معرفی
Gerhard Obermeyer serves as an Associate Professor in the Department of Biosciences and Medical Biology at the University of Salzburg, Faculty of Natural and Life Sciences. His research laboratory focuses on membrane biophysics with particular emphasis on plant reproduction mechanisms and microalgae applications.
Dr. Obermeyer's primary research interests include understanding pollen tube growth mechanisms during plant fertilization and how these processes respond to environmental stresses like drought. His work has significant implications for food security as successful plant fertilization directly impacts crop yields for fruits, vegetables, seeds, and other agricultural products. His laboratory employs advanced biophysical techniques including analytical microscopy, patch-clamp, and pollen systems biology to investigate osmosensors and osmoregulation signaling networks.
Additionally, his research extends to applied projects involving microalgae for green chemistry applications within circular economy frameworks. His lab conditions microalgae under various environmental conditions to produce specific chemical compounds that serve as non-oil-based raw materials for the chemical and pharmaceutical industries. Microalgae in his research convert CO2 with light into valuable biopolymers.
- Supervises multiple bachelor's and master's theses projects
- Leads research on IoT photo bioreactor systems
- Develops 3D bioprinting techniques for hydrogel scaffolds
- Investigates cell wall composition in microalgae
- Conducts mechano-elastic testing of hydrogel supports
- Performs impedance spectroscopy for label-free cell analysis
His laboratory actively engages students in hands-on research projects, including the development of DIY COVID detection devices, WiFi-controlled bioreactors, and magnetic hydrogel systems that allow contactless surface modulation for cell culture applications.
