In this webinar, expert Joanna Hawryluk explores how the OLYMPUS Provi™ CM20 incubation monitoring system can help improve the health and stability of cell cultures through machine learning. With the aid of AI, the CM20 monitor automatically measures cell conditions using constant analysis parameters to provide quantitative data—all while your cultures remain safely in the incubator.

Improvements to in vitro three-dimensional (3D) models are making them increasingly better at mimicking in vivo-like cellular behavior. Every tissue presents a distinct microenvironment with a unique blend of biochemical and biophysical components that dictate cellular behavior. Recreation of critical features of tissues that nurtures recapitulation of in vivo-like cellular behavior is the essence of an effective 3D model. In this webinar, through specific examples of 3D models for tissue development and cancer, we will revisit the fundamental principles of designing 3D models that can effectively recapitulate critical features of the tissues in vitro and applications of such models in mechanistic studies and drug testing. Our work also highlights the importance of 3D imaging systems, such as laser scanning confocal microscopes, which are necessary for such work.

Organoids and spheroids can more faithfully reproduce in vivo conditions, and imaging-based analysis can monitor cell-specific responses with high spatial resolution. Therefore, we have been developing imaging-based three-dimensional analysis and drug evaluation methods using patient-derived cancer organoids and spheroids.

In our first webinar on this topic, we learnt that images taken with a light microscope are never quite a perfect reflection of our samples. There are always sources of error, and as we can only minimize such errors, the raw data of an imaging experiment will often need some digital image processing before final image analysis.

In this webinar, Olympus imaging experts Stefan, Lauren, and Chunsong will discuss how to more easily create super resolution images.

Images captured with a light microscope are never true representations of the specimen; there are always sources of error that must be controlled. In this webinar, we will discuss how these sources of error can be managed.

In this webinar, you’ll learn how the Alpha3 light sheet microscope combines very thin optical sectioning and high-quality Olympus optics for high-resolution 3D imaging of both live and fixed biological samples.

Join Dr. Nicolas Bourg, the co-founder of Abbelight, as he discusses how fast and easy it can be to obtain high-quality, reliable, and understandable single-molecule images of your samples with 15 nm resolution in 3D.

In this webinar, you’ll learn about fluorescence multiplexing and deep tissue imaging using near-infrared (NIR) laser light.

Learn about the latest generation of slide scanners in this on-demand webinar. Our experts will discuss how modern slide scanners can be a workhorse for your applications and how multiplexing can reveal much more information from a slide. With a guest expert from Ultivue, you’ll learn how single-cell phenotyping can dramatically improve the understanding of the dynamics in a sample, even if it is a fixed slide.