Recap: Tri-Regio AI Networking Symposium (TRAIN) 2025
On 17 March 2025, the TRAIN Symposium organized by CIBSS united AI researchers, computational scientists, and data experts in Freiburg to foster interdisciplinary collaboration and advance AI research.
MoreGloBIAS seminar series – Image analysis using Galaxy
Galaxy Image Analysis was presented at the GloBIAS seminar series
MoreInternational Women’s Day 2025: Interview with Prof. Dr. Claudine Kraft
The molecular biologist and CIBSS leadership team member speaks about her research focus on autophagy, the necessity of supportive networks for women in scientific careers and opportunities for gender equality in general.
MoreFostering talent and strengthening global networks: Supporting early career researchers through international collaboration at CIBSS
As part of the Freiburg Rising Stars Academy, 6 early career researchers from across Europe, the United States and India visited CIBSS laboratories last year.
More'Blood washing' with light makes cancer immunotherapies much more tolerable.
A successful clinical study led by CIBSS member Prof. Dr. Robert Zeiser has shown that blood cells exposed to UV light reduce inflammatory reactions controlled by a lipid metabolism molecule.
MoreGreen Genetic Engineering – Opportunities for Sustainability?
A series of public lectures provided insights into the scientific basis and legal framework of green genetic engineering and discussed the opportunities this technology offers for sustainable agriculture and food security.
MoreBreaking Barriers: New Seed Money Funding for Plant Cell Wall Permeability Study
Eucor - The European Campus is funding four cross-border research projects, including one by CIBSS member Prof. Dr. Laura Ragni on the regulation of hydrophobic biopolymers in plant cells
MoreInnovative cancer treatment receives major EU funding
Start-up EMUNO Therapeutics receives €2.5 million EIC Transition Grant
MoreResearchers have a better understanding of how our cells dispose of waste while developing ways to control it
A research team from Freiburg and Frankfurt has discovered how cells recognise and internally break down waste. The results are relevant for the development of therapies for diseases such as Alzheimer's.
MoreHow rare gene variants influence metabolism
Study identifies new links between genes and metabolites / Publication in Nature Genetics
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