Skip to content
Review Open access

Translational research in drug development: challenges and opportunities for pharmacists

{"name":"Nageswari Patnam","email":"patnamnageswari05@gmail.com","aff {"name":"Deep Mukesh Devlekar","email":"patnamnageswari05@gmail. {"name":"Arjun Abhijeet Joshi","email":"patnamnageswari05@gmail.c {"name":"Kanchi Shyam Sawant","email":"patnamnageswari05@gmail.com {"name":"Raj Vinayak Patil","email":"patnamnageswari05@gmail.co
Jul 2026 · Future Journal of Pharmaceuticals and Health Sciences · Vol 6, pp. 22-31 · 0 citations

TL;DR

It is posits that a paradigm shift toward Open Science frameworks, systems pharmacology, and precision individualization is imperative for overcoming the epistemological opacity of modern drug discovery and achieving global therapeutic equity.

Abstract

Translational Research (TR) constitutes a multidirectional, iterative paradigm designed to facilitate the seamless transition of fundamental biomolecular discoveries into robust clinical interventions. The review critically examines the five - tier (T0 - T4) t ranslational trajectory, identifying the systemic biological and operational bottlenecks - most notably the “Valley of Death” and xenogeneic discordance - that perpetuate the high rates of therapeutic attrition within the pharmaceutical pipeline. Furthermore , it delineates the emergence of the pharmacist as a translational catalyst, uniquely equipped to bridge the gap between abstract molecular hypotheses and patient - centric outcomes through the application of pharmacometrics, Physiologically Based Pharmacoki netic (PBPK) modelling, and Model - Informed Drug Development (MIDD). By integrating multi - modal “omics” data with real - world evidence (RWE), the modern pharmacist optimizes the therapeutic index and ensures the clinical scalability of novel chemical entitie s. This paper posits that a paradigm shift toward Open Science frameworks, systems pharmacology, and precision individualization is imperative for overcoming the epistemological opacity of modern drug discovery and achieving global therapeutic equity.

Read PDF

Similar papers

Review Open access Sep 2026

Personalized medicine, scientific revolution or self-serving illusion: viewpoint from EORTC-PAMM Group

Personalized medicine has redefined oncology by tailoring treatments to molecular and clinical characteristics. However, despite remarkable advances in biomarker discovery and targeted therapy, the integration of pharmacological principles into precision oncology remains limited. The resulting discrepancy between biolo...

V. Debien, A. Géraud-Crémieux, M. Le Grand et al. · 0 citations
Open access Sep 2026

New approach methodologies (NAMs): The enabling role of bioprinting

A practical readiness framework and a tiered deployment strategy are proposed that enable immediate reductions in animal use in high-impact domains, notably safety testing and oncology triage, while building toward replacing more complex and longitudinal endpoints through integrated multi-organ and computational approa...

C. Meinert, Silvia Cometta, Peter A. Levett et al. · 0 citations
Open access Sep 2026

Pharmaceutical Science Priorities: Discovery, PBPK, and Continuous Manufacturing

This comprehensive analysis maps near-term priorities for pharmaceutical sciences across multiple domains to accelerate the development of safe and effective therapies worldwide. Priority discovery themes encompass nextgeneration anti-infectives targeting resistant pathogens, advanced central nervous system agents for...

Richa Singh · 0 citations
Review Open access Sep 2026

Bridging the translational gap in drug repurposing for rare diseases: clinical success versus regulatory conversion.

Repurposing of drugs to treat rare diseases (RDs) is vital, but the translational gap between clinical evidence and regulatory approval remains unquantified. Analysis of 47 clinical trials showed that 66 % of completed studies met their primary or key secondary endpoints. Nevertheless, only 39 % achieved marketing auth...

Wael Khazen, Arnaud Valent, Samantha Parker et al. · 0 citations
Review Open access Sep 2026

Quantitative Systems Pharmacology (QSP): Bridging Biology and Mechanism with Clinical Drug Development Decisions

This review outlines the historical development and conceptual foundations of QSP and summarizes representative clinical applications spanning early, mid, and late development, and considers emerging challenges and opportunities for QSP adoption.

Wei-Rong Wang, Alexander V. Ratushny, Steven C. Chang et al. · 0 citations

We use cookies to run the site and, with your consent, for analytics and to show ads. See our Cookie Policy.