Mail

Hungarian University of Sports Science
Prof. Dr. Zsolt Radák
Alkotás st. 42-48.
Budapest
1123

Address of the Facility

Research Center for Molecular Exercise Science
University of Physical Education
Alkotás st 42-48.
L3 building, I
Budapest
1123

Phone: +36-1-488-1532

Contact details

• Zoltán Bori | This email address is being protected from spambots. You need JavaScript enabled to view it.| +36-1-488-1527 | L3 building, I-02
• Franciska Fejes | This email address is being protected from spambots. You need JavaScript enabled to view it.  | +36-1-488-1532 | L3 building, I-16
• Klára Felszeghy | This email address is being protected from spambots. You need JavaScript enabled to view it.| +36-1-488-1529 | L3 building, I-04
• Erika Koltai | This email address is being protected from spambots. You need JavaScript enabled to view it.| +36-1-488-1528 | L3 building, I-03
• Csaba Nyakas | This email address is being protected from spambots. You need JavaScript enabled to view it.| +36-1-488-1529 | L3 building, I-04
• Zsolt Radák | This email address is being protected from spambots. You need JavaScript enabled to view it.| +36-1-488-1526 | L3 building, I-01
• Tímea Téglás | This email address is being protected from spambots. You need JavaScript enabled to view it.| +36-1-488-1530 | L3 building, I-05.3
• Ferenc Torma | This email address is being protected from spambots. You need JavaScript enabled to view it.| +36-1-488-1530 | L3 building, I-05.3
• Matyas Jókai | This email address is being protected from spambots. You need JavaScript enabled to view it. | +36-1-488-1530 | L3 building, I-05.3

• https://m2.mtmt.hu/gui2/?type=authors&mode=browse&sel=10003262
• https://m2.mtmt.hu/gui2/?type=authors&mode=browse&sel=10010173
• https://m2.mtmt.hu/gui2/?type=authors&mode=browse&sel=10022305

Available research topics

1. The effect of exercise on brain function
2. Effect of physical activity on metabolic syndrome and brain function in genetically selected animals
3. Exercise and epigenetics
4. Legal performance enhancing treatments
5. Exercise and lactic acid
6. Molecular research of aging
7. Ageing and epigenetics
8. Free radicals, antioxidants
9. Exercise and microbiome

PhD Supervisors

• Dr. Zsolt Radák, Head, Professor, DSc
• Dr. Csaba Nyakas, Professor Emeritus, DSc
• Erika Koltai, Senior Research Fellow

Grants (application / year / registration number / title / amount won (thousand ft) / applicant)

1. OTKA / 2000-2003 / 294/200 The effect of regular exercise on repairing oxidative protein and DNA damage. Prevention / 5.000 / Dr. Zsolt Radák
2. OTKA / 2004-2007 / T 42629 / The effect of regular exercise on the development of different types of cancer / 5.100 / Dr. Zsolt Radák
3. OTKA / 2009-2012 / K75702 / The role of sirtuins in the aging of skeletal muscle and brain with the molecular adaptation to exercise / 12.938 / Dr. Zsolt Radák
4. ETT / 2000-2002 / - / The effect of regular exercise on the development of different types of cancer. / 1.800 / Dr. Zsolt Radák
5. ETT / 2003-2005 / 407/03 / Effects of regular exercise and calorie restriction on memory and oxidative damage / repair in rats with Alzheimer's disease. / 900 / Dr. Zsolt Radák
6. ETT / 2006-2008 / 472/2006 / The role of nuclear and cytoplasmic proteasoma in the accumulation of oxidative protein damage and cellular regulation associated with aging: The effects of exercise on the brain, heart and skeletal muscle / 2.100 / Dr. Zsolt Radák
7. TéT / 2004-2006 / JAP/13/02 / A rendszeres mozgás és az oxidatív stressz / 2.171 / Dr. Zsolt Radák
8. TéT / 2007-2010 / MX-9/2007 / Repair of DNA damage by redox regulation in hypoxia / 1.780 / Dr. Zsolt Radák
9. MKB Eurokredit Zrt / 2006 / J 304/2006 / Stem cell incorporation into muscle, brain, spinal cord under physical load / 4.100 / Dr. Zsolt Radák
10. ÖM / 2006-2007 / - / - / 5.621 / Dr. Zsolt Radák
11. ÖM / 2007-2008 / - / - / 2.500 / Dr. Zsolt Radák
12. ETT / 2007-2008 / 55117 / Szteroidok hatása az agy öregedésére és a neurodegenerációra / 2.456 / Dr. Csaba Nyakas
13. ÖM / 2008-2009 / EATV63520 / The effect of the six-month exercise intervention on bone density, motor and anthropometric indices and quality of life in the elderly, and the role of the proteasome in improving exercise-induced brain function and the genetic background of the increase in muscle strength for specific training / 8.000 / Dr. Zsolt Radák
14. MSTT / 2008 / - / - / 500 / Dr. Zsolt Radák
15. OMFB (TéT) / 2008 / - / - / 300 / Dr. Zsolt Radák
16. OMFB (TéT) / 2008 / - / - / 420 / Dr. Csaba Nyakas
17. TéT / 2008 / - / - / 1.130 / Dr. Csaba Nyakas
18. ETT / 2009 / 55172 / The effect of obesity and physical activity on brain aging / 100 / Dr. Csaba Nyakas
19. OMFB (TéT) / 2009 / MX-9/2008 / Repair of DNA damage by redox regulation in hypoxia / 880 / Dr. Zsolt Radák
20. OMFB (TéT) / 2009 / - / - / 905 / Dr. Csaba Nyakas
21. TéT / 2009 / IND-25/2006 / Effects of steroids on brain aging and neurodegeneration / 1.900 / Dr. Csaba Nyakas
22. ETT / 2009-2011 / 55178 / The role of lifestyle in genetically determined myocardial mitochondrial deficiency / 2.400 / Dr. Zsolt Radák
23. MSTT / 2012 / MSTT/EINT4500115398 / The role of nitric oxide in post-injury muscle regeneration / 300 / Dr. Zsolt Radák
24. TéT (Japán) / 2011-2013 / K-TÉT_10-1-2011-0038 / Molecular changes and diseases caused by physical activity: the role of sirtuinos / 3.520 / Dr. Zsolt Radák
25. TÁMOP / 2011-2013 / 4.2.2B/-10/1-2010-0013 / Magister program / 17.620 / Dr. Zsolt Radák
26. NSCA Grant / 2014-2015  / - / - / 8.427 / Dr. Zsolt Radák
27. MOB / 2014 / - / - / 1.2 / Dr. Zsolt Radák
28. OTKA / 2015-2018 / 112810 / The role of physical activity and calorie restriction for protein stability and epigenetics: the role of sirtuins / 29.760 / Dr. Zsolt Radák
29. OTKA / 2016-2018 / Up-to-date method to improve psychosomatic performance in elderly persons / 9.204 / Dr. Csaba Nyakas
30. KKP/2018-2023/ The enigma behind the systemic effects of regular exercise: Is it related to VO2max or molecular adaptive pathways?/ 278/ Dr. Zsolt Radák
31. OTKA/2022-2025/ The effect of exercise on DNA methylation in different organs/36.000/ Dr. Zsolt Radák