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MSigDB and GSEA Explained: A Primer on Molecular Signatures
Learn how MSigDB and GSEA turn gene activity into interpretable pathway scores, guiding cancer genomics research with NES and FDR.
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Shiny vs Streamlit for Omics Visualization
Discover how Streamlit and Shiny for Python turn omics visualization from static plots into interactive apps, boosting discovery and collaboration.
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This week’s top spatial transcriptomics papers 🧬 Week 13
Spatial transcriptomics atlas updates across skin, brain, cancer, and regenerative medicine—maps immune niches, cell states, and deconvolution advances.
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TileDB Arrays for large-scale omics
TileDB Arrays unlock scalable, multimodal omics analysis, delivering faster genomics and single-cell insights, with Databricks accelerating workflows.
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21 CFR Part 11 for the digital lab
By EVOBYTE Your partner for the digital lab If your laboratory is moving from paper to digital, understanding 21 CFR Part…
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Sequence design with the Nucleotide Transformer
Discover how the Nucleotide Transformer guides sequence design and expression optimization for reliable gene expression.
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ReadStore NGS database now open source
Our ReadStore database app for managing NGS and Omics data is now available as full open source software.
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This weeks top spatial transcriptomics paper – Week 12 🧬
Glioblastoma invasion decoded by single-cell and spatial omics, linking cell states, invasion routes, and brain microenvironments to targeted therapies.
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Faster Single-Cell Annotation: Reference Mapping with scVI
Reference mapping reframes single-cell annotation as a fast, scalable prediction problem, enabling quick, confident labeling across datasets.
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PDB and mmCIF: describing proteins in 3D
PDB vs PDBx/mmCIF: mmCIF scales large structures, removes limits, and future-proofs protein data workflows.