Skip to ContentSkip to Navigation
About us Latest news News News articles

The microvascular endothelial cell in shock

01 June 2011

PhD ceremony: Mr. M. van Meurs, 14.45 uur, Academiegebouw, Broerstraat 5, Groningen

Title: The microvascular endothelial cell in shock

Promotor(s): prof. G. Molema, prof. J.G. Zijlstra, prof. L.P.H.J. Aarts

Faculty: Medical Sciences

 

Many patients of the intensive care unit develop multiple organ dysfunction syndrome (MODS) as the result of shock. Insight in the nature and molecular basis of endothelial cell activation during shock can assist in identifying and evaluating therapeutic interventions. In this thesis models of hemorrhagic and septic shock were used to study microvascular endothelial responses in shock, in particular inflammation and vascular leakage. The results obtained from animal studies were related to the findings from the blood of shock-patients. Microvascular endothelial cells showed organ specific responses to different types of shock and MODS. Because these findings could not be simulated in tissue cultures in the lab, it is concluded that endothelial cells can only be understood when they are studied in their natural environment.

 

 

Last modified:13 March 2020 01.10 a.m.
View this page in: Nederlands

More news

  • 18 April 2024

    PET-scan expert Jan Pruim benoemd tot Officier in Orde van Oranje Nassau

    Hoogleraar medische beeldvorming Jan Pruim is bij zijn afscheid van het UMCG benoemd tot Officier in de Orde van Oranje Nassau. De koninklijke versierselen werden hem op woensdag 17 april uitgereikt door burgemeester Koen Schuiling van de gemeente...

  • 16 April 2024

    UG signs Barcelona Declaration on Open Research Information

    In a significant stride toward advancing responsible research assessment and open science, the University of Groningen has officially signed the Barcelona Declaration on Open Research Information.

  • 02 April 2024

    Flying on wood dust

    Every two weeks, UG Makers puts the spotlight on a researcher who has created something tangible, ranging from homemade measuring equipment for academic research to small or larger products that can change our daily lives. That is how UG...