User Settings
Article10.1360/sb1992-37-18-1565

STUDY ON PHOTOCHEMICAL DEGRADATION OF NIFEDIPINE ANALOGS AND NEW PHOTODEGRADATION-ASSAY METHOD UNDER FLUORESCENT LAMP

梁颖彬,武国杰,马小亚,王莉芳-1992-09-28-Acta Scientiarum Naturalium Universitatis Sunyatseni
0

TL;DRAbstract

Dihydropyridine is one of the most potent calcium channel blockers at present, in which nifedipine (nif) has been widely used for the treatment of cardiovascular diseases. It has been recorded in the Chinese Pharmacopeia (1990) and many other countries' pharmacopeias. In recent years, the Chinese scholars have found out that mnifedipine has a stronger and more lasting effect on the cardiovascular than nifedipine, but its inhibitory effect on myocardium is weaker. For further study on nifedipine, we intend to search for a highly selective and simple analytical method. The analysis of

Chat with Paper

AI Agents for this Paper

Dihydropyridine is one of the most potent calcium channel blockers at present, in which nifedipine (nif) has been widely used for the treatment of cardiovascular diseases. It has been recorded in the Chinese Pharmacopeia (1990) and many other countries' pharmacopeias. In recent years, the Chinese scholars have found out that mnifedipine has a stronger and more lasting effect on the cardiovascular than nifedipine, but its inhibitory effect on myocardium is weaker. For further study on nifedipine, we intend to search for a highly selective and simple analytical method. The analysis of

Keywords

NifedipineDihydropyridineChemistryPhotodegradationFluorescenceCalcium channel blockerCalcium channelDegradation (telecommunications)

Chat

Click to start Chat