Project: Role of oxidative stress for neuro-vascular function

Acronym	VasOx (Reference Number: NEURON_CV-104)
Project Topic	Reactive oxygen species (ROS) play a detrimental role upon reperfusion from cerebral ischemia, the current standard therapy for ischemic stroke. The exact vascular and cellular mechanisms of this "reperfusion injury", however, remains largely unknown due to the lack of methodology to measure ROS in vivo and the lack of animal models which allow the controlled temporal and spatial induction of ROS. The current project will use novel multicistronic chemogenetic technology to measure and induce ROS in a cell specific manner in vivo. These chemogenetic tools will be used in combination with in vivo 2-photon microscopy and single cell transcriptomics to 1) measure ROS in a mouse stroke model in cells of the neurovascular unit (NVU) in order to identify the cellular source of ROS production during reperfusion from cerebral ischemia, 2) to induce ROS production in the NVU of healthy animals in order to identify the specific role of ROS for neurovascular function and dysfunction, and 3) to identify genes induced by cell-specific ROS production. The results of the current project will identify the temporal and cellular profile of ROS production after cerebral ischemia and decipher the underlying gene expression thereby defining novel molecular and cellular targets for future precision medicine therapeutics for stroke patients.
Network	NEURON Cofund2
Call	Neuron Cofund2 Joint Call 2022

Project partner

Number	Name	Role	Country
1	Institute for Stroke and Dementia Research	Coordinator	Germany
2	Hôpital Robert Debré	Partner	France
3	Faculty of Engineering and Natural Sciences	Partner	Türkiye