ABSTRACT:
Artificial intelligence (AI) is the simulation of human intelligence by technology, particularly computer systems. Learning, planning, self-correction, problem-solving, knowledge representation, motion, manipulation, and creativity are all included in this.The first neural computer was developed by Marvin Minsky and Dean Edmonds in 1951, but Donald Hebb initially proposed a value-changing rule for the connections of artificial neurons in 1949. Artificial intelligence (AI), which refers to the use of computer systems to carry out operations that ordinarily need human intellect , is pervasive in 21st-century culture and is widely used in the medical field.. Artificial intelligence (AI) has become more prevalent in society's numerous spheres, particularly the pharmaceutical sector. the application of AI to a variety of pharmaceutical industry fields, such as drug discovery and development, drug repurposing, increasing pharmaceutical productivity, and clinical trials, among others; this usage of AI lessens the workload of human workers while also attaining goals quickly. The traditional method of trial and error can be replaced in this area by AI. Problems with stability, dissolution, porosity, and other formulation design-related concerns can be solved using a variety of computational techniques.AI plays a significant role in many areas of pharmacy, including drug discovery, drug delivery formulation development, marketing, management, and marketing. The pharmaceutical sector has used AI-based drug development extensively, and it is seen as a powerful alternative to the traditional process. Chemistry, material science, chemical engineering, computer science, computer vision, and machine learning are just a few of the disciplines that are combined in the AI method.
Cite this article:
Quazi Kamil Hafiz Anees Ahemad, Dr. Majaz Quazi, Quazi Wasil, Dr. G. J. Khan Artificial Intelligence in Pharmacy: A Review. IJRPAS, May-June 2024; 3(3):53-63.
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