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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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Reference Genomes Are Not Enough: Graph Genomics
Graph genomics and pangenomes reduce reference bias, boosting variant calling accuracy across populations and improving detection of complex variants.
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Batch Records in R&D: Automation and Tech Transfer
Electronic Batch Records link Automation, Traceability, and Tech Transfer in R&D labs, turning experimental steps into auditable, repeatable processes.
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Multimodal Cell Atlases for Biology Foundation Models 2026
2026 could be the tipping point for biology foundation models as multimodal cell atlases unite spatial context with multi-omics.
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This weeks top spatial transcriptomics paper Week 17
Mechanical load suppresses heart cancer; spatial transcriptomics link chromatin remodeling and Nesprin-2 as a key mechanosensor for therapy.
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Protein Structure Prediction: Turning Models into Decisions
AlphaFold-style models transformed biology, enabling faster, decision-useful design in drug discovery through calibrated confidence metrics.
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Lab Data Contracts: Interop for Instruments & Analytics
Lab Data Contracts improve interoperability across lab tools, boost metadata quality at the source, and streamline analytics pipelines.
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Perturbation Biology: CRISPR Screens and Single-Cell Reads
Perturbation biology uses pooled CRISPR and single-cell readouts to map causal mechanisms, enabling scalable target triage and MoA insights.
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Databricks Professional Certification
The Databricks platform is gaining increasing popularity in the last years a go-to solution combining flexible data management and AI cpabilities.…
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This weeks top spatial transcriptomics paper 🧬 Week 16
Spatial transcriptomics reveal gradient-based primate cortex organization and a human SCN atlas; RESCUE boosts spatial omics across brain, cancer, and liver.