Advancing Imaging and Image Analysis
In Medicines Discovery
Join us at the ELRIG Pharmaceutical Flow Cytometry & Imaging 2021 meeting from November 30th – December 1st
Complex cell models provide a more reliable way to study the effects of medicines on disease. As cell models continue to become more complex, consideration of the entire workflow from image acquisition through to processing and analysis is vital. Extract all the information from your sample.
Come and speak to us and arivis at stand B7 to learn more about the very latest possibilities in the imaging world.
- Learn about the newest developments and how to tackle new experiments in your research
- How to extract all the information from your cell model
- Learn how to get deeper insights from your image data with arivis
Case studies: From Image to Results
Extracting all the information from your sample requires key workflow optimization. This includes the most suitable imaging platform and image analysis workflows. In this new series "From Image to Results", explore various examples explaining how to reach results from your demanding samples and acquired images in an efficient way. For each case study, we highlight different samples, imaging systems, and research questions.
Vesicle Trafficking
Case Study Overview | |
---|---|
Sample |
Cos7 cells transiently transfected with mEmerald-Rab5a and Golgi7-tdTomato. |
Task |
Track both types of vesicles, volume & distances over time, colocalization. |
Results |
Graphic visualization of tracks and cells in a movie and resulting data as time line along track, scatter plots. |
System |
|
Software |
arivis Vision4D |
Organoid Analysis
Case Study Overview | |
---|---|
Sample |
Intestinal organoids |
Task |
Study the role of Wnt signaling in organoid formation |
Results |
Analysis of an organoid experiment |
System |
|
Software |
arivis Vision4D® |
High Content Imaging for Genotoxicity
Case Study Overview | |
---|---|
Sample |
Clear-cell renal carcinoma cell line SLR22 |
Task |
DNA-damage analysis |
Results |
Cell-cycle specific DNA-damage elucidates drug mechanism |
System |
|
Software |
arivis Vision4D |
arivis Vision4D
arivis Vision4D is a modular software for working with multi-channel 2D, 3D and 4D images of almost unlimited size, highly scalable and independent of local system resources. Many modern microscope systems such as high-speed confocal, light sheet / SPIM, super-resolution, electron microscopy or X-ray instruments can produce huge amounts of imaging data. arivis Vision4D handles such datasets without constraints and in relatively short time.

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Get in touch to discuss how ZEISS and arivis can advance your imaging and image analysis in medicines discovery.
