REACTIVE OXYGEN SPECIES GENERATION BY HUMAN SPERMATOZOA IS INDUCED BY EXOGENOUS NADPH AND INHIBITED BY THE FLAVOPROTEIN INHIBITORS DIPHENYLENE IODONIUM AND QUINACRINE

AITKEN, J.R., FISHER, H.M., FULTON, N., GOMEZ, E., KNOX, W., & LEWIS, B.. (1997). REACTIVE OXYGEN SPECIES GENERATION BY HUMAN SPERMATOZOA IS INDUCED BY EXOGENOUS NADPH AND INHIBITED BY THE FLAVOPROTEIN INHIBITORS DIPHENYLENE IODONIUM AND QUINACRINE. MOLECULAR REPRODUCTION AND DEVELOPMENT, 47(4), 468-482. SID. https://sid.ir/paper/566202/en

AITKEN J.R., FISHER H.M., FULTON N., GOMEZ E., KNOX W., LEWIS B.. REACTIVE OXYGEN SPECIES GENERATION BY HUMAN SPERMATOZOA IS INDUCED BY EXOGENOUS NADPH AND INHIBITED BY THE FLAVOPROTEIN INHIBITORS DIPHENYLENE IODONIUM AND QUINACRINE. MOLECULAR REPRODUCTION AND DEVELOPMENT[Internet]. 1997;47(4):468-482. Available from: https://sid.ir/paper/566202/en

J.R. AITKEN, H.M. FISHER, N. FULTON, E. GOMEZ, W. KNOX, and B. LEWIS, “REACTIVE OXYGEN SPECIES GENERATION BY HUMAN SPERMATOZOA IS INDUCED BY EXOGENOUS NADPH AND INHIBITED BY THE FLAVOPROTEIN INHIBITORS DIPHENYLENE IODONIUM AND QUINACRINE,” MOLECULAR REPRODUCTION AND DEVELOPMENT, vol. 47, no. 4, pp. 468–482, 1997, [Online]. Available: https://sid.ir/paper/566202/en