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We are proud to announce a new webinar presenting TissueGnostics‘s analysis capabilities. We will walk you through all capabilities.

📅 16th June 2023
⏲ 10:00 a.m. Amsterdam, Berlin, Rom, Stockholm, Vienna

What You will Learn:

1. Context-based analysis 

• Analyze tissue sections, TMAs, confluent cells, smears
• Nuclear segmentation, total area measurements, dot detection
• Cytoplasmic and membrane measurements

2. Streamlined workflow 

You’re only 4 simple steps away to your final results:

• Automated segmentation
• Quantitative analysis
• Data verification
• Results exportation

3. Also available as a standalone software

Wether or not you are needing a new microscope TissueGnostics has the solution for you. From slide loaders to confocal microscope we have it all!

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What You will Learn:

ThermoFischer Desktop STEM: Scanning transmission electron microscopy (STEM) systems have for some time been available as an additional modality for TEM systems, promising increased contrast, particularly from unstained sections. But they have not been widely available outside of specialist comprehensive EM centers. In this webinar, we discuss the advantages of low-kV STEM imaging using the highly automated Thermo Scientific™ Phenom Pharos™ G2 FEG-SEM with the new scanning transmission electron microscopy (STEM) detector, which can achieve a higher resolution than the BSD detector at only 15 kV.

Tomocube Holotomography: Holotomography (HT) allows for the imaging of cells and cellular organelles in 3D without the use of intrusive dyes or labelling. This novel technique prevents the perturbation of the cell physiology or morphology which in turn provides a true picture of the cell and its functionality. Label free, live cell imaging with quantitative measurement allows accurate 3D measurement of cell morphology, cellular interactions, and cellular kinetics. This webinar will discuss the technical aspects of how holotomography works, its advantages and its limitations. We will illustrate showing examples of what is possible.

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What You will Learn:

CytoViva’s Hyperspectral Microscopy is a highly effective tool for the development of nanoscale vectors for drug delivery. It not only provides label free imaging of these nanoscale vectors and their active pharmaceutical ingredients (API), but also enables spectral confirmation of these materials in cells and tissue, including spheroids and organoids.

In this webinar you will learn the principles behind Enhanced Darkfield Hyperspectral Microscopy. This will include an overview of nanoscale darkfield microscopy and high-resolution hyperspectral imaging, which produces optical spectrum in each nanoscale pixel of an image.

Additionally, various nano-vector drug delivery applications will be reviewed. This will include data illustrating the confirmation of APIs on individual nanoparticles along with label free imaging and spectral confirmation of nano-vectors and their drug load in cells and tissue. Examples showing API distribution in larger scale samples will also be demonstrated. Join us to learn how you can use darkfield hyperspectral microscopy to advance your work developing nano drug delivery vectors.

 

 

 

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