and are applied for strain typing. Service specifications (available only in German) Area head and contact for general bacteriology, mycology & parasitology Ass.-Prof. Priv.-Doz. Dr. Karl Dichtl T: +43 316
want to register after April 10th, please contact us at the registration desk on site or contact Vanessa Csitkovits . If you have any other questions, please contact Vanessa Csitkovits . Register here The
regularly employed and provide him/her with a valuable additional qualification. Start your training now Contact Thomas Patrick Georgi T: +43 316 385 12394 E: thomas.georgi(at)medunigraz.at Rotations Students from [...] enrolled at an university in Austria are organized in coordination with the head of the department. Contact Students from abroad Rotations at University Hospital Graz by international students (home university
practices Head of staff unit Simone Manhal T: +43 316 385 71642 E: simone.manhal(at)medunigraz.at Contact Irene Stradner T: +43 316 385 74182 E: irene.stradner(at)medunigraz.at
with you. You can log into Galaxy with your Med Uni Graz-email. In case you don’t have one, please contact us in advance.
Infrastructure High Performance Computing (HPC) Infrastructure: MedBioNode galaxy.medunigraz Server Contact Andrea Groselj-Strele T: +43 316 385 73012 E: andrea.groselj-strele(at)medunigraz.at Research Profile
for the holdings of the University Library. If you need books for your institute or clinic, please contact your departmental library ordering representative. If you would like us to license a specific journal
on the Intranet Head of OU Sabine Suppan T: +43 316 385 71671 E: sabine.suppan(at)medunigraz.at Contact Elisabeth Schöff T: +43 316 385 74072 E: elisabeth.schoeff(at)medunigraz.at
sciences, the tenants in ZWT have found an ideal spot for cooperation, knowledge transfer and personal contact with each other and with Med Uni Graz researchers. SUCCESSFUL PARTNERSHIP Creative thinkers with
changes the structure of the placenta but also influences how its immune cells function. Even brief contact with PM2.5 particles—fine particulate air pollution—led to measurable changes in placental tissue [...] conditions. The analysis of samples with transmission electron microscopy showed that even brief contact with PM2.5 particles, the fine particulate matter from urban traffic, can result in clear damage
