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postdoctoral researcher, you will focus on integrating biodiversity data and spatial optimisation methods into renewable energy planning. This involves exploring how advanced data on nature and biodiversity
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across Europe to identify pathways for biodiversity-positive energy planning. As a postdoctoral researcher, you will focus on integrating biodiversity data and spatial optimisation methods into renewable
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proteomics methods to investigate protein signaling dynamics between cytotoxic immune cells and their tumor targets. To further advance the impact of these tools in the biological and clinical setting
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understanding of complex immune–tumour molecular engagement. Your job In recent years, we have developed new proximity-based proteomics methods to investigate protein signaling dynamics between cytotoxic immune
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(Austria), and Sabadell (Spain), ACTIVATE captures diverse social and spatial contexts to understand how mobility patterns evolve. The project combines quantitative and qualitative methods to identify
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the computational component of the project. You will collaborate closely with the principal investigator, two PhD candidates (working in psycholinguistics and cognitive science) and one postdoctoral researcher
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and functioning) and/or plant-soil interaction research; Experience with multi-factor global change experiments; Affinity with or experience in grassland ecology and/or restoration ecology; Interest in
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techniques to mass analyze proteins and protein assemblies. Our lab introduced innovative methods to increase the sensitivity of mass spectrometry, especially for large macromolecules such as viruses and
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objective of this project is to further develop mass spectrometry-based techniques to mass analyze proteins and protein assemblies. Our lab external link introduced innovative methods to increase