Progress in nano-drug delivery systems and computational nano-pharmacodynamics

Tripathi, J; Vasu, B; Gorla, RSR; Murthy, PVSN; Dubey, A; Beg, OA; Saikrishnan, P

Abstract

Cardiovascular disease (CVD) is a leading cause of mortality and morbidity in developed
countries. CVD is initiated by atherosclerotic lesions that reduce arterial lumen size through
plaque formation and decreasing blood flow to the heart and frequently leading to severe
complications. To cure these diseases drug delivery technologies modify drug release profile,
absorption and distribution for the benefit of improving product efficacy and safety.
Nano-medicine is an expeditiously growing science in which nanoscale range materials are
used to serve the purpose of therapeutic agents. Among all the other interesting applications of
nanomaterials, the nano-drug delivery system has emerged as an outstanding platform to
deliver the remedial agents to a diseased site in a more controlled and targeted manner. By sitespecificity, lowering toxicity and target-oriented delivery, nanotechnology endeavours many
benefits by treating frightful diseases. The current review examines nano-drug delivery
systems, nanoparticles and describes recent computational simulations of magnetic targeted
nano-pharmacodynamics.

Citation

Tripathi, J., Vasu, B., Gorla, R., Murthy, P., Dubey, A., Beg, O., & Saikrishnan, P. Progress in nano-drug delivery systems and computational nano-pharmacodynamics. Presented at ICEMCI 2019- International Conference on Engineering, Mathematical and Computational Intelligence, Jabalpur, India

• Presentation Conference Type: Other
• Conference Name: ICEMCI 2019- International Conference on Engineering, Mathematical and Computational Intelligence
• Conference Location: Jabalpur, India
• End Date: Dec 23, 2019
• Acceptance Date: Dec 1, 2019
• Publication Date: Dec 23, 2019
• Deposit Date: Dec 12, 2019
• Publicly Available Date: Dec 24, 2019
• Related Public URLs: https://icemci19.jecjabalpur.org/
• Additional Information: Event Type : Conference; Projects : Numerical modelling of fluid mechanics in pharmacology