Banerjee, S. Et Al. 2018. NaBt can regulate the expression of COX-2 post-transcriptionally in the presence of chemically induced stress in colon epithelial cells.. American Association for Cancer Research , (Illinois, United States Of America), 21.

Banerjee, S., Enayat, S., Gurbanov, S. T., Ülgen, D. H., & Torun, A., (2018). NaBt can regulate the expression of COX-2 post-transcriptionally in the presence of chemically induced stress in colon epithelial cells. . American Association for Cancer Research (pp.21). Illinois, United States Of America

Banerjee, SREEPARNA Et Al. "NaBt can regulate the expression of COX-2 post-transcriptionally in the presence of chemically induced stress in colon epithelial cells.," American Association for Cancer Research, Illinois, United States Of America, 2018

Banerjee, SREEPARNA Et Al. "NaBt can regulate the expression of COX-2 post-transcriptionally in the presence of chemically induced stress in colon epithelial cells.." American Association for Cancer Research , Illinois, United States Of America, pp.21, 2018

Banerjee, S. Et Al. (2018) . "NaBt can regulate the expression of COX-2 post-transcriptionally in the presence of chemically induced stress in colon epithelial cells.." American Association for Cancer Research , Illinois, United States Of America, p.21.

@conferencepaper{conferencepaper, author={SREEPARNA BANERJEE Et Al. }, title={NaBt can regulate the expression of COX-2 post-transcriptionally in the presence of chemically induced stress in colon epithelial cells.}, congress name={American Association for Cancer Research}, city={Illinois}, country={United States Of America}, year={2018}, pages={21} }