Methods | Dept. Landfester
We combine the synthesis of new polymers, materials and nanocolloids with state-of-the-art physico-chemical characterization techniques and advanced cell culture experiments.
Electron microscopy provides nanostructural characterization comprising advanced SEM and TEM acquisition in combination with tailored method development.
We perform classical polymer analysis as well as colloidal characterization techniques, advancing and adapting excisting methodology for new challenges.
Our bioprinting methods integrate advanced biofabrication technologies, tailored biomaterials, and precise process control to produce high-fidelity, application-ready biological constructs.
Labs for working with cells with biosafety level and genetic safety level 1 (not harmful) are available. Protemics is done on a cooperation basis with other groups in the institute advancing the understanding of interaction of nano- and microsized materials with proteins and cells.
Microfluidics enables precise control of fluids at the microscale, facilitating complex processes to be performed on a small chip.
Triplet–triplet annihilation upconversion performed in nanoconfinement is used as a minimally invasive, all-optical sensing tool to determine local temperature and oxygen concentration in the extracellular liquid microenvironment.
