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Feeding Lab Protocols to AI With Private Knowledge Base
Private knowledge bases enable RAG in labs, letting AI answer protocol questions using your own documents while preserving data security and traceability.
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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.
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Data warehouse basics for beginners: lab data in one place
A data warehouse centralizes lab instrument data, assay results, and metadata to speed analytics, improve quality, and enable cross-system insights.
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This week’s top spatial transcriptomics papers 🧬 Week 11
Neuro-oncology and brain aging: multi-omics reveal heterogeneity in childhood ependymomas, linking cell types to origins and therapeutic targets.
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OMIM Database: An Introduction
Explore OMIM: what it is, what it offers, and how to query it via its API with a Python example for…
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A primer on SNOMED CT
By EVOBYTE Your partner for the digital lab Clinical research teams are collecting more data than ever, but the real value…
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Snakemake for Consistent Bioinformatics: Why Workflow Orchestration Matters in Computational Biology
Snakemake brings order, provenance, and reproducible, scalable bioinformatics workflows across laptop, cluster, and cloud.
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This week’s top spatial transcriptomics papers 🧬 Week 10
CellRefiner fuses scRNA-seq with spatial data to reconstruct single-cell maps, enabling richer spatial analyses and insights into breast cancer metastasis.
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Ambient RNA in scRNA-seq and how to remove it
Ambient RNA can skew scRNA-seq results. Learn what it is, why it matters, and how DecontX cleans ambient contamination for clearer…