Sort by
Refine Your Search
-
Biotechnology) and Plant-Biotic Interactions (Master Biochemistry and Biotechnology) You will assist Master’s students in the context of exercises, excursions and Master’s dissertations You will counsel doctoral
-
synthetic biology context (check our website at https://csb-bioport.mystrikingly.com/ and www.csb.ugent.be ). You will conduct research on aquaglyceroporin engineering and on the FWO-WEAVE project “Study and
-
this knowledge to stratify Parkinson’s disease; and 2) running CRISPR screens on hiPSC-derived neurons and glia to disentangle the complex genetic interactions that underlie disease causation. Your job You will
-
interactions that underlie disease causation. Your job You will work with a team of scientists interested in (1) mechanisms of neurodegeneration, (2) cellular determinants of disease, (3) functional genomics, (3
-
scientific development. This includes designing and coordinating in vitro and in vivo studies to investigate host-pathogen interactions in yellow fever and other orthoflavivirus infections. You will develop
-
, biochemistry, and proteomics, as evidenced by a robust publication record. Proficiency in laboratory techniques related to live cell imaging, studying protein-protein interactions through mass spectrometry, and
-
on the formation and biological activity of metabolites during enzymatic digestion and microbial fermentation, and on their interactions with the gut microbiota and gastrointestinal tissues throughout
-
-class neighbourhoods in transition to the labour market, and more broadly in their journey to adulthood (ethnography and digital ethnography); as well as their interactions with digitised public services
-
to extend these approaches towards new tools and organ systems to better understand how human immune cells interact with α-synuclein pathology in the earliest events of Parkinson’s disease. Position Lead an
-
At least 70% of your assignment will be spent on academic research with the main focus on studying the structure, dynamics, and intermolecular interactions of membrane-active lipopeptides using NMR