Thank you for your interest. Give here your contact details and you'll receive an email with the pdf file you request.
The “Prix Galien de Pharmacologie” 2016 awarded to Julien Hanson, researcher at ULg
The “prix Galien de Pharmacologie” is organized each year in Belgium by the “Journal du Médecin”. It awards a work in fundamental or clinical Pharmacology that has been accomplished by a researcher or a team of researchers below the age of 40.
The Prix Galien de Pharmacologie 2016 (awarded in 2017) was awarded to Julien Hanson for his contribution to the study of understudied G protein coupled receptors. Julien Hanson is a Research Associates at the F.R.S.-FNRS and heads the Laboratory of Molecular Pharmacology based at the GIGA (Molecular Biology of Disease) and the CIRM (Medicinal Chemistry). G protein-coupled receptors (GPCR) are the main effectors for the transmission of extracellular signals and are involved in virtually any physiological processes, from vision to cardiac rhythm regulation or neurotransmission. Their key roles in the functioning of our physiology have made them prime targets for many drugs. It is estimated that 60% of the molecules used for therapeutic purposes have a mechanism of action that involves at least one GPCR. However, surprisingly, the majority of the 800 GPCRs that compose our genome have an unknown function. Because of their therapeutic efficacy, fundamental research on understudied receptors is required for the development of innovative drugs. The award-winning research focuses on these poorly characterized receptors, whether they are “orphans” (without described ligands) or without a well-defined function.
In collaboration with a team at the University of California at Los Angeles (UCLA), researchers from GIGA-Neurosciences have discovered a new gene responsible for a seizure syndrome called juvenile myoclonic epilepsy (JME). This discovery was made as part of an international consortium that studies genetic abnormalities responsible for epileptic diseases. It is being published this week in
The LIGHTSHEET MICROSCOPY can deliver optical sections, 3D reconstructions and timelapse movies of whole sample volumes at subcellular resolutions. The fast scan speeds and low phototoxicity of the lightsheet allow to record the development of fluorescent transgenic animals over long time periods, such as zebrafish embryos. Alternatively 3D reconstructions of fixed whole organs or whole embryos,
The researchers discovered that this cellular dialogue controls the growth of the cerebral cortex and that its impairment leads a cortical malformation previously associated with autism in mice . Their results are published in the prestigious scientific journal Cell. The cerebral cortex contains excitatory and inhibitory interneurons. The former are produced locally and move by