Surface Modification of Hydrogels
Enhancing functionality of hydrogels
Plasma polymerisation on hydrogels can be used to tune its surface properties. Chemical surface composition and mechanical properties are some of the parameters that can affect cell adhesion and proliferation on hydrogels.
Surface Modification of Textiles
Improving textile properties
Textile fibers are frequently used in demanding biomedical and military applications. By applying a thin organic layer, we can significantly enhance their characteristics while maintaining their original weight and feel.
Plasma-Chemical Synthesis
GHG free hydrocarbon reforming
Conventional steam reforming produces significant greenhouse gases. Our research explores non-thermal plasma (NTP) to study hydrocarbon reaction dynamics, offering a cleaner alternative for synthesizing fine chemicals in the future.
Plasma-Activated Water
A versatile to produce clean, nitrogen-rich water
Plasma-activated water is an emerging technology for biomedical, agricultural, and wastewater use. By discharging plasma over water, air molecules become reactive species that migrate into the liquid. We aim to maximize nitrogen oxide production to enhance plant growth.
Monocyte Culture on Plasma-Treated FEP
Improving monocyte culture process
Plasma polymerisation can be used to tweak the chemical properties of the culture surface. These surfaces can be used to enhance the growth of monocytes.
