EDUCATIONAL ACTIVITY
www.sopanka.hu
1984 to 2021 on Szent István University (in English only)
(For Hungarian language subjects, see my Hungarian page).
Doctoral School | SUBJECT | Theory + practice (hour/week) |
|
---|---|---|---|
PhD |
Doctoral School of Biology Doctoral School of Plant Sciences |
Analytical Biochemistry (SDIBTD038) | 2 + 1 |
BSc and MSc level
On average 15-20 hours/week, Hungarian and English (lecture + practice)!
Organic Chemsitry (SMKKB2053KN)
Organic and Biochemistry (SMKKB4011CN)
Biochemistry (SMKKB4011BE)
Biochemistry and Organic Chemistry (SMKKB4021MN)
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1990 TDK thesis, Felföldi Ferenc: Cellulase system of a cellulose-degrading bacterium isolated from soil 1990 TDK Conference in Gödöllő (Ferenc Felföldi, 1st place) 1991 Szarvas OTDK Conference (Ferenc Felföldi, special prize) 1991 Diploma thesis (Ferenc Felföldi: Cellulase system of Cellulomonas sp. isolated from soil) 1993 Patent: Cellulomonas sp. CelB2 NCAIM {P} B 001203 (Felföldi & Fülöp) 1993 Patent: Cellulomonas sp. CelB7 NCAIM {P} B 001204 (Fülöp & Felföldi) 2005-2007 3D models of hydrolases - mainly O-glycosyl hydrolases comparative analysis (PhD supervisor, Péter Róka, BDI) 2010-2011 Possibilities of the use of acacia (PhD supervisor, Szandra Dobrányi, BDI) 2012 The incidence of some types of mucopolysaccharidosis enzyme-deficient state examination by tandem mass spectrometry method (MSc environmental engineering thesis, Judit Wittmann) 2013 Development of a method for the neutral lipid content of oil-producing microalgal strains (Kakucska Geeorgina dipéomamunka, MSc chemist, Pécs), Level Award of the Association of Hungarian Chemists 2013 Modeling the binding of dichlorodiphenyltrichloroethane and its derivatives on montmorillonite clay mineral (BSc thesis, János Ecker) 2014 Effects of different agents on plant growth and metabolism processes (BSc thesis, Hatos Henrietta) 2014 Modeling the binding of dichlorodiphenyltrichloroethane and its derivatives montmorillonite on clay mineral (TDK paper, János Ecker, BDI) 2016-2020 Modeling the effect of bioactive substances (PhD supervisor, János Ecker) 2022 Interactions between extracellular enzymes and bioactive substances modeling (János Ecker PhD defence, summa cum laude, Doctoral School of Biology) |