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of membrane organisation and the role of dysregulated membrane trafficking for cancer cell invasion and metastasis. Our research focusses on membrane trafficking, where we study the molecular mechanisms of how
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molecular mechanisms of membrane organisation and the role of dysregulated membrane trafficking for cancer cell invasion and metastasis. Our research focusses on membrane trafficking, where we study the
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background in membrane biology, endocytosis and cell trafficking would be advantageous. Previous experience in quantitative light microscopy. Organizational and social skills: Ability to work independently as
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join one of the existing teams at the Department of Experimental Plant Biology and participate in their research in one of the following fields: 1) Cell biology with a focus on membrane trafficking
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protein UFL1. Importantly, we found that UFL1 modifies the cellular trafficking protein 14-3-3-epsilon to promote RIG-I translocation to intracellular membranes for signaling activation. The primary goal
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. Projects in the Goodrum Laboratory are currently focused on protein-protein interactions during infection and the regulation of membrane trafficking and signaling and how this impacts cytomegalovirus
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areas, including; neuroscience, cancer biology, immunobiology, host-microbe interactions, vaccine development and delivery, cellular signalling and membrane trafficking, RNA biology, biological data
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Overview Actin is a cytoskeletal protein that plays essential roles in many cellular processes, such as adhesion, intracellular trafficking, membrane dynamics and motility. Monomeric actin (globular