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Your Job: As part of your activities, you will investigate the wetting behavior of alcohols/lactones and other oxygen-containing LOHC systems on catalyst and membrane surfaces and the effects
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. The investigations and developments range in size from atoms to the MW range for application in the grid. The goal of this doctoral thesis is to apply various procedures such as electrochemical wet treatment, covalent
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the entire spectrum of wet lab experimental work with the “state of the art” technics DNA, RNA, Protein work: isolation and analysis with PCR, qPCR, Western blot Immunofluorescence, microscopy, histology Cell
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discipline Solid wet-lab experience in molecular biology, ideally with tissue or protein work Motivation to develop bioinformatics and data analysis skills (training provided) Proficiency in English (spoken
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heterostructures through unsymmetrical functionalization of TMD mono- or bilayers. • Methods for organic synthesis, purification, and characterization: handling air- and moisture sensitive reactions; Schlenk-line
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closely with a wet-lab PhD student from the team of Prof. Dr. Jeremias. Job-ID: V000014523 Field of application: Medizinische Fakultät Location: Heidelberg Job Category: Science and teaching Working hours
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: 21.07.2025 Limitation:Temporary (2 Jahre, Weiterbeschäftigung angestrebt) Contract:TV-L Your tasks Single cell multicomics of bone marrow cells: wet lab experiments involving preparation of cells
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Max Planck Institute for Multidisciplinary Sciences, Göttingen | Gottingen, Niedersachsen | Germany | about 1 month ago
techniques Interdisciplinary research combining wet and dry lab experiments A wide range of opportunities to balance work and family life, including on-campus kindergarten, vacation care and parent-child
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Interdisciplinary research combining wet and dry lab experiments A wide range of opportunities to balance work and family life, including on-campus kindergarten, vacation care and parent-child offices Further
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phosphate reserves are expected to worsen these challenges, as low soil moisture reduces P availability, driving up fertilizer demand and costs. Most plants naturally partner with mycorrhizal fungi to boost P