id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
bjp-15433	Kandakatla, Naresh; Rathaur, Shikha; Sahoo, Smruti Sandhya; Ramakrishnan, Geetha	In silico studies on modified hydroxamic acid and valporic acid as potential inhibitors for HDAC2	2013	9	.pdf	application/pdf	3238	270	76	P1 Red Green Green Green P2 Red Green Green Green P3 Red Green Green Green P4 Red Red Green Green P5 Red Green Green Green P6 Red Green Green Green P7 Red Red Green Green P8 Red Green Green Green P9 Red Green Green Green P10 Red Green Green Green P11 Red Green Green Green P12 Red Green Green Green V1 Red Green Red Green V2 Red Green Red Green V3 Red Green Green Green V4 Red Red Green Green V5 Red Green Green Green V6 Red Yellow Green Yellow V7 Red Red Green Green V8 Red Green Green Green V9 Red Green Green Green V10 Red Green Green Green V11 Red Green Green Green V12 Red Green Green Green VA1 Green Green Green Yellow VA2 Green Green Green Green VA3 Green Green Green Green VA4 Green Green Green Green VA5 Red Red Green Green VA6 Green Green Green Green VA7 Red Green Green Green VA8 Red Green Green Green VA9 Green Green Green Green VA10 Green Green Green Green Bhakat S. SAR and pharmacophore based designing of some antimalarial and antiretroviral agents: An internet based drug design approach. Bangladesh Journal of Pharmacology Research Article In silco studies on modified hydrox- amic acid and valporic acid as po- tential inhibitors for HDAC2 BJP Introduction HDACs are the enzyme deacetylating the ε-amino groups of lysine located near the amino termini of core histone proteins (Mai et al., 2002 and Monneret, 2005).	cache/bjp-15433.pdf	txt/bjp-15433.txt