
Novel training formats, among other new activities, helped further develop an EMBL innovation culture, empower the next generation of EMBL fellows, and diversify current instruments for training and knowledge exchange between EMBL and industry partners in 2024. Most notably, Umlaut.bio was an important EMBLEM spin-off in 2024. This pioneering biotech company is focused on developing ‘first-in-biology’ therapeutic molecules that modify tRNA to develop cancer and autoimmune therapeutics.
“The modular epigenetic editing toolkit could be used in the future to more precisely understand the importance of epigenomic changes in influencing gene activity during development and in human disease. On the other hand, the technology also unlocks the ability to program desired gene expression levels in a highly tunable manner. This is an exciting avenue for precision health applications and may prove useful in disease settings.”
– Jamie Hackett, EMBL Rome Group Leader
Work carried out in Rome led to the development of a powerful epigenetic editing technology, which unlocks the ability to precisely program chromatin modifications – having an impact during development and in human disease. Expertise at EMBL Heidelberg in proteomics, transcriptomics, and microscopy assisted research that discovered how a common, FDA-approved, over-the-counter cough syrup ingredient has potential to treat fibrotic lung disease, leading to clinical trials for a previously untreatable condition.
EMBL scientists discovered that an FDA-approved, over-the-counter cough syrup ingredient may help treat fibrotic lung disease.
EMBL Rome researchers developed a powerful epigenetic editing technology that unlocks the ability to precisely program chromatin modifications.
Using AI to analyse genetic factors behind early clinical trial termination, researchers found a link between genetic evidence and trial outcome, reiterating the value of Open Targets.
“Through the Agri-Tech Partnership, we can transform real-life data into innovative solutions, driving significant advancements in agricultural research and global food security.”
– Siân Ellis, Global Regulatory Ecotoxicologist and Environmental Sustainability, Corteva Agriscience
An increased emphasis on entrepreneurial training included an event in Hamburg at Start-up Labs Bahrenfeld, organised by EMBL, EMBLEM, DESY, and HEREON. Additionally, in 2024, EMBL-EBI continued its work in an EMBL Agri-Tech Partnership addressing global food security challenges through optimised agricultural research and data-driven innovation.
An event, co-organised by EMBL, EMBLEM, DESY, and HEREON, bridged research and entrepreneurship, further fostering an innovation culture.
An expanded partnership between EMBL and Nikon is set to accelerate the development of next-generation proteomic microscopy technologies.
A public-private partnership is addressing global food security challenges through optimised agricultural research and data-driven innovation.
EMBL’s innovation and translation activities include industry collaborations, public-private partnerships, forums for knowledge exchange, invention disclosures, and creation of spin-off companies. EMBLEM, EMBL’s technology transfer arm, enables much of this, and in 2024, it helped develop and conclude collaborations between 53 industry partners and 36 EMBL scientists and supported the creation of EMBL’s newest spin-off, Umlaut.bio.