Duruksu, G. Et Al. 2024. Amadori Product, Fructoselysine, Alters Mitochondrial Function And Impairs Energy Metabolism In Human Beta Cell Line 1.1B4 Shifting To Glycolysis. 15. World Congress on Targeting Mitochondria , (Berlin, Germany), 65.

Duruksu, G., Hunç, F., Altuntaş, C., & Yazır, Y., (2024). Amadori Product, Fructoselysine, Alters Mitochondrial Function And Impairs Energy Metabolism In Human Beta Cell Line 1.1B4 Shifting To Glycolysis . 15. World Congress on Targeting Mitochondria (pp.65). Berlin, Germany

Duruksu, GÖKHAN Et Al. "Amadori Product, Fructoselysine, Alters Mitochondrial Function And Impairs Energy Metabolism In Human Beta Cell Line 1.1B4 Shifting To Glycolysis," 15. World Congress on Targeting Mitochondria, Berlin, Germany, 2024

Duruksu, GÖKHAN Et Al. "Amadori Product, Fructoselysine, Alters Mitochondrial Function And Impairs Energy Metabolism In Human Beta Cell Line 1.1B4 Shifting To Glycolysis." 15. World Congress on Targeting Mitochondria , Berlin, Germany, pp.65, 2024

Duruksu, G. Et Al. (2024) . "Amadori Product, Fructoselysine, Alters Mitochondrial Function And Impairs Energy Metabolism In Human Beta Cell Line 1.1B4 Shifting To Glycolysis." 15. World Congress on Targeting Mitochondria , Berlin, Germany, p.65.

@conferencepaper{conferencepaper, author={GÖKHAN DURUKSU Et Al. }, title={Amadori Product, Fructoselysine, Alters Mitochondrial Function And Impairs Energy Metabolism In Human Beta Cell Line 1.1B4 Shifting To Glycolysis}, congress name={15. World Congress on Targeting Mitochondria}, city={Berlin}, country={Germany}, year={2024}, pages={65} }