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Our lab has moved to Graz University! Check out our new website here: https://pharmazie.uni-graz.at/de/unsere-forschung/pharmakognosie/ |
Head
| Univ.-Prof. Dr. rer. nat. habil. Andreas Koeberle |
Administration
+43 512 507 57902
Technicians
+43 512 507 57904
Postdoctoral Researchers
Research topic:
"Molecular pharmacological characterization of natural porducts, plant extracts and phytopharmaceuticals to target inflammation, protect against xenobiotic-induced tissue injury and counteract drug resistance"
Involved in following projects:
Actions and mechanisms of natural products
+43 512 507 57907
+43 512 507 57913
Research topic:
Lipid metabolic mechanisms in EMT/ZEB1-dependent ferroptosis
Involved in following projects:
Characterization of ferroptosis by redox lipidomics
The mechanism of iron-salophene complexes in breast cancer ferroptosis
+43 512 507 57904
Research topic:
"Impact of the immune microenvironment on ferroptotic cancer cell death"
Involved in following projects:
Actions and mechanisms of natural products
Targeting ferroptosis at the interface of cancer and inflammation
+43 512 507 57908
Research topic:
"Elucidating the molecular mechanisms of natural products at the interface of inflammation, cancer and lipid signalling"
Involved in following projects:
Actions and mechanisms of natural products
+43 512 507 57911
Junior Researchers
Research topic:
“Investigating the mechanistic link between EMT, lipid metabolism and ferroptosis”
Involved in following projects:
Targeting ferroptosis at the interface of cancer and inflammation
Phospholipids as signaling molecules
+43 512 507 57905
Research topic:
Identification of natural products from traditional Vietnamese medicinal plants that target cell signaling at the interface of inflammation and ferroptosis.
Involved in following projects:
Targeting ferroptosis at the interface of cancer and inflammation
Actions and mechanisms of natural products
Ferroptosis-modulating natural products and their mode of action: Targeting Redox Signaling
+43 512 507 57908
Research topic:
"Elucidating the molecular mechanisms of bioinspired products at the interface of ferroptosis and inflammation"
Involved in following projects:
Ferroptosis modulating natural products and their mode of action targeting redox signaling
Targeting ferroptosis at the interface of cancer and inflammation
+43 512 507 57909
+43 512 507 57910
Student Co-Worker
Master students