Abstract

ARTIFICIAL INTELLIGENCE IN THE NOVEL DRUG DELIVERY SYSTEM

*Kamini Abhayraj Hanmante, Vaishnavi Bandu Hake, Harshali Govind Jadhav and Snehal S. Ukhade

Abstract

In the past ten years, artificial intelligence (AI) technology has attracted more and more interest because of its potential uses in biological or genetic data analysis, accelerating medication discovery, and identifying uncommon or specific molecules. AI is posing a serious threat to the healthcare sector by offering innovative solutions for enhancing medication distribution systems. AI-powered drug delivery systems use machine learning algorithms and data-driven insights to optimize drug administration and improve therapeutic outcomes. It explores the critical role of artificial intelligence in medication delivery and shows how AI may advance precision dosing, personalized treatment, and drug formulation. The combination of AI and drug delivery has the potential to completely transform the healthcare industry through a variety of applications in personalized medicine, targeted drug delivery, nanotechnology and drug delivery, and real-time monitoring by lowering side effects, increasing treatment efficacy, and providing a platform for the development of novel medications. This paper explores the critical role of artificial intelligence in medication delivery and shows how AI may advance precision dosing, personalized treatment, and drug formulation. This thorough analysis examines the fundamentals of medication delivery, novel drug delivery systems, artificial intelligence (AI) algorithms used in product development, and their uses. Artificial Intelligence in the Pharmaceutical Delivery System AI's emergence in the medical field AIoptimized drug delivery systems, NDDS applications, AI's Place in Drug Delivery Current Patterns, the advantages, and difficulties of artificial intelligence in innovative drug delivery systems.

Keywords: AI is posing a serious threat to the healthcare sector by offering innovative solutions for enhancing medication distribution systems.