Objective: This study examines the critical role of pharmaceutical supply chains in maintaining customer service excellence and ensuring reliable medicine delivery to USA customers during periods of drug shortages. The research analyzes current supply chain vulnerabilities, customer service challenges, and strategic interventions implemented by industry stakeholders and regulatory agencies. Methods: A comprehensive analysis was conducted of pharmaceutical supply chain disruptions from 2010-2024, examining manufacturing delays, active pharmaceutical ingredient (API) shortages, logistics bottlenecks, and regulatory challenges. Case studies from major shortage events, including COVID-19 impacts and critical medicine supply gaps, were evaluated alongside policy responses from the FDA, HHS, and BARDA. Results: The analysis reveals that pharmaceutical supply chain disruptions have reached record levels, with 323 active drug shortages tracked in Q1 2024, surpassing the previous 2014 record. Manufacturing quality issues account for the majority of shortages, while concentration among middlemen and inadequate pricing structures for generic drugs create systematic vulnerabilities. Customer service challenges include delayed deliveries, incomplete prescription fulfillment, and limited communication transparency. Strategic interventions through digital supply chain tools, enhanced forecasting, and public-private partnerships show promise in mitigating customer impact. Conclusions: Pharmaceutical supply chains require fundamental restructuring to prioritize customer service resilience alongside cost efficiency. Recommendations include implementing advanced demand forecasting systems, establishing redundant manufacturing capabilities, enhancing regulatory coordination, and developing comprehensive customer communication frameworks. Policy initiatives must address market failures that create brittle supply chains while ensuring sustainable access to essential medications for USA customers.
Gupta et al. (Wed,) studied this question.