Grants and Sponsors

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

Projects

2024. Hungarian University of Sports Science.
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