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plants, will investigate the cellular architecture of the endoplasmic reticulum (ER)–nuclear envelope interface, and how heat stress reshapes nuclear envelope mechanics and nuclear pore complex
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management by being a part of research aimed at identifying key differences in physiology, growth characteristics, photosynthetic capacities, adaptability, competitiveness, and responses to stress and other
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competitive MSCA-PF proposal within a strongly translational and interdisciplinary research environment. Scientific Context Deciphering how metabolic stress becomes biologically embedded within cellular systems
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’ conditions (https://doi.org/10.1007/s10681-024-03300-x ) as a tool to enable future breeding programmes in these species to improve resistance to disease and environmental stress. Main Duties Undertake
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computational predictions with experimental validation. At the computational stage, the candidate will establish molecular docking and molecular dynamics simulation workflows to predict receptor–ligand
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developing stress resistance strategies through trait identification and stacking. Maintaining, evaluating, and utilizing grapevine germplasm. Growth and experimentation with grapevine. Use of high-performance
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fellowship will join a team of research forester and geneticists addressing knowledge gaps related to reforestation in an era of increasing stress and disturbance. The research fellow will help maintain a
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require development of advanced experimental and data analysis skills and will work closely with the Doctoral candidate working in Cambridge on data assimilation (https://www.imft.fr/dc10-arterial
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Associação do Instituto Superior Técnico para a Investigação e Desenvolvimento _IST-ID | Portugal | about 2 months ago
novel and relevant biological knowledge on molecular mechanisms and signalling pathways underlying the global response and robustness of yeasts under stress induced by weak acids, with impact in circular
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regulation interact to drive blastocyst formation, embryonic axis establishment, and cell fate specification. This PhD project aims to experimentally map and quantify the mechanical and dynamical processes