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:

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

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:

"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:

“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

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

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

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