Research in the Biomedical Sciences covers many scales of organization, from small molecules, supramolecules, proteins and nucleic acids to cells, cell assemblies and whole organisms. At the NAT School, we investigate protein and nucleic acid structures to understand their function and roles in disease mechanisms. We also develop small molecules and proteins that may lead to novel drugs. Creating new theranostic platforms against diseases with unmet need is a focus, together with the development of materials for drug delivery. Novel imaging techniques and research on organoids have great potential for medical applications.
News - Fundamental Science for Health
Public Outreach,
Fundamental Science for Health,
Diversity,
Research,
Bioscience
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FRM II,
Fundamental Science for Health,
Research,
Physics
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What high pressure experiments with neutrons can tell about degradation of micro-plastics
Fundamental Science for Health,
CPA,
Research,
Bioscience
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In search of molecular switches in the immune system
CPA,
Bioscience
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Inaugural Lecture: Prof. Carina Baer de Oliveira Mann at the CPA
COS,
Fundamental Science for Health,
MIBE,
Research,
Bioscience
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Organoids represent the complex cell landscape of pancreatic cancer
Center for Smart Drug Design,
Fundamental Science for Health,
Research,
Chemistry
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Assembling a New Generation of Radiopharmaceuticals with Supramolecular Theranostics
CPA,
Research,
Bioscience,
Award
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Nobel Prize for TUM Distinguished Affiliated Professor David Baker
CRC,
CPA,
Research,
Bioscience
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Designer Enzyme uses Light and Rare Earth Elements for Catalysis
CPA,
Research,
Bioscience,
Award
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Prof. Stephan A. Sieber receives Inhoffen Medal 2024
Fundamental Science for Health,
Research,
Bioscience,
Chemistry
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