Michael Popp Institute

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

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

Research topic:

"Functional lipidomics for the elucidation of bioactive lipids in the regulation of stress-adaptive and immune regulatory signalling pathways"

Involved in following projects:
Phospholipids as signaling molecules
Targeting ferroptosis at the interface of cancer and inflammation

Research topic:

"5-lipoxygenase as immunoregulatory target of human endogenous vitamin E metabolites"

Involved in following projects:
Actions and mechanisms of natural products
Phospholipids as signaling molecules
Vitamin E metabolites in immunoregulation and stress adaption

Research topic:

"Dual Inhibitors inspired from vitamin E: towards vitamin E analogs that relieve inflammation by targeting mPGES-1 and 5-lipoxygenase without impeding resolution"

Involved in following projects:
Vitamin E metabolites in immunoregulation and stress adaption

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

Research topic:

"Potential of algal phosphatidylcholines containing ω3 fatty acids in the supportive therapy of leukemia and lymphoma"

Involved in following projects:
Phospholipids as signaling molecules

Involved in following projects:
Actions and mechanisms of natural products

Involved in following projects:
Actions and mechanisms of natural products
Phospholipids as signaling molecules
Targeting ferroptosis at the interface of cancer and inflammation