Listen In - Bitesize Bio Webinar Audios

• High-Throughput and Wide-Range Protein Concentration Determination of Monoclonal Antibodies

  In this episode of Listen In, explore high-throughput and wide-range protein concentration analysis that can deliver a 20-fold improvement in time and budget savings.Protein concentration is an obligatory critical quality attribute necessary to determine total protein content in biopharmaceutical formulations. Concentration determination is necessary before many downstream assays. A UV-based spectrophotometric assay using the protein’s extinction coefficient is the most typical method. Conventional UV methods or a specialized approach using variable pathlength slope spectroscopy could take one day to measure 15 samples in triplicate. Larger batches would require multiple analysts for a single-day turnaround time. With vast studies spanning multiple projects, protein concentration analysis becomes a key deliverable before all other methods can be performed. Thus, efficient rapid concentration analysis with a minimal volume requirement is essential. Hit play to learn how the Lunatic (Unchained Labs, Pleasanton, CA) offers rapid, plate-based concentration measurement with minimal prep and sample volume requirements. It utilizes only two microliters per sample, can analyze 96 wells in less than 12 minutes, and provides accurate measurements over a broad concentration range, from 0.03 mg/mL to 176 mg/mL.Watch the full presentation here: https://events.bitesizebio.com/high-throughput-and-wide-range/joinBrowse all episodes of the Listen In Series here: https://listen-in.bitesizebio.com/

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• Multiplexing Magic: How MULTI-seq Revolutionizes Single-Cell RNA Sequencing

  Learn more about the capabilities of MULTI-seq in single-cell sequencing in this episode of Listen In. Developed by the Gartner Lab at UCSF, this innovative multiplexing method increases sample and cell throughput while minimizing cost and improving your data quality. From modest experiments to expansive 96-plex studies and beyond, MULTI-seq enables truly mechanistic studies. Hit play to explore the potential of this tool and how it could benefit your research.Watch the full presentation here: https://events.bitesizebio.com/multiplexing-magic-how-multi-seq/joinBrowse all episodes of the Listen In Series here: https://listen-in.bitesizebio.com/

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• Multi-View Light Sheet Microscopy to Track Cell Lineages in Tissue Morphogenesis

  A major question in developmental biology is understanding how cellular fate decisions are regulated precisely in space and time. Fortunately, we can now begin to observe these processes with modern imaging approaches, which allow the tracking of cell fate decision events and cellular rearrangements by live 3D time-lapse microscopy. This development is shifting our understanding of pattern formation in development away from static models towards models based on the principles of dynamical systems and statistical mechanics. In this episode of Listen In, hear how light-sheet microscopy is the technique of choice for volumetric live imaging of 3D samples at high speed with minimal phototoxicity. See two user examples of how light-sheet microscopy is helping scientists understand the biological process of intestinal and brain organoid development.We also explore the technology behind the Leica Viventis LS2 Live, which combines dual-view illumination and detection in an open-top configuration. You will also learn how this unique configuration allows easy sample mounting and long-term imaging from small embryos and organoids to large multicellular systems. Watch the full presentation here: https://microscopyfocus.com/multi-view-light-sheet-microscopy-to-track-cell-lineages-in-tissue-morphogenesis/"Browse all episodes of the Listen In Series here: https://listen-in.bitesizebio.com/

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• Enhancing 3D Spatial Biology with AI: Simplified Insights for All

  In this episode, learn how AI-powered segmentation, spatial analysis, and phenotyping can help you gain new insights for 3D images with complex morphological measurements featuring up to 15 biomarkers.  See how to characterize tissue microenvironments and examine the differences between normal and disease tissues without the need to code or train Deep Learning models—all with Aivia.    Plus, get your 3D spatial biology results faster with an inbuilt, enhanced Deep Learning model that can accurately detect and partition cells with morphological variations. You will discover how to leverage your expertise or simple automation to classify cells into different phenotypes and interactively explore them in their spatial context.  We also demonstrate how, with a few clicks, you can produce key measurements such as percentage distribution, Pearson correlation coefficient, and dimensionality reduction. You will also learn how to visualize the relationship between biomarkers and clusters using dendrograms.Watch the full presentation here: https://microscopyfocus.com/enhancing-3d-spatial-biology-with-ai-simplified-insights-for-all/Browse all episodes of the Listen In Series here: https://listen-in.bitesizebio.com/

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• Accelerate Scientific Progress: The Power of Reproducibility, Collaboration and New Imaging Technologies

  Imaging scientists have a critical educational role in improving rigor and reproducibility by sharing their technical expertise and providing intellectual contributions in all aspects of image-based science. They participate in creating, developing, and disseminating guidelines, resources, and tools to improve image-based research.In this episode, learn what impacts reproducibility in microscopy, discover resources and initiatives for improving education, rigor, and reproducibility, and see how collaboration drives innovation.Watch the full presentation here: https://microscopyfocus.com/accelerate-scientific-progress-the-power-of-reproducibility-collaboration-and-new-imaging-technologies/Browse all episodes of the Listen In Series here: https://listen-in.bitesizebio.com/

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