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learning methods will be applied to link small-scale experimental data and numerical simulations to large-scale reservoir models. This approach aims to more accurately capture the complex heterogeneity
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research group investigates the effects of different models of hypoxia (real and/or simulated) on central and peripheral physiological adaptations in both humans and rodents. The successful candidate is
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targets through the investigation of anti-inflammatory peptides derived from animal venoms. The activities involve exploring the biology of the peptides and their in vitro effects on cellular models
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to anthropogenic climate change. Nevertheless, these extreme events may be modulated by large-scale climate variability modes across a wide range of spatial and temporal scales. Using large ensemble multi-model
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from animal venoms. The activities involve exploring the biology of the peptides and their in vitro effects on cellular models of inflammation and nociception. Candidates must have obtained
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targets through the investigation of anti-inflammatory peptides derived fromanimal venoms. The activities involve exploring the biology of the peptides and their in vitroeffects on cellular models