New frontiers in developmental biology: a scientific and public event to celebrate the diversity of life
The Human Frontier Science Program and the French and Japanese Societies of Developmental Biology (SFBD & JSDB) are organizing a congress from…
Latest news
Drosophila uncovers a novel transcriptional cascade that combats inflammation and is conserved in evolution
In a study published in the journal Cell Reports, IGBMC scientists discover an evolutionarily conserved anti-inflammatory transcriptional cascade from…
Marianne Lemée is finalist for the Charles J. Epstein Award for Excellence in Human Genetics Research
Marianne Lemée is one of the 18 finalists for the Charles J. Epstein Prize for Excellence in Human Genetics Research. The first French candidate to be…
Does dividing change a cell's chances of being reprogrammed?
Transdifferentiation is the conversion of one fully differentiated cell type into another. In a study published in Cell Reports, scientists…
IGBMC hosts the inauguration of the Inserm Pfizer Innovation School
The IGBMC is hosting the inauguration event of the Inserm Pfizer Innovation School on Monday, October 17, 2022. Postponed for a year and a half…
IGBMC, well represented in the CNRS Alsace 2021 Year
CNRS bronze medal obtained by Nadège Vernet, from the Ghyselinck and Mark team, 2 ERC funding obtained by the teams of Minchul Kim and Juliette Godin,…
LENOX, a melanoma-specific long non-coding RNA, regulates cell metabolism and promotes resistance to MAP Kinase inhibitors
Melanomas are composed of multiple cell types with different proliferative and invasive properties. This tumor heterogeneity represents a key feature…
The IGBMC exhibits its research
The IGBMC exhibits its research in its own building to show the beauty of the research carried out by its scientific teams and obtained thanks to the…
Perception of oxidative stress signals in the nematode C. elegans
Reactive oxygen derivatives are both messengers and poisons in cells: at physiological doses, they activate numerous signaling pathways; at excessive…