Authors:
LIAUW S
IWITZKI F
MURESAN S
BOLOGA C
CHIRIAC A
KURUNCZI L
SIMON Z
JASTORFF B
Citation: S. Liauw et al., QUANTITATIVE STRUCTURE-ACTIVITY RELATIONS FOR THE RELATIVE AFFINITIESOF CAMP-DERIVATIVES WITH LARGE SUBSTITUENTS IN POSITION-2 AND POSITION-8 FOR THE 4 DIFFERENT REGULATORY SITES OF A PROTEINKINASE, Revue roumaine de chimie, 43(3), 1998, pp. 241-253
Authors:
SIMON Z
MURESAN S
SULEA T
CHIRIAC A
KURUNCZI L
CIUBOTARIU D
Citation: Z. Simon et al., QUANTITATIVE STRUCTURE-ACTIVITY RELATIONS AND MOLECULAR MECHANICS FORCE-FIELDS - QSAR AND MOLECULAR-FORCE FIELD, Revue Roumaine de Chimie, 42(11), 1997, pp. 1083-1087
Citation: D. Ceausescu et A. Chiriac, CONFIDENCE-INTERVALS OF THE RESULTS IN CA SE OF SIMULTANEOUS, SPECTROPHOTOMETRIC DETERMINATION OF SEVERAL COMPONENTS IN MIXTURES, Revista de chimie, 48(12), 1997, pp. 959-964
Authors:
MURESAN S
BOLOGA C
CHIRIAC A
JASTORFF B
KURUNCZI L
SIMON Z
Citation: S. Muresan et al., COMPARATIVE STRUCTURE-AFFINITY RELATIONS BY MTD FOR BINDING OF CYCLOADENOSINE MONOPHOSPHATE DERIVATIVES TO PROTEIN-KINASE RECEPTORS, Quantitative structure-activity relationships, 14(3), 1995, pp. 242-248
Authors:
MURESAN S
BOLOGA C
MRACEC M
CHIRIAC A
JASTORFF B
SIMON Z
NARAYSZABO G
Citation: S. Muresan et al., COMPARATIVE QSAR STUDY WITH ELECTRONIC AND STERIC PARAMETERS FOR CAMPDERIVATIVES WITH LARGE SUBSTITUENTS IN POSITION-2, POSITION-6 AND POSITION-8, Journal of molecular structure. Theochem, 342, 1995, pp. 161-171