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SzSA YearBook 2016/17

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SZENT-GYÖRGYI STUDENTS<br />

MARTIN GYÖRGY TANNER<br />

Szeged Scientists Academy, 1 st year<br />

University of Szeged,<br />

Faculty of Medicine, 1 st year<br />

E: tanner.martin@freemail.hu<br />

T: +36 20/444-2296<br />

DATE OF BIRTH:<br />

1998<br />

SZENT-GYÖRGYI PUPIL:<br />

yes<br />

SZENT-GYÖRGYI MENTOR:<br />

Dr. András Dér<br />

JUNIOR MENTOR:<br />

Dr. Sándor Valkai<br />

SPECIALTY:<br />

bioelectronics<br />

SECONDARY SCHOOL:<br />

Bonyhádi Petőfi Sándor<br />

Evangélikus Gimnázium<br />

NAME OF TEACHER:<br />

János Pápai<br />

LANGUAGES:<br />

English/intermediate<br />

German/basic<br />

IMPORTANCE, AIMS AND POSSIBLE OUTCOME OF RESEARCH<br />

In our project, we deal with improvement and adaptation of chiplaboratory<br />

methods (based on specific recognition) which give us opportunity for quick<br />

protein and cell component analysis of biological samples (blood, liquor, urine).<br />

Nowadays many research teams work on biosensors which are reliable and<br />

sensitive, able to provide quick results. At the same time they are cheap and can<br />

be used without the assistance of doctors, in the patient’s home. At present the<br />

most sensitive biosensors are based on marking (e.g. fluorescence, radioactive<br />

or magnetic), by following the marking material, so a molecule can be detected<br />

in the examined space or surface. Besides the advantages these methods<br />

have also disadvantages. The chemical methods of marking make the examination<br />

difficult, slow and expensive. The marking materials have an effect on the<br />

marked molecule. A new marking-free technologies attract the scientists, mainly<br />

the optical methods are becoming preferred. The integrated optical biosensors<br />

represent an important direction in this area, scietists work on interferometrical<br />

discipline. Interference-occurance-based sensors have a great benefit: they are<br />

very sensitive to change of refraction index on their surface. The purpose of our<br />

work is to develop a biosensor based integrated optical interferometer which<br />

can be used for analitical purposes.<br />

AIMS DURING HIS CAREER<br />

I would like to become a good doctor and scientist. I hope I will be able to achieve<br />

useful and applicable results in my research work as a creative, open thinking<br />

and acknowledged specialist.<br />

HONORS AND PRIZES<br />

• 2015/16 Biology OKTV category II., final, 38 th place<br />

• 2014/15 Vermes Miklós International Competition of Physics, 7 th place<br />

• 2013/14 Budó Ágoston National Competition of Physics, Szeged, 3 rd place<br />

• Wigner Jenő Competition of Physics, Békéscsaba, 2 nd place<br />

PUBLICATIONS<br />

–<br />

122

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