Applied expertise in research related to microbial contamination of fuel energy sources.

• Development of human neuronal cell culture-based studies that use CRISPR/CAS9 technology to simulate genetic polymorphisms-related responses to neurotoxic exposure paradigms including chemical toxins, hypoxia, and Environmental Stressors. • Bio-computational proteomics analysis using Maxquant, Perseus, KNIME, and Cytoscape platform- and web-based applications.• Omics-oriented collaborative research design, manuscript and grant writing

• Applied molecular biochemistry and toxicology methods for different brain-toxicology exposure settings, e.g., reduced air pressures, and chemical agents including cell culture- and animal-based models. • Bio-computational proteomics analysis using Maxquant, Perseus, KNIME, and Cytoscape platform- and web-based applications.• Evaluation of lead compounds with regards to effects on target enzyme activity, and characterization of biophysical interactions of lead-target interactions using NanoTemperTM microscale thermophoresis. • Omics-oriented collaborative research design, manuscript and grant writing.

Planning and execution of research projects related to vertebrate eye regeneration and lens tissue engineering including animal studies in rodents.

Planning and supervision of research projects in regenerative medicine of bone, tendon, and wound healing as well as skin cancer research including animal studies in rodents. Research training and education of surgery residents, medical- and graduate students in biomedical sciences.

Planning and supervision of research projects in regenerative medicine of bone, tendon, and wound healing including animal studies in rodents. Education of surgery residents, medical and graduate students in basic biomedical research, e.g., proteomics, genomics, histology, confocal microscopy, data analysis as well as comprehensive reading and scientific writing.