Guha, P. Et Al. 2011. Inhibition of N-Glycosilation induces autophagy, followed by apoptosis in aggressive cancer cells: a novel switch-over mechanism. NIH & FDA Glycosciences Research Day , (Bathesda, United States Of America), 38.

Guha, P., KAPTAN, E., Martin, S., Gade, P., Kalvakolanu, D., & Ahmed, H., (2011). Inhibition of N-Glycosilation induces autophagy, followed by apoptosis in aggressive cancer cells: a novel switch-over mechanism . NIH & FDA Glycosciences Research Day (pp.38). Bathesda, United States Of America

Guha, Prasun Et Al. "Inhibition of N-Glycosilation induces autophagy, followed by apoptosis in aggressive cancer cells: a novel switch-over mechanism," NIH & FDA Glycosciences Research Day, Bathesda, United States Of America, 2011

Guha, Prasun Et Al. "Inhibition of N-Glycosilation induces autophagy, followed by apoptosis in aggressive cancer cells: a novel switch-over mechanism." NIH & FDA Glycosciences Research Day , Bathesda, United States Of America, pp.38, 2011

Guha, P. Et Al. (2011) . "Inhibition of N-Glycosilation induces autophagy, followed by apoptosis in aggressive cancer cells: a novel switch-over mechanism." NIH & FDA Glycosciences Research Day , Bathesda, United States Of America, p.38.

@conferencepaper{conferencepaper, author={Prasun Guha Et Al. }, title={Inhibition of N-Glycosilation induces autophagy, followed by apoptosis in aggressive cancer cells: a novel switch-over mechanism}, congress name={NIH & FDA Glycosciences Research Day}, city={Bathesda}, country={United States Of America}, year={2011}, pages={38} }