ABSTRACT:
In industrialised nations, cardiovascular disease (CVD) is the vital cause of death and morbidity. Atherosclerotic lesions that narrow the arterial lumen are the cause of CVD. Development of plaque, reduces blood flow to the heart and usually causes serious consequences. Medication delivery methods alter the drug release profile, absorption, and distribution to treat various disorders while enhancing the effectiveness and safety of the final product. In the rapidly developing field of nanomedicine, materials on the nanoscale are employed as therapeutic agents. The nano-drug delivery system has distinguished itself as an excellent platform for delivering therapeutic agents to a sick location in a more regulated and targeted manner among all the other fascinating uses of nanomaterials. Through site-specificity, reduced toxicity, and target-oriented administration, nanotechnology aims to treat terrifying illnesses while providing various advantages. This review discusses new computer simulations of magnetically targeted nano-pharmacodynamics, nanoparticles, and nano-drug delivery devices.
Cite this article:
Soham Mandal*, Moumita karmakar. Computational Nano- Pharmacodynamics in Cardiovascular Diseases. IJRPAS, March-April 2023; 2(2): 35-43