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EMBL Taxonomy:

Steinmetz Group

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4 March 2022 Science art expressing the concept of transcriptional neighbourhoods regulating transcript isoform lengths and expression levels.

Understanding genomes, piece by piece

Genomes are made up of thousands of individual pieces – genes – which are expressed at different levels. Researchers at EMBL have shed light on how the placement of a gene affects its expression, as well as that of its neighbours.

SCIENCE & TECHNOLOGY

2022

sciencescience-technology

21 January 2022 The cross-section of a cell expressing a green fluorescently tagged protein and illuminated by a blue laser is visible in the foreground, surrounded by a vortex of cells

Cell sorting enters a new dimension

EMBL researchers, in collaboration with BD Biosciences, have demonstrated a new technology that allows rapid image-based sorting of cells. The new technology represents a major upgrade to flow cytometry and has applications in diverse life science fields.

SCIENCE & TECHNOLOGY

2022

sciencescience-technology

16 June 2020 Tissue culture plates in an incubator.

Understanding how SARS-CoV-2 behaves in the gut

Scientists at EMBL and Heidelberg University Hospital are studying how the novel coronavirus behaves in the gut to try to better understand its epidemiology and prevent its spread. To do this, they are combining advanced imaging and sequencing technologies to study coronavirus in human intestinal…

SCIENCE & TECHNOLOGY

2020

sciencescience-technology

27 September 2012 Diagram showing looping DNA

Loop the loop, DNA style

In a nutshell: Looping and unlooping DNA adjusts readout from gene and spread of regulation throughout the genome When a gene forms a loop, its output increases, as the transcription machinery that reads it is trapped into moving only along that gene When the gene loop is undone, transcription…

SCIENCE & TECHNOLOGY

2012

sciencescience-technology

25 January 2009

Re-write the textbooks: transcription is bidirectional

Genes that contain instructions for making proteins make up less than 2% of the human genome. Yet, for unknown reasons, most of our genome is transcribed into RNA. The same is true for many other organisms that are easier to study than humans. Researchers in the groups of Lars Steinmetz at the…

SCIENCE & TECHNOLOGY

2009

sciencescience-technology

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