Abstract
Essential hypertension has been treated for over 30 years using both diuretics and beta-blockers. When it comes to treating heart failure, there are three different generations of beta-blockers that are now in use. Carvedilol is a blocker from the third generation. Nimodipine is a common L-type calcium channel blocker. The hypertension medication furosemide is a loop diuretic. This class of medications' low solubility in water has emerged as a serious obstacle in the pharmaceutical industry's pursuit of better treatments. A novel class of polymers called dendrimers has recently gained a lot of interest due to its impressive solubility-enhancing characteristics. Results from hemolysis studies and cytotoxicity tests using the novel nanostructure dendrimer shown here demonstrate superior performance of synthetic dendritic macromolecules compared to commercially available PAMAM dendrimer. Dendrimers are used to enhance the solubility of nimodipine, furosemide, and carvedilol up to 38.08µg/ml, 70.999µg/ml and 147.065µg/ml respectively. The enhancement of dendrimer-mediated solubility is primarily determined by factors such as dendrimer concentration and generation size. Drugs containing dendrimers may be studied using Fourier-transform infrared spectroscopy. Based on the results of this investigation, nanostructured dendrimer technology may help with hydrophobic medication dispersion.
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