K. G. Akbulut Et Al. , "SIRT2 inhibition suppresses the oxidative stress andapoptotic activity, and increases autophagy of cerebralcortex in the aging process.," 14-16 September 2018The QEII Centre, London, UK , London, England, 2018
Akbulut, K. G. Et Al. 2018. SIRT2 inhibition suppresses the oxidative stress andapoptotic activity, and increases autophagy of cerebralcortex in the aging process.. 14-16 September 2018The QEII Centre, London, UK , (London, England).
Akbulut, K. G., Keskin Aktan, A., Abgarmi, S., & Akbulut, H., (2018). SIRT2 inhibition suppresses the oxidative stress andapoptotic activity, and increases autophagy of cerebralcortex in the aging process. . 14-16 September 2018The QEII Centre, London, UK, London, England
Akbulut, KAZİME Et Al. "SIRT2 inhibition suppresses the oxidative stress andapoptotic activity, and increases autophagy of cerebralcortex in the aging process.," 14-16 September 2018The QEII Centre, London, UK, London, England, 2018
Akbulut, KAZİME G. Et Al. "SIRT2 inhibition suppresses the oxidative stress andapoptotic activity, and increases autophagy of cerebralcortex in the aging process.." 14-16 September 2018The QEII Centre, London, UK , London, England, 2018
Akbulut, K. G. Et Al. (2018) . "SIRT2 inhibition suppresses the oxidative stress andapoptotic activity, and increases autophagy of cerebralcortex in the aging process.." 14-16 September 2018The QEII Centre, London, UK , London, England.
@conferencepaper{conferencepaper, author={KAZİME GONCA AKBULUT Et Al. }, title={SIRT2 inhibition suppresses the oxidative stress andapoptotic activity, and increases autophagy of cerebralcortex in the aging process.}, congress name={14-16 September 2018The QEII Centre, London, UK}, city={London}, country={England}, year={2018}}