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Comparing toxicological response in fish and human cells in vitro: A step towards enhanced understanding of stress biology across vertebrates DoS: Prof Awadhesh N. Jha ([email protected] , tel
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misfolded proteins are modified with a ubiquitin tag, which signals their degradation. Based on yet-to-be published work, we have discovered striking differences—conserved from yeast to human cells—in
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. Candidates should have: A relevant degree with a PhD completed in Ecology, Environmental Science, Conservation Biology, or a related field. A high academic standing with a growing reputation in research within
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be close to finishing a PhD in a relevant discipline (e.g., plant cell biology, plant development, plant-microbe interactions with a focus on plant processes, or related fields). Previous experience in
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of the following subjects: wildlife biology, zoology, ecology, environmental and/or conservation science. We are particularly interested in applicants that have expertise in aquatic or invertebrate
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established colonisation and imaging protocols, transgenic microbial and plant lines expressing reporter proteins. You must have or be close to finishing a PhD in a relevant discipline (e.g., plant cell biology
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fieldwork in areas such as molecular ecology, evolutionary ecology, microbial ecology in the context of plant biology, plant and microbial responses to climate change and other anthropogenetic stressors
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; protecting the diversity of marine life on our planet with marine biology; and exploring, understanding and protecting our ocean systems with marine science. Students are taught by experts in their fields
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-offs between food production and the conservation and enhancement of biodiversity in farming systems and the associated environment. We welcome applications from candidates with excellent leadership
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Primary Supervisor: Professor Andrea Münsterberg Segmentation of the main body axis is a fundamental and conserved feature of all vertebrate embryos. It results in the metameric organization