Researchers working with flies at IRB Barcelona describe that the concentration of some small intracellular organelles determines the branching capacity of tracheal cells.
Tracheal cells are analogous to the cells that form blood vessels in the human body. The inhibition or stimulation of new blood vessels has implications in cancer and in tissue regeneration.
Changes in the regulation of two genes explain how the Drosophila respiratory system evolved from a primitive to a more developed state
Published in Development
“Gaceta Médica” has published an article on the current state of stem cell research. The article in question highlights a new study on facultative stem cells by Jordi Casanova, leader of the Development and Morphogenesis in Drosophila group at IRB...
National and international press echo the findings of a study done by Jordi Casanova, IRB Barcelona group leader and CSIC research professor, on the plasticity of certain specialised cells that regain stem cell function.
Scientists at IRB Barcelona and CSIC reveal that the combination of two molecular signals determines which cells that have already differentiated can regain their stem cell properties.
Their studies on fruit flies allow for advancements in the field of regenerative medicine and a better understanding of processes involved in cancer.
Entertaining interview with Jordi Casanova on RNE about the use of flies in biomedical research.
Listen to the interview in Esto Me Suena (RNE) from Min 4.20
"El Periódico” publishes an article on the work done with Drosophila melanogaster—the fruit fly—at IRB Barcelona. This organism is one of the most studied animal models and the basis for many lines of research at the institute. Humans share 70% of their genome with these flies, thus allowing scientist to address the basic mechanisms of development and analyse cancer treatments.
During a tour of the facilities at the Barcelona Science Park, journalist Ana Lopez was accompanied by ...
Researchers at IRB Barcelona and CSIC discover a mechanism through which the cells of an organism interact with their extracellular matrix
Various digital media have echoed the new function that researchers from IRB Barcelona have found for E-Cadherin (E-Cad) protein, recently published in Nature Communications. Jordi Casanova, head of the Development and Morphogenesis in Drosophila Laboratory, and Kyra Campbell, from the same lab, have discovered that E-Cad plays a key role in cell movement, although its known role to date was keeping cells static.