Student Research Topics – 2015/2016

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Principal Investigator: Prof. Zoltán BENYÓ, MD, PhD, DSc

Methods: Investigation of the cerebral circulation by laser Doppler and laser speckle techniques. In vitro determination of vascular functions in isolated vessels. Molecular biology techniques

1. Adaptation of the cerebral blood flow regulation to unilateral occlusion of the carotid artery.
   Tutor: Prof. Zoltán Benyó, MD, PhD, DSc and László Hricisák, MSc
2. Signal transduction pathways in the regulation of vascular smooth muscle tone.
   Tutor: Prof. Zoltán Benyó, MD, PhD, DSc and Éva Ruisanchez, MD
3. Importance of lisophospholipid mediators in physiological and pathophysiological conditions of the cardiovascular system.
   Tutor:Prof. Zoltán Benyó, MD, PhD, DSc and Éva Ruisanchez, MD

 

Principal Investigator: Tamás IVANICS, MD, PhD

Methods: isolated heart preparation, fluorescent measurement of intracellular calcium levels, echocardiography

1. Interactions of cardiac intracellular calcium-homeostasis and tissue RAS activation in experimental diabetes
   Tutors: Zsuzsanna Miklós  MD, PhD and Tamás Ivanics MD, PhD
2. Effects of female sex steroids on cardiac calcium-cycling disorders in cardiomyopathic diseases
   Tutors: Zsuzsanna Miklós  MD, PhD and Tamás Ivanics MD, PhD
3. The role of microRNA profile alterations in cardiac ischemia/reperfusion injury.
   Tutors: Zsuzsanna Miklós  MD, PhD and Tamás Ivanics MD, PhD
4. The role of lipid mediators in the regulation of coronary circulation
   Tutors: Zsuzsanna Miklós  MD, PhD and Zoltán Benyó MD, PhD, Dsc

 

Principal Investigator: Zsombor LACZA, MD, PhD, DSc

Methods: confocal microscopy, immunohistochemistry, molecular biology assays, cell culture

1. Tissue engineering strategies for musculoskeletal tissues.
   Tutors: Zsombor Lacza MD, PhD and Dénes Horváthy, MD
2. Investigation of the effects of platelet rich plasma on the pathomechanism of bone ischemia using an in vitro model.
   Tutors: Zsombor Lacza MD, PhD and Gabriella Vácz, MSc
3. Stem cells and skeletal muscle regeneration.
   Tutors: Zsombor Lacza MD, PhD and Dénes Horváthy, MD
4. Development and evaluation of a bone coating for controlled antibiotic release.
   Tutors: Zsombor Lacza MD, PhD and István Hornyák MSc
5. Investigation of ischemic damage of musculoskeletal tissues
   Tutors: Zsombor Lacza MD, PhD and Gabriella Vácz, MSc

 

Principal Investigator: Emil MONOS, MD, PhD, DSc

Methods: ex vivo microangiomety, vascular network examination with videomicroscopy

1. Coronary network characteristics of the young rats.
   Tutor: Anna Monori-Kiss

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