SzSA YearBook 2016/17
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SZENT-GYÖRGYI STUDENTS<br />
GERGŐ PORKOLÁB<br />
Szeged Scientists Academy, 1 st year<br />
University of Szeged,<br />
Faculty of Science and Informatics, 2 nd year<br />
E: porkolab.gergo96@gmail.com<br />
T: +36 30/230-4097<br />
DATE OF BIRTH:<br />
1996<br />
SZENT-GYÖRGYI PUPIL:<br />
no<br />
SZENT-GYÖRGYI MEN-<br />
TOR):<br />
Dr. Mária Deli<br />
JUNIOR MENTOR:<br />
Dr. Szilvia Veszelka<br />
SPECIALTY:<br />
cell biology, pharmacology<br />
SECONDARY SCHOOL:<br />
Tömörkény István Secondary<br />
School<br />
NAME OF TEACHER:<br />
Ildikó Vadászné Horváth<br />
LANGUAGES:<br />
English/advanced<br />
IMPORTANCE, AIMS AND POSSIBLE OUTCOME OF RESEARCH<br />
The blood-brain barrier (BBB) is a dynamic interface between the central nervous<br />
system (CNS) and the blood circulation. The main role of the BBB is to provide the<br />
most adequate environment for the CNS, to protect it from harmful substances<br />
and pathogens, and provide nutrients. This high selectivity of the BBB is a „mixed<br />
blessing”, however – it also prevents the majority of pharmaceutical drugs<br />
to enter the CNS, thus making it a challenge to treat diseases like brain tumours,<br />
Alzheimer’s disease, Parkinson’s disease or epilepsy. In many cases, potential<br />
neuropharmaceuticals are available, but the problem is they cannot reach their<br />
target because of the BBB.<br />
The Biological Barriers Research Group of the BRC, Hungarian Academy of Sciences,<br />
which I had the opportunity to join, focuses on this problem. Drugs to be<br />
delivered to the CNS are loaded in nanovesicles. The surface of these nanovesicles<br />
are labelled with targeting molecules recognised by the transport proteins of<br />
brain capillary endothelial cells, thus helping the drug cargo to cross the BBB. As<br />
part of the team, I participate in the preparation, characterization and testing of<br />
these nanovesicles on cell culture-based models of the BBB. The long-term goal<br />
of our research group is to develop a nanovesicle system to effectively deliver<br />
neuropharmaceuticals into the CNS.<br />
AIMS DURING HIS CAREER<br />
As a Szent-Györgyi Student my goal is to acquire the knowledge, skills, methods<br />
and experience necessary to conduct independent research work. My further<br />
aim is to carry on biomedical research with my own topic as a PhD student. As a<br />
scientific researcher I would like to find solutions for relevant problems of society,<br />
and achieve results to make peoples’ lives better.<br />
HONORS AND PRIZES<br />
• Kazinczy-medal, 2015<br />
PUBLICATIONS<br />
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116