Deep Learning Methods Powered by AI in Tissue Image Analysis

Deep Learning Methods Powered by AI in Tissue Image Analysis
From tedious manual annotation work to fully automated annotations with a streamlined image analysis workflow. This is now possible with AI tools that are remarkably accurate generating powerful results within tissue segmentation, cell identification...
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Visiopharm Engages in Major Initiative for Deep Learning in Tissue Based Pathology

Visiopharm Engages in Major Initiative for Deep Learning in Tissue Based Pathology
Hørsholm, Denmark, May 3rd - Visiopharm A/S announces the first result of their multifaceted strategy to apply Deep Learning technologies to its leading image analysis solution for cancer research and diagnostics. Visiopharm considers Deep Learning ...
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Philips teams up with Visiopharm to boost breast cancer diagnosis objectivity through computational pathology

Philips teams up with Visiopharm to boost breast cancer diagnosis objectivity through computational pathology
• Breast cancer patients in Europe are set to benefit from more objective diagnosis • Philips’ digital pathology offering to be complemented with Visiopharm breast cancer panel algorithms Amsterdam, the Netherlands – Royal Philips (NYSE: PHG...
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Worldwide collaboration for the Galileo Tissue Microarray – 100% traceable TMA workflow

Worldwide collaboration for the Galileo Tissue Microarray – 100% traceable TMA workflow
Today ISENET and Visiopharm announce a non-exclusive world-wide distribution agreement to provide Visiopharm image analysis with the Galileo TMA instrument, along with the Visiopharm Tissuearray™ imaging module, a part of ONCOTOPIX®, for tissue-ba...
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Image Analysis: A Vital Tool for Drug Discovery

Image Analysis: A Vital Tool for Drug Discovery
An interview with Amanda Lowe, Senior Vice President and Andreas Schønau, Chief Scientific Officer of Visiopharm, a solution provider company at the marcus evans Discovery Summit 2015, on how quantitative digital pathology can enhance the drug disc...
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New, Innovative Technologies for Quality Control of Immunohistochemistry

New, Innovative Technologies for Quality Control of Immunohistochemistry
Immunohistochemistry (IHC) stained tissue sections are read and interpreted by a pathologist using a microscope, or on a computer monitor as routine use of digital pathology continues to grow. Regardless of interpretation method, It is well known and...
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