Advancing applied pharmaceutical technology: A paradigm shift toward sustainable innovation and interdisciplinary convergence
Year: 2025
Type: article
Abstract: A pplied pharmaceutical technology is an evolving field with an important intersection, where more responsibility has been put on it than ever in the history of the enterprise, and at the same time, there is the demand for sustainability and efficiency.With us firmly embracing the mid-2020s, the Journal of Applied Pharmaceutical Science (JAPS) has become an irreplaceable source of information that brings the research that transforms the basic scientific principles into practical pharmaceutical options.The editorial provides a very insightful analysis of the existing trends, future directions, and crucial policy changes in this field, especially the fact that they incorporate sustainable processes and technologies, modern biotechnologies, and a variety of interdisciplinary collaborations which are at the very core of what our research group at JIS University does.Indeed, the enduring issues in drug discovery and development, namely the rising costs, delays, and failure rates are compelling a fundamental recheck of the conventional strategies.Artificial intelligence (AI) and machine learning have become revolutionary as well in this regard.These supercomputers are not observed as side tools, but they are being extensively embedded into all aspects of the pharmaceutical value chain, including early-stage drug target identification and lead optimization as well as optimizing clinical trial design [1,2].An example would be AI-based drug repurposing which has the advantage of being a quicker and less expensive route to potential new treatments since it seeks to establish new uses of existing drugs [1].The combination of big data, omics technologies, and AI has simultaneously arrived at an unprecedented level of knowledge of complex biological systems and opens the next chapter in more accurate, personalized medicine.The industry is moving more toward data-driven innovation as our research group actively pursues computational methods, such as bioinformatics analysis, to supplement experimental endeavors.
Author: Dipankar Ghosh
Institution: JIS University
Language: English
Subfield: Environmental Chemistry
Field: Environmental Science
Domain: Physical Sciences
Open Access status: diamond
OpenAlex ID: W4412889183