The formation of the complex between Pd + 2 ions and doxycycline in DMF was studied using ultraviolet spectroscopy at temperatures [15, 25, 35 and 45 ± 0.1] ° C. The process of forming the complex was optimized in terms of pH, temperature and time. The ratio of stoichiometry (metal ion / ligand ion) was obtained 1: 1. The formation of the complex and the thermodynamic parameters have been obtained by information on the molar ratio method using the KINFIT program. Also the formation of a complex was used to determine the amount of drug and to determine the optical parameters. The formation of the complex between Pd + 2 ions and doxycycline in DMF was studied using ultraviolet spectroscopy at temperatures [15, 25, 35 and 45 ± 0.1] ° C. The process of forming the complex was optimized in terms of pH, temperature and time. The ratio of stoichiometry (metal ion / ligand ion) was obtained 1: 1. The formation of the complex and the thermodynamic parameters have been obtained by information on the molar ratio method using the KINFIT program. Also the formation of a complex was used to determine the amount of drug and to determine the optical parameters.
bagheri, A. (2018). Formation of Doxycycline-Palladium Complex: Determination of Thermodynamic Parameters Using the KINFIT Program
and determine of drug. , 8(26), 67-75.
MLA
AZAR bagheri. "Formation of Doxycycline-Palladium Complex: Determination of Thermodynamic Parameters Using the KINFIT Program
and determine of drug". , 8, 26, 2018, 67-75.
HARVARD
bagheri, A. (2018). 'Formation of Doxycycline-Palladium Complex: Determination of Thermodynamic Parameters Using the KINFIT Program
and determine of drug', , 8(26), pp. 67-75.
VANCOUVER
bagheri, A. Formation of Doxycycline-Palladium Complex: Determination of Thermodynamic Parameters Using the KINFIT Program
and determine of drug. , 2018; 8(26): 67-75.