O. Erdas Et Al. , "Compressed images for affinity prediction (CIFAP): a study on predicting binding affinities for checkpoint kinase 1 protein inhibitors," JOURNAL OF CHEMOMETRICS , vol.27, pp.155-164, 2013
Erdas, O. Et Al. 2013. Compressed images for affinity prediction (CIFAP): a study on predicting binding affinities for checkpoint kinase 1 protein inhibitors. JOURNAL OF CHEMOMETRICS , vol.27 , 155-164.
Erdas, O., Andac, C. A., Gurkan-Alp, A. S., Alpaslan, F. N., & Buyukbingol, E., (2013). Compressed images for affinity prediction (CIFAP): a study on predicting binding affinities for checkpoint kinase 1 protein inhibitors. JOURNAL OF CHEMOMETRICS , vol.27, 155-164.
Erdas, Ozlem Et Al. "Compressed images for affinity prediction (CIFAP): a study on predicting binding affinities for checkpoint kinase 1 protein inhibitors," JOURNAL OF CHEMOMETRICS , vol.27, 155-164, 2013
Erdas, Ozlem Et Al. "Compressed images for affinity prediction (CIFAP): a study on predicting binding affinities for checkpoint kinase 1 protein inhibitors." JOURNAL OF CHEMOMETRICS , vol.27, pp.155-164, 2013
Erdas, O. Et Al. (2013) . "Compressed images for affinity prediction (CIFAP): a study on predicting binding affinities for checkpoint kinase 1 protein inhibitors." JOURNAL OF CHEMOMETRICS , vol.27, pp.155-164.
@article{article, author={Ozlem Erdas Et Al. }, title={Compressed images for affinity prediction (CIFAP): a study on predicting binding affinities for checkpoint kinase 1 protein inhibitors}, journal={JOURNAL OF CHEMOMETRICS}, year=2013, pages={155-164} }