Technology and innovation
Using Europe’s genomic data to protect biodiversity
Supporting coral conservation through open science
Scientists uncover thousands of new proteins in ‘dark proteome’
Case study: Data sharing through DECIPHER supports rare disease research and clinical care
Mapping the microbial communities beneath our feet and inside our guts
Millions of protein complexes added to AlphaFold Database shed light on how proteins interact
BioAIrepo: EMBL-EBI’s hub for life science AI models
What a small fish can teach us about gene-environment interactions
Powering drug discovery through AI-ready protein–ligand data
A new gateway to global antimicrobial resistance data
SPRTA: a smarter way to measure evolution uncertainty
New method to bring growth charts to children with rare genetic conditions through DECIPHER
AI analysis for bioimages – what’s missing?
EMBL-EBI and Google DeepMind renew partnership and release update to AlphaFold Database
From bench to code: collaboration unlocks insights into Alzheimer’s disease
Case study: COVID-19 Data Platform supports pandemic research efforts
GA4GH announces refget Sequence Collections
A federated future to support genomic medicine
Understanding rare diseases with digital twins
Polygenic Score (PGS) Catalog increases diversity and usability of genetic data
EMBL-EBI’s open data resources for biodiversity and climate research
The EMBL-EBI File Replication Archive hits 100 petabytes
AlphaMissense data integrated into Ensembl, UniProt, DECIPHER and AlphaFold DB
AI annotations increase patent data in SureCheMBL
ProteomicsML: empowering proteomics research with machine learning
Deciphering the data deluge: how large language models are transforming scientific data curation
Understanding the mechanisms of enzyme catalysis
New predictions of genetic variant pathogenicity using AlphaFold protein structures
refget v2.0 links the hidden dictionaries of DNA
Pathogens Portal: The new gateway to public pathogen data
Supporting the development of hologenomic approaches for more sustainable animal feeds
ProtVar: understanding missense variation in humans
Cancer cell ‘decathlon’ to help predict tumour aggressiveness and metastasis
Managing a bioinformatics core facility
Building a bioinformatics community at the nf-core hackathon
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
Mapping metabolism
Bioinformatics embraces Semantic Web technologies
Large-scale assessment of transcriptome analysis software
Digital Science transfers SureChem patent chemistry data to EMBL-EBI
BioJS collection of open-access visualisation tools released
100,000 structures
New Genomics API from the Global Alliance for Genomics and Health
The new, improved human genome
Advance in stem-cell technology
Taking the guesswork out of genetic analysis
An open resource for computational modelling
Highly evolvable, malaria-carrying mosquitoes
Making single-cell biology work
Hidden cell types revealed
500,000 binary interactions... and growing
Towards an expression atlas for an entire brain
Tara Oceans: the data
PharmML: a flexible format for model exchange
A powerful HMMER for data mining
Complex, large-scale genome analysis made easier
Clearing a path for cancer research
![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
![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
Periodic table of protein complexes
Parallel single-cell profiling
DREAM shadows: chasing down disease networks
Immunology meets single-cell sequencing
Unidentified spectra detector
Omnipath: a clear view on signalling pathways
A better way to find drug targets
Genomics reboots deep learning
EVA issues long-term IDs for non-human variants
Open imaging data for biology
UX toolkit aids industry R&D
BioModels: New patient derived metabolic models
FAIR mouse cancer models
BioModels performance boost, new model formats
Exploring 3D macromolecules in a flash
Ontology Mapping Service: an EMBL-EBI – industry collaboration
Using robot avatars in bioinformatics training
New method probes gene expression by cell location
Towards personalised medicine: one type of data is not enough
Latest wheat assembly now available in Ensembl
Discovering new enzymes just got easier
Cloud system facilitates transcontinental human data exchange
Classifying disease-relevant genomic features
The web meets genomics: a DNA search engine for microbes
Ensembl 96: Manually annotated mouse genome available
New repository for algorithms trained on genomic data
GlyGen: Open data for glycoscience
BLAST off! Exploring the universe of biochemical reactions
3D-Beacons Network: protein structure data, all in one place
An automated method for cell type discovery
Realising the genomics ecosystem: GA4GH 2020 Connection Demos
Bringing AI out of the black box
Repurposing bioinformatics tools to tackle the pandemic
Visualising RNA structures using R2DT
Single-cell RNAseq analysis made easy
