Technology and innovation
Machine learning to identify and prioritise drug targets
Natural language processing for rapid protein annotation
AlphaFold predicts structure of almost every catalogued protein known to science
A machine learning approach for allocating gene function
Europe PMC: Harnessing the power of text mining to accelerate life sciences research
EMBL-EBI selects Google Cloud as strategic partner to accelerate the pace of research
Improving metadata for genomic sequences
DUO: streamlining access to biomedical datasets
Making sense of bacterial DNA data
3D-Beacons Network: protein structure data, all in one place
Visualising RNA structures using R2DT
Piecing together the best reference genome
Single-cell RNAseq analysis made easy
Repurposing bioinformatics tools to tackle the pandemic
Bringing AI out of the black box
Realising the genomics ecosystem: GA4GH 2020 Connection Demos
An automated method for cell type discovery
GlyGen: Open data for glycoscience
New repository for algorithms trained on genomic data
Ensembl 96: Manually annotated mouse genome available
The web meets genomics: a DNA search engine for microbes
Classifying disease-relevant genomic features
Cloud system facilitates transcontinental human data exchange
Discovering new enzymes just got easier
Latest wheat assembly now available in Ensembl
Towards personalised medicine: one type of data is not enough
New method probes gene expression by cell location
Using robot avatars in bioinformatics training
Ontology Mapping Service: an EMBL-EBI – industry collaboration
Exploring 3D macromolecules in a flash
BioModels performance boost, new model formats
FAIR mouse cancer models
BioModels: New patient derived metabolic models
UX toolkit aids industry R&D
Open imaging data for biology
EVA issues long-term IDs for non-human variants
Genomics reboots deep learning
A better way to find drug targets
Omnipath: a clear view on signalling pathways
Unidentified spectra detector
Immunology meets single-cell sequencing
DREAM shadows: chasing down disease networks
Parallel single-cell profiling
Periodic table of protein complexes
![Oxford Nanopore’s MinION™ USB-attached miniature sensing device. [Photo:
Oxford Nanopore Technologies]](https://acxngcvroo.cloudimg.io/v7/https://content.embl.org/sites/default/files/2021-10/MinION_EMBL.jpg?w=300&h=180)
Mini DNA sequencer tests true
![The 1000 Genomes Project tracked genetic variation across the globe. [Image:
EMBL-EBI/Spencer Phillips]](https://acxngcvroo.cloudimg.io/v7/https://content.embl.org/sites/default/files/2021-10/1000Genomes_EMBL_0.jpg?w=300&h=180)
Finding links and missing genes
Clearing a path for cancer research
Complex, large-scale genome analysis made easier
A powerful HMMER for data mining
PharmML: a flexible format for model exchange
Tara Oceans: the data
Towards an expression atlas for an entire brain
500,000 binary interactions... and growing
Hidden cell types revealed
Making single-cell biology work
Highly evolvable, malaria-carrying mosquitoes
An open resource for computational modelling
Taking the guesswork out of genetic analysis
Advance in stem-cell technology
The new, improved human genome
New Genomics API from the Global Alliance for Genomics and Health
100,000 structures
BioJS collection of open-access visualisation tools released
BLAST off! Exploring the universe of biochemical reactions
Digital Science transfers SureChem patent chemistry data to EMBL-EBI
Large-scale assessment of transcriptome analysis software
Bioinformatics embraces Semantic Web technologies
