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Effects of Homocysteine and Memantine on Oxidative Stress Related TRP Cation Channels in In-vitro Model of Alzheimer's Disease
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I. S. Ovey And M. NAZIROĞLU, "Effects of Homocysteine and Memantine on Oxidative Stress Related TRP Cation Channels in In-vitro Model of Alzheimer's Disease," ACTA PHYSIOLOGICA , vol.225, pp.15, 2018

Ovey, I. S. And NAZIROĞLU, M. 2018. Effects of Homocysteine and Memantine on Oxidative Stress Related TRP Cation Channels in In-vitro Model of Alzheimer's Disease. ACTA PHYSIOLOGICA , vol.225 , 15.

Ovey, I. S., & NAZIROĞLU, M., (2018). Effects of Homocysteine and Memantine on Oxidative Stress Related TRP Cation Channels in In-vitro Model of Alzheimer's Disease. ACTA PHYSIOLOGICA , vol.225, 15.

Ovey, Ishak, And Mustafa NAZIROĞLU. "Effects of Homocysteine and Memantine on Oxidative Stress Related TRP Cation Channels in In-vitro Model of Alzheimer's Disease," ACTA PHYSIOLOGICA , vol.225, 15, 2018

Ovey, Ishak S. And NAZIROĞLU, Mustafa. "Effects of Homocysteine and Memantine on Oxidative Stress Related TRP Cation Channels in In-vitro Model of Alzheimer's Disease." ACTA PHYSIOLOGICA , vol.225, pp.15, 2018

Ovey, I. S. And NAZIROĞLU, M. (2018) . "Effects of Homocysteine and Memantine on Oxidative Stress Related TRP Cation Channels in In-vitro Model of Alzheimer's Disease." ACTA PHYSIOLOGICA , vol.225, p.15.

@article{article, author={Ishak Suat Ovey And author={Mustafa NAZIROĞLU}, title={Effects of Homocysteine and Memantine on Oxidative Stress Related TRP Cation Channels in In-vitro Model of Alzheimer's Disease}, journal={ACTA PHYSIOLOGICA}, year=2018, pages={15} }