Book

TARGETING DIABETES THROUGH PRECISION MEDICINE AND DRUG DELIVERY TECHNOLOGIES

Subject Area: Pharmacy, Medical, Dental Science
Pages: 242
Published On: 30-Dec-2025
Online Since: 24-Jan-2026

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Author(s): Shubham Vasant Gholap, Dr. Kulpooja, Dr. Shahaji S.Chandanshive, DR. MOIDUL ISLAM JUDDER, Mr. Shubham Jalinder Gore

Email(s): shubhamgholap1407@gmail.com , kulpooja9rana@gmail.com , chandanshive75@gmail.com , moonzodder@gmail.com

Address: Associate professor Mrs Saraswati Wani college of D Pharmacy Ganegaon, Tal-Rahuri Dist- Ahilyanagar MH 413706
Associate Professor Institute address: SGT University
Assistant Professor Royal School of Pharmacy, The Assam Royal Global University, Betkuchi, Opp. Tirupati Balaji Temple, NH 37, Guwahati - 781035, Assam, India
TMV Lokmanya Institute of Pharmaceutical Sciences, Pune Pin 122505
Associate Professor and Research Guide Department of Zoology Shikshan Maharshi Guruvarya R G Shinde Mahavidyalaya Paranda District Dharashiv MS

Published In:   Book, TARGETING DIABETES THROUGH PRECISION MEDICINE AND DRUG DELIVERY TECHNOLOGIES

Year of Publication:  December, 2025

Online since:  January 24, 2026

DOI: Not Available

ABSTRACT:
The future of diabetes management lies in the transition from data collection to precision engagement on a global scale. The next frontier involves the maturation of "Digital Companions"—agentic AI systems that do not merely track glucose but proactively forecast metabolic instability and adjust therapy in real-time. A significant shift is also occurring in clinical settings, where inpatient glycemic safety is becoming an automated, high-precision protocol rather than a manual oversight task. However, the primary challenge for the future is health equity; while high-income regions adopt tubeless patch pumps and quantum-accelerated diagnostics, a vast majority of the global diabetes population lacks access to basic life-saving technology. Future perspectives must prioritize sustainable and inclusive innovation, focusing on affordable non-invasive tools and the expansion of clinical trials to include diverse ethnic populations. Ultimately, the integration of multimodal AI—combining genomics, electronic records, and wearable data—aims to shift the global healthcare burden from reactive treatment to a preventive, population-scale intervention.


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