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Digital Lab Audit Trail: What It Is and Why It Matters
Discover how digital lab audit trails and data lineage ensure data integrity, traceability, and compliant, trustworthy lab results.
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This weeks top spatial transcriptomics paper 🧬 Week 29
CCR7+ dendritic cells drive tertiary lymphoid structure formation in tumors, linking spatial organization to improved cancer immunotherapy responses.
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Scanpy Pathway Analysis with decoupler
Leverage decoupler for Scanpy-ready pathway analysis and per-cell GSEA in AnnData to obtain interpretable pathway scores.
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From Prompt to Paper: AI Scientist in‑Silico Loops
An AI scientist speeds up ideation, experimentation, and drafting in in-silico research loops, with self-reflection and responsible publishing.
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This weeks top spatial transcriptomics paper Week 28 🧬
Spatial transcriptomics reveals AI-enabled biomarkers and activity-driven synapse changes across neuroscience and cancer, guiding precision medicine.
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AI Knowledge Base for AI Models From Lab Protocols
Building an AI knowledge base for AI models from lab protocols enables an AI assistant to answer questions, cite sources, and…
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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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Parse PubMed Data in Python
Learn to parse PubMed data in Python: fetch PMIDs, extract metadata, and turn PubMed XML into a tidy DataFrame for analysis.
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CodonBERT Explained: Context‑Aware Codon Optimization
CodonBERT treats coding sequences like sentences, learning context-aware patterns to boost protein expression beyond simple CAI optimizations.
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This week’s top spatial transcriptomics papers 🧬 Week 26
Spatial transcriptomics reveals a disease-associated motor neuron state in ALS and maps heart, reproductive biology, and cancer tissue atlases.