Author/Authors :
Alan R. Katritzky، نويسنده , , Minati Kuanar، نويسنده , , Svetoslav Slavov، نويسنده , , Dimitar A. Dobchev، نويسنده , , Dan C. Fara، نويسنده , , Mati Karelson، نويسنده , , William E. Acree Jr، نويسنده , , Vitaly P. Solov’ev، نويسنده , , Alexandre Varnek، نويسنده ,
Abstract :
Experimental blood–brain partition coefficients (log BB) for a diverse set of 113 drug molecules are correlated with computed structural descriptors using CODESSA-PRO and ISIDA programs to give statistically significant QSAR models based respectively, on molecular and on fragment descriptors. The linear correlation CODESSA-PRO five-descriptor model has correlation coefficient R2 = 0.781 and standard deviation s2 = 0.123. The ‘consensus model’ of ISIDA gave R2 = 0.872 and s2 = 0.047. The developed models were successfully validated using the central nervous system activity data of an external test set of 40 drug molecules.
Keywords :
Central nervous system activity , Blood–brain penetration , Partition coefficients , Computational descriptors