MapCell: Methods to identify cell types automatically including deep learningWatch nowMapCell is a method used in the field of single-cell RNA sequencing (scRNA-seq) to classify cell types and identify similar cells across different experiments. It leverages Siamese Neural Networks (SNNs) to learn a distance metric that can differentiate between cell types. This approach allows for the transfer of cell type annotations from labeled datasets to unlabeled ones and helps in discovering previously unseen cell types.Key Features of MapCell:Few-shot Training: Requires only a small training set to learn the distance metric.Cross-platform Compatibility: Can transfer annotations across different scRNA-seq platforms, batches, and even species.Novel Cell Type Discovery: Aids in identifying new cell types that were not previously annotated.MapCell is particularly useful in the context of large and diverse collections of single-cell data, where traditional clustering methods might be time-consuming and subjective.In this webinar, you will learn about:– Basics of metric learning based neural networks – Performance and benchmarking of MapCell – Case study: Applying MapCell approach in identifying rare cell typesIf you have any specific questions or need more details, feel free to reach out here.Check out our latest webinars Learn more Beyond Standard Single Cell Sequencing: Adding a New Dimension to Biological Discovery Standard single cell RNA sequencing is a powerful starting point in life science research, but it only tells part of the story. In this webinar,… Read more A translational study to understand sleep and cardiometabolic health during Ramadan Ramadan fasting brings profound changes to daily routines, including sleep timing, meal patterns, and physical activity, yet its effects on cardiometabolic health remain incompletely understood…. Read more Podcast: How to find the T cells that matter What if your next routine blood draw could provide a complete “immune passport”—revealing every vaccine you’ve ever had, every disease you’re currently fighting, and exactly… Read more
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