A peer-level look at a profession asked to deliver more clinical care while the operating system still rewards speed, product flow, shortage management, and fragmented work. The role has evolved. The question is whether the infrastructure around it has.
Healthcare professionals: 204 responses
Complete responses: 159
Countries: 6
Survey ID: 8881721
-headline finding
– Quick Read — Key Findings
Explore the complete story, every closed-question response, peer-voice themes, practice implications, and external context.
//Background and Methodology
The pharmacist visible to patients is increasingly a clinician: administering vaccines, conducting screening and point-of-care testing, reviewing complex therapies, supporting chronic disease management, and resolving medication-safety risks. WHO/Europe has documented this expansion beyond traditional supply and dispensing as a way to improve patient care and reduce pressure on other health professionals.
The Agency for Healthcare Research and Quality describes pharmacists as central to medication safety across the care continuum, including recognizing prescription errors, providing medicine information, and leading safety programs. Yet the operating system around this clinical role still measures product movement more reliably than cognitive work.
This creates a structural mismatch. New clinical services are added to the same shift, often without removing production tasks, protecting consultation time, integrating records, or creating reliable payment for clinical judgment. Scope expands, but capacity is expected to appear on its own.
We asked practicing pharmacists across six countries to trace that mismatch through the full workflow: time allocation, remuneration, medication reviews, performance metrics, medicine shortages, education, collaboration, and technology. The curiosity is not whether pharmacists can provide more care. It is what must stop consuming the time, information, and economic space required to do it safely.
// Core Finding
58.8% remain in production-dominant or production-weighted workflows, while 68.1% identify labor deficits or remuneration asymmetry as the main barrier to expanded clinical services. The profession is not waiting to become clinical. It is already carrying clinical responsibility inside a model that has not released the time or economics of production.
//The backstory behind the operating-model gap
The transformation of pharmacy has often happened by layering new services onto an old production engine. Vaccination, testing, consultation, prescribing, safety review, and chronic-care support arrive as additional responsibilities, while dispensing queues, verification targets, inventory work, and shortage substitutions remain.
That is why the findings connect. A production-weighted shift limits clinical time. Limited clinical time makes service expansion dependent on staffing. Unpaid cognitive work weakens the business case for protected care. Throughput metrics compete with review quality. Missing records narrow judgment. Shortages redirect the same pharmacist time the system wants to use for patient care.
//Workflow and remuneration
The largest barriers are staffing shortages and the absence of standardized payment for cognitive services. Permission to provide care is not enough when the shift remains built around production.
Throughput-driven metrics and incomplete patient records together account for 64.0% of the factors most compromising clinical evaluation.
//Operational drag
83.2% spend more than two hours each week managing shortages, and almost one third spend six hours or more. The US Food and Drug Administration notes that drug shortages can arise from manufacturing and quality problems, production delays, and product discontinuations. Whatever the upstream cause, the downstream coordination burden lands inside pharmacy workflow.
//Technology and sustainability
50.6% prioritize bidirectional EHR interoperability. For long-term sustainability, payment reform and stronger oversight of intermediaries outrank a fully automated consultant model.
// Methodology and Context
The survey captured 204 responses, including 159 complete and 45 partial responses, across six countries. Question-level bases vary because partial responses were included before later questions. Percentages and response counts in the backend section are reproduced exactly from the source export.
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//People Also Ask
Direct answers to the questions healthcare professionals are most likely to ask about these findings.
Direct answers to the questions healthcare professionals are most likely to ask about these findings.
