Description of laboratories

- application of artificial intelligence in nanotechnologies and nanomedicine
- drugs for targeted delivery and prolonged action
- magnetically controlled bio- and chemical processes and systems
- liquid-metal interfaces for various applications, anode materials for batteries

– optical nanostructures
– non-invasive biosensors
– Li-ion rechargeable batteries
– photoactive and conductive coatings

– ceramic nanostructured materials
– nanotechnologies for the prevention and elimination of technogenic disasters
– nanobioarchitectonics: directed design of hybrid materials

– Multifunctional, “programmable” wound dressings
– Ion-scavenging and ion- sensing hydrogels
– Modular stimuli-responsive hydrogels
– Bioprinted cell scaffolds

– nano- and microstructured interfaces for high-throughput screening of biomaterials
– development of surfaces with controlled wettability and topography
– data processing and image analysis for high-throughput approaches

– electroorganic transformations for sustainable chemistry
– design and synthesis of advanced materials for electrocatalysis
– carbon dioxide and wastewater utilization

– modulating the human microbiota
– genetically engineered probiotic strains for treatment of diseases
– biohybrid composites for treatment of inflammations and tissue regeneration
– new bioactive compounds from microbiota

– establishment of mechanisms of action for new chemical compounds-"candidates" into drugs
– anti-tumor therapy targets: protein kinases and their inhibitors
– new nanomaterials in experimental therapy of tumors: biocompatibility, drugs depot

- Selection of housekeeping genes
- Selection of different cancer markers
- Development of differently based DNA-Machines with Oncomarker dependent therapeutic function
- Development of intracellular delivery and oligonucleotide protection research

- colorimetric and fluorescent DNA-nanosensors for infectious diseases
- non-amplifying DNA-nanosensors
- novel microarray technology

– Pan-genomics 156 000 prokaryotes
– Genomics of human diseases
– Comparative genomics of vertebrates and invertebrates
– Software for genomic data analysis

- human evolution and genomics of autoimmune and inflammatory diseases
- gut microbiota and autoimmune disorders
- development of smart systems for sampling biomaterial from hard-to-reach objects

– applied solution chemistry
– nanopharmaceuticals
– therapeutical drugs
– functional coatings

– social issues in education (hidden potential, phobias)
– experimental research methods (EEG, HRV, eye-tracking)
– immersive virtual reality learning environments