Non-thermal plasma technology as innovative strategy for food preservation

Plasma-treated hydrogels as a new selective therapy for head and neck cancer

Plasma-assisted development and functionalization of electrospun mats for tissue engineering purposes

All-in-one atmospheric pressure plasma jet assisted surface modification of exclusive heart valve, blood vessel and myocardium tissue-engineered scaffolds for an overall heart repair

An atmospheric pressure plasma jet for the deposition of HMDSO coatings

Anti-fouling and cell-interactive anti-fouling plasma polymer coatings for cochlear implants

Deposition of antimicrobial nano-coatings on external fixations pins with a low-pressure non-thermal plasma

ERC Professorship: PLASMATS

Experimental and theoretical study of the fundamental mechanisms of nitrogen fixation by plasma and plasma-catalysis: towards the development of novel, environmentally friendly and efficient processes.

Innovative electrospun conduits suitable for peripheral nerve regeneration

Innovative scaffolds with enhanced vascularization and patterned cells for bone tissue engineering

Modification of polymer solutions by electrical discharges generated above and inside the liquid phase.

Plasma-activated liquids: an innovative method to treat cancer

Plasma-based green hydrogen synthesis from hydrocarbons

Polymer/ALD multilayer stacks as ultra-hermetic flexible barrier for long-term implantable microelectronic devices

Unravelling the mechanisms responsible for plasma-assisted surface activation

Atmospheric pressure plasma polymerization for the creation of stable COOH-rich polymeric surfaces for biomedical use

Development of amino-rich, chemically stable polymeric surfaces by atmospheric pressure plasma polymerization

Upgrade of the for RUPT crucial analytical XPS-equipment

Volumetric 3D-printing: a marriage between fast and scalable to create complex multi-material constructs

Deposition of plasma-polymerized thin films at medium pressure

ERC Professorship: PLASMATS