Research
Main Research Interests
The department of Pharmacognosy at the Institute of Pharmacy at the University of Innsbruck has four main research interests. They are (a) the isolation and structural elucidation of secondary metabolites from higher plants with anti-inflammatory, anti-tumor and anti-microbial activity, (b) chemosystematic investigations mainly focusing on the tribe Lactuceae, (c) analysis and quality assessment of (medicinal) plants and phyto-pharmaceuticals, as well as (d) the discovery of pharmacologically active natural products using computational methods (pharmacophore modeling, virtual screening, docking, neural networks).
The search for novel natural products, which could be used as potential drugs or serve as lead compounds is performed by using modern phytochemical and analytical techniques (gas chromatography, high performance liquid chromatography, capillary electrophoresis, capillary electrochromatography, mass spectrometry). This research is performed with special focus on European and Asian medicinal plants, or plants of the alpine region. Chemosystematic studies performed at the department aim to reveal relations between different plant taxa (or confirm them) by comparative phytochemical and analytical approaches.
Analytical tasks (standardization, method development, validation and quality assessment of plant-extracts), for which modern analytical instrumentation (e.g. LC-MS or CE-MS) is available in house, are often performed in collaboration with domestic and international companies. These collaborations, besides basic research, allow very practice- and application-oriented scientific investigations. For a target oriented search for active compounds several test models are established at the department. Computer aided pharmakophor-models utilize structural properties to detect pharmacologically active natural products (e.g. with acetylcholinesterase inhibiting activity). Enzyme assays (acetylcholinesterase, cytochromes), on the other hand, are employed for the screening of plant extracts and pure compounds.
This combination of several different approaches (analytical, chemosystematics, and pharmacology, besides “classical” phytochemistry) offers means for an extensive and efficient research on pharmacognostic issues. A number of publications in internationally renowned journals, as well as projects and cooperations indicate the significance and quality of the conducted research and underline the experience and supra-regional importance of the department of Pharmacognosy in the field of natural products research.
Current research projects
Funding provider | Project | PI |
---|---|---|
FWF | Role of Endophytes in Rust Defens in Norway Spruce | Alilou Mostafa |
LFUI/FZ Berglandwirtschaft | Alpine endophytes natural products for targeting agricultural phytopathogen Botrytis cinerea | Alilou Mostafa |
VASCage | Vascage, Project 2_A.6 Novel laboratory techniques in clinical routine | Ganzera Markus |
FWF/WEAVE | UVISION, Exploring the potential of secondary metabolites derived from marine resources for UV-protection of the human eye | Ganzera Markus |
TWF | AMPlify - Natural Products for Anti-Malaria Photodynamic Therapy | Hammerle Fabian |
LFUI, Early Stage Funding | Untersuchungen zu den pharmakokinetischen Eigenschaften von Chlorophyllabbauprodukten in pflanzlicher Nahrung | Karg Cornelia |
DFG Research Grant, German Research Foundation | Target Identification and Mode of Action Studies on Phyllobilins, Natural Compounds with Effects on Cancer Cells | Moser Simone |
Schwabe Phyto Innovation Challenge | Plant aging for human aging - Phylloxanthobilins as promising novel compounds to counter atherosclerosis | Moser Simone |
Doktor Robert Pfleger Foundation | Der hohe Eisenbedarf der Krebszelle als Angriffspunkt - der Ferroptose-induzierende Naturstoff Phylloroseobilin als neue Option in der Krebstherapie | Moser Simone |
OAED | Searching for potential therapeutic agents for managing diabetic wounds from Vietnamese medicinal plants targeting matrix metalloproteinase-9 w | Schwaiger Stefan |
FWF | POSADEC - Das verborgende Potential Südamerikanischer Dermocyben | Peintner Ursula (Mikrobiologie), Siewert Bianka |
FWF | PhotoFungal. Photo-activated Defense Strategies in Fungi - An Overlooked Source for new Photo-pharmaceuticals? | Siewert Bianca |
EU | ARDRE. Ageing and Regeneration Doctoral Programme | Stuppner Hermann (Schwaiger Stefan) |
Euregio | Antiparasitic and anthelmintic plants - HERBAL | Stuppner Hermann, Siewert Bianka |