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on an empirically grounded understanding of ‘green chemistry’ in Germany and beyond as an emerging field of science, industry, and regulation; second, we use ‘green chemistry’ as an example for inquiring
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compounds will generate a deeper understanding of the unique chemistry and smell properties of Cembran pine. The project is funded by the Deutsche Forschungsgemeinschaft (DFG). Requirements •Above-average
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crop plant pathogen interactions or to deeply understand plant pattern triggered immuni-ty. The applicant must have a very good MSc degree and an outstanding doctoral degree in biology, bio-chemistry or
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histological samples - In vitro and in vivo analysis of tumor cells and tissue samples, isotopic labeling flux analysis, mass spectrometry imaging Your profile: - PhD in Biochemistry, Chemistry, Biology, Medical
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various backgrounds. These backgrounds may include but are not limited to: computational chemistry, computer science, applied mathematics, computational biology, bioinformatics, and many other subjects
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the group of Zdenek Tošner, Charles University, Prague. Interested candidates should have a strong background in physical chemistry, including quantum mechanics. Theoretical and practical experience with NMR
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background in physical/computational chemistry, as well as data analysis and solid English-language skills. Experience with programming is highly recommended. Above-average interest in the topic, we consider
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fast response, new sensing-electrode chemistries, and an expanded scope of gases. The objective of the proposed PhD project is to investigate new materials, manufacturing routes and devices as
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by Prof. Mathias O. Senge (Hans Fischer Senior Fellow, TUM and Chair of Organic Chemistry, School of Chemistry, Trinity College Dublin), Prof. Johannes Barth (Molecular Nanoscience and Chemical Physics
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degree in polymer chemistry, organic chemistry, material science, or a related discipline. -The successful candidate has a solid background in polymer and organic chemistry, Molecular Dynamics simulation