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funded by the Emmy Noether program of DFG. The project centers on the metabolic engineering of highly valuable rare plant natural products (NPs), specifically the monoterpene indole alkaloids (MIAs
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and zoonotic diseases. Also, the successful candidate will be expected to continue being productive in their individual research and scholarly accomplishments. Major/Essential Functions In line with
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. Experience with designing and executing cell-culture based, host-microbiota interaction studies including attachment-invasion assays, transwell assays, and working with bacterial metabolites/products
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marginal environments. Job Summary The postdoc will conduct research, prepare proposals, write reports and scientific papers to address the agricultural production issues associated with marginal environment
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content across a broad range of topics and contribute to the success of BMC as a whole. Communication is a key part of this role, as you will need to build excellent and productive relationships with
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Research assistant (Postdoc) (m/f/d) - Department of Biology, Chemistry, Pharmacy - Institute of Bio
environmental conditions and the consequences on plant growth, productivity and survival. We are looking for a postdoctoral researcher who can further develop the molecular-physiological investigation
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: Biodiversity Genomics, OMICS and Metabolic Engineering, Genome Editing, and Natural Product Chemistry and Metabolomics. Hosting an advanced genomics platform, it aims to serve as a central hub for genome biology
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assess and analyze operational workflows within our publishing portfolio, identify areas for improvement, and implement solutions to optimize workflows, reduce publication time and enhance productivity
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to fiber and textile product properties; (4) development of textile testing methods and instrumentation; (5) determination of physical, chemical, and structural properties of natural polymers, (5) textile
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Postdoc for the synthesis of MOFs from inorganic by-products for different applications in catalysis
from an inorganic matrix by-product and subsequently use it in the synthesis of MOFs. The materials synthesis will involve the use of wet chemistry and other known solid-sate methods, then characterized