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[...]
Physiology Membrane transport and signal transduction / Molecular biology and biochemistry of plant lipids / Funktion von Stickoxiden in der pflanzlichen Pathogenabwehr - Wechselwirkungen mit plasmamembrangebundenen Elektronentransportsystemen Wechselwirkungen von Protonensekretion und Nährstoffaufnahme / Perception and transduction of the auxin signal / Structure and function of plasma membrane-bound redox systems / Molekularbiologie und Biochemie von Lipid-Desaturasen / Glycolipide
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www.biologie.uni-hamburg.de
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Physiologie Membrantransport und Signaltransduktion / Molekularbiologie und Biochemie pflanzlicher Lipide / Funktion von Stickoxiden in der pflanzlichen Pathogenabwehr - Wechselwirkungen mit plasmamembrangebundenen Elektronentransportsystemen Wechselwirkungen von Protonensekretion und Nährstoffaufnahme / Perzeption und Transduktion des Auxinsignals / Struktur und Funktion Plasmamembran-gebundener Redoxsysteme / Molekularbiologie und Biochemie von Lipid-Desaturasen / Glycolipide
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She obtained her doctoral degree in biochemistry with her dissertation "Wechselwirkungen des Cytochrom-bc1-Komplexes aus Saccharomyces cerevisiae mit seinen Substraten sowie mit der Cytochrom-c-Oxidase”, after which Tina Wenz was involved with the analysis and therapy development of and for mitochondrial diseases as a postdoctoral student within the promotional programme of the United Mitochondrial Disease-Foundation.
exzellenz.uni-koeln.de
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Nach Beendigung der Promotion in Biochemie zum Dr. phil. nat. mit der Arbeit "Wechselwirkungen des Cytochrom-bc1-Komplexes aus Saccharomyces cerevisiae mit seinen Substraten sowie mit der Cytochrom-c-Oxidase” beschäftigte sich Tina Wenz als Postdoktorandin im Förderprogramm der United Mitochondrial Disease-Foundation mit der Analyse und Therapieentwicklung von mitochondrialen Erkrankungen.