eBook: Techniques for high-content live cell imaging
Download the eBookComparing label-free and fluorescent microscopy methods to achieve higher quality and quantity data
High-content images contain a wealth of data, and automated image analysis can extract hundreds of metrics from a single frame, such as cell area, dry mass, and details of organelle networks. Capturing this information through imaging can be carried out in many ways, from label-free methods to cell painting, and high-content imaging is a fast-moving, innovative field.
Do you want to compare label-free and fluorescence microscopy methods to find the best fit for high-content analysis, but don’t know where to start? This eBook compares different live cell imaging methods and asks:
What is live cell imaging?
What is high-content imaging?
Which live cell imaging methods give organelle-level resolution?
How do different imaging methods affect cell viability?
How can high-content images be analyzed?
Live cell imaging methods covered:
- Widefield fluorescence
- Point scanning and spinning disk confocal
- Light sheet microscopy (SPIM)
- Phase contrast
- Quantitative phase imaging (QPI)
- Nanolive’s holotomography
Learn more about Nanolive’s Imaging Technology with the miniseries “Discover Label-free Imaging Technology With Nanolive”
What is holotomography, how does it work and what benefits does this live-cell imaging approach bring to fundamental research and drug development? This miniseries dives into the technology behind Nanolive’s high-content live cell images and explains how holotomography is essential for providing deep phenotypic insights into cellular responses.
