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to environmental disturbances. The MULTICHEM-HOLO project aims to test the hypothesis that post-fire resilience is an emergent property of this holobiont, resulting from dynamic interactions between the plant, its
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this thesis is part of the European doctoral network REFFACTEUR, the 36-month period will be divided as follows: - Months 1 to 9 (9 months): the PhD student will first work mainly in Saint-Aulaye
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at the ED414 doctoral school of the University of Strasbourg. The INCI hosts 9 research teams that involve around 120 collaborators, including 48 permanent researchers. The research topics cover diverse aspects
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, and localized photopatterning—govern the emergence of functional vascular networks and thereby determine the maturation, long-term maintenance, and physiological functions of engineered adipose tissue
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will provide access to biological samples, expertise in plant physiology, and regular discussions to support the interpretation of the results. INPHYNI offers a rich and stimulating scientific
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insertion materials immobilized in the tanks. The use of these insertion materials will increase the energy density of these batteries and, consequently, potentially reduce their size. These materials will be
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integrative neuroscience, the laboratory is organised around four main teams: - Cognition-Behaviour-Context - Social Behaviour and Collective Dynamics - Physiological and Psychosocial Stress - Social and
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creative student looking for a PhD position to join in the project to elucidate the evolution of pressure sensation in Zooplankton. The successful applicant will use marine larvae of the annelid Platynereis
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culture and/or molecular biology is required. Experience with in vivo models is also desirable. As the use of animal models is planned as part of the project, the candidate must have completed training in
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. The PhD thesis will be performed under the IMEP-2 doctoral school at the University of Grenoble Alpes, with a speciality of MEP – Fluid Mechanics, Energy, Process Engineering. Description of the project