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vivo models of AD. The candidate will perform the following tasks: 1. Encapsulation of the drug in liposomes and exosomes and their respective characterization; 2. Treatment of neuronal and astrocyte
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, the fellow will perform and analyse cellular and molecular experiments using established models of mitochondrial dysfunction, integrate the resulting data with previous findings, and contribute
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to alterations in mitochondrial function. During the 3-month fellowship, the fellow will use cellular models and methodologies already established in the laboratory, including cell culture, fluorescence microscopy
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model; (iii) database preparation; (iv) empirical analysis, including econometric estimation, structural model calibration, and simulations; and (v) preparation of the study manuscript in co-authorship
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deployed inside an XR space. This agent will serve a dual development goal: functioning as an interactive, simulated guide that outlines the features of the UTOPIA Lab and acting as a spatial manipulation
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to be achieved: The work plan falls within the final phase of the Koachy project, focusing on the scientific validation, optimization, and demonstration of the intelligent models developed throughout
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opens a call for the assignment of a research grant, with two position(s), under the project PS1521, title “Development of pathophysiological models”. The call is governed by this Notice of Opening
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to attach when applying: - Curriculum Vitae, duly updated, dated, and signed; - Copy of academic degree certificates. a) If the possession of a degree is a requirement for the grant, candidates holding
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acoustic metamaterial solutions, including porous materials (porous concrete); - support in testing tools and numerical models for predicting the performance of acoustic metamaterials; - development
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." VIII.I- Mandatory documents to attach when applying: Curriculum Vitae, duly updated, dated, and signed; Copy of academic degree certificates. If the possession of a degree is a requirement for the grant