Well-defined macromolecular chemistry can become a key tool in enhancing therapeutic efficacies – we are keen to contribute in the development of next-generation macromolecular (immuno-)therapeutics.”
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The NMR team are establishing a broad tool for in-situ measurements to understand the reaction pathways of polymerization; the Nanodiamond (ND) team is looking into the synthesis of NDs with defined atomic defect for tunable physical properties.
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We are developing nanodiamond (ND) quantum sensing technology for in-situ probing and manipulating the intracellular parameters such as temperature, pH, and radical species in living systems.
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We develop hydrogels from natural biopolymer-hybrids combined with synthetic units to address medical challenges: molecular design – structural control – biofabrication.
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Our goal is to induce perturbations in metabolism-linked processes to address new biomedical challenges in an interdisciplinary effort bridging biology and material science.
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