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