-
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.
-
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.
-
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.
-
PDB and mmCIF: describing proteins in 3D
PDB vs PDBx/mmCIF: mmCIF scales large structures, removes limits, and future-proofs protein data workflows.
-
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.
-
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.
-
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…
-
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…
-
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.
-
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.