Vascular Infection

Research Group Viola Introini

Welcome to the Research Group Vascular Infection

Malaria is one of the most common causes of death among children worldwide and represents a huge health and socioeconomic burden. Our research group “Vascular Infection” is conducting research into the disease caused by Plasmodium parasites. We aim to understand how malaria parasites invade red blood cells and clog blood vessels, leading to severe complications in the brain, placenta, and other vital organs. To this end, we investigate three distinct aspects. We examine the mechanical forces at play during parasite invasion and adhesion to blood vessels. Furthermore, we analyze the genetic adaptations that help protect humans against malaria. We also study the influence of host factors such as fever and specific tissue environments. To do so, we develop physiologically relevant in vitro vascular models used to understand malaria mechanisms of infection in a control setting.

Our ultimate goal is to translate our findings into medical applications, to treat malaria and other vascular diseases, particularly among vulnerable groups such as children and pregnant women.

Research Overview

Our research group “Vascular Infection” investigates the pathogenesis of malaria using tissue engineering and biophysical approaches. We aim to recreate host–parasite interactions in physiologically relevant in vitro systems, both to understand the mechanisms that drive severe disease and to guide new therapeutic strategies.

Two key stages in the malaria infection process are the parasite invading the host’s blood cells and infected cells attaching to microvessels (sequestration). These processes are essential for the parasite to replicate inside the host, making them a prime target for vaccines and drugs. 

 

If you want to learn more about the background of our work, please visit our corresponding subpages.

Read more about malaria and Plasmodium parasites, which cause the disease, here.

Read more about our research topics and the methods we use here.

Contact

Research Group Viola Introini

Max-Planck-Zentrum für Physik und Medizin
Kussmaulallee 2
Room 01.220
91054 Erlangen, Germany

viola.introini@mpzpm.mpg.de

+49 9131 8284 153

Research team leader Dr. Viola Introini

“Through numbers we measure Nature and grasp its deeper significance.”

Cooperation partners

Graduate Program