| EMBL-EBI

An illustration of single-cell RNA sequencing (scRNA-seq)

Induced pluripotent stem cells reveal causes of disease
4 March 2021

Single-cell sequencing plots showing RNA expression, DNA methylation, and
chromatin accessibility

Using multiomics to define the mammalian primary germ layers
11 December 2019

Server with DNA. Kipoi repository machine learning algorithms

New repository for algorithms trained on genomic data
25 May 2019

Single cells and DNA

New approach for testing cancer drug response
22 August 2018

Collage of DNA spiral, single cells, and with data superimposed

Towards personalised medicine: one type of data is not enough
19 June 2018

SpatialDE: New single-cell sequencing analysis method to combine gene
expression data and spatial data to redefine tissue identity. Credit: Andrea
Danti / Adobe Stock

New method probes gene expression by cell location
19 March 2018

Artist's impression of single cells map

Revealing the devil in early cell life detail
22 February 2018

HipSci stem cell bank

HipSci: The human stem cell bank of tomorrow
9 May 2017

A race against the ageing clock
13 April 2017

Deep learning for epigenetics

Genomics reboots deep learning
11 April 2017

Artist interpretation of T-cell differentiation

Watching immune cells fight malaria
3 March 2017

Artist's interpretation of social genetic effects: mice with different
sleeping preferences

Genetic makeup of ‘room-mate’ influences health
24 January 2017

The human epigenome

Blood, Big Data and Epigenetics
17 November 2016

Angermueller et al., Nature Methods 2016: Parallel single-cell profiling.
Image: Spencer Phillips, EMBL-EBI

Parallel single-cell profiling
11 January 2016

The 1000 Genomes Project tracked genetic variation across the globe. [Image:
EMBL-EBI/Spencer Phillips]

Finding links and missing genes
1 October 2015

mSet makes large-scale genome analysis made easier

Complex, large-scale genome analysis made easier
15 June 2015