Wilkinson Helen
Telley Ivo
Making Research Infrastructure Running Smoothly...
I am a multi-disciplinary scientist and generalist with 10+ years of experience in leading research programs, managing a team and mentoring young academics, guiding them to make the right choices. My professional interests are as broad as my skills. I have been doing technical development in light microscopy, optomechanics, optical manipulation, vision. I also speak the language of the Life Sciences. I worked on the biophysics of the cytoskeleton, cell division, and the mechanics of embryo development. In the past, I have been heading a multi-disciplinary team of engineers, physicists, and biologists that seeks solutions to technical challenges and basic research questions. We have been developing dedicated microscopy, micromechanical and microfluidics instruments, and image processing pipelines to address basic questions in developmental biology. After leaving fundamental research in academia in 2023, I have changed gear and focus on research service, operations, tool development and instrument engineering using all my expertise and experience.Peng Jianfang
Farla Lisa
Novikova Polina
Yves Van de Peer elected as EMBO member
Each year, EMBO elects new members to join its ranks. This year, Prof. Yves Van de Peer (VIB-UGent Center for Plant Systems Biology) joins the other VIB EMBO members.
Three VIB group leaders awarded ERC Advanced Grants
We’re proud to announce that three VIB group leaders have secured prestigious ERC Advanced Grants. These highly competitive grants, awarded by the European Research Council, support ground-breaking science by leading researchers across Europe. Together, Martin Guilliams, Klaas Vandepoele, and Bart De Strooper will receive nearly eight million euros to pursue ambitious projects in liver regeneration, plant gene regulation, and Alzheimer’s disease.
Transgene-free genome editing in poplar trees: a step toward sustainable forestry
Scientists at the VIB-UGent Center for Plant Systems Biology and VIVES University College have developed a new method to genetically improve poplar trees without introducing foreign DNA into its genome. This advancement could pave the way for faster and more widely accepted use of gene-edited trees in forestry and the bio-based economy. The work appeared in New Phytologist.