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) on the project “WHEATBIOME - “Unravelling the potential of the wheat microbiome for the development of healthier, more sustainable and resilient wheat-derived food & feed products”, Grant Agreement 101084344
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Group is focused on the development of technologies for the understanding and diagnosis of diseases in close collaboration with the clinic towards the realisation of precision medicine. For this, we focus
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ARE INESC-ID (www.inesc-id.pt ), “Instituto de Engenharia de Sistemas e Computadores: Investigação e Desenvolvimento em Lisboa” is a Research and Development and Innovation Organization (R&D+i) in the fields
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- Electrospun Nanofibres for Functional and Customizable Medical Films - CENTRO2030-FEDER-01469100”, funded by the Regional Centre Program (Centro 2030) _PT2030, through the European Regional Development Fund
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the following conditions: The general objectives of the work are to develop microbial formulations with biostimulant potential, which increase the resilience of chestnut trees to biotic stresses (disease-causing
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methods, preferably SDS-PAGE, Western blot, MTT, PCR, ELISA, HPLC-SEC, DLS, and mass photometry; Experience in data analysis and visualization using statistical tools; Experience in method development and
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for the subsequent development of microbial formulations to control pathogenic fungi in chestnut trees. The tasks to be developed are part of the MicroHealthChest project and consist of: 1. Support in the collection
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at the development of a rapid bacteriophage-based and culture-independent point of care (POC) device to profile nosocomial bacteria in respiratory tract infections. 2. Applicable Legislation Decree-Law no. 57/2016
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related areas. Objectives: This scholarship is part of the GreenSET project, which aims to develop a new technology for the production of epoxy-based biocomposites using only monomers from renewable sources
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for carrying out the activities foreseen in no. 2 of art. 7 of Regulation no. 487/2020, of May 22nd. Specifically, the Doctorate Initial level will develop R&D activities in the scope of Project 2023.15491.PEX