Pharmacists

Provide information and advice regarding drug interactions, side effects, dosage, and proper medication storage.

AI: Fully automatable - AI can reliably provide information on drug interactions, side effects, dosing guidance, and storage recommendations tailored to patient factors using up-to-date databases.

Maintain records, such as pharmacy files, patient profiles, charge system files, inventories, control records for radioactive nuclei, or registries of poisons, narcotics, or controlled drugs.

AI: Fully automatable - AI and software systems can fully automate creation, maintenance, reconciliation, and compliance monitoring of pharmacy records and inventories in line with regulations.

Analyze prescribing trends to monitor patient compliance and to prevent excessive usage or harmful interactions.

AI: Fully automatable - AI can fully analyze prescribing and refill data at scale to detect nonadherence patterns, excessive use, and potential drug interactions and generate actionable alerts and reports.

Contact insurance companies to resolve billing issues.

AI: Fully automatable - AI and RPA can already automate insurer communications, claims follow‑up, prior authorizations and appeal generation, resolving many billing issues end‑to‑end without continuous human intervention.

Update or troubleshoot pharmacy information databases.

AI: Fully automatable - Given appropriate access and supervision, AI tools in 2025 can fully automate many database updates and software-level troubleshooting tasks for pharmacy information systems.

Review prescriptions to assure accuracy, to ascertain the needed ingredients, and to evaluate their suitability.

AI: Partial - AI can automatically check prescriptions for interactions, dose ranges, and formulation issues and flag concerns, but final accuracy verification and legal responsibility typically require pharmacist review.

Work in hospitals or clinics or for Health Management Organizations (HMOs), dispensing prescriptions, serving as a medical team consultant, or specializing in specific drug therapy areas, such as oncology or nuclear pharmacotherapy.

AI: Partial - AI and robotics can support dispensing, decision support, and therapy optimization in hospitals, but cannot fully replace on-site clinical pharmacist roles, interdisciplinary consultation, or specialized hands-on responsibilities.

Plan, implement, or maintain procedures for mixing, packaging, or labeling pharmaceuticals, according to policy and legal requirements, to ensure quality, security, and proper disposal.

AI: Partial - AI can design, document, and monitor SOPs for mixing, packaging, and labeling to meet policy and legal requirements but cannot perform physical compounding or assume sole regulatory responsibility.

Assess the identity, strength, or purity of medications.

AI: Partial - AI can analyze instrument outputs and historical data to assess identity, strength, and purity, but physical sampling, laboratory assays, and final certification remain human- and instrument-dependent tasks.

Prepare sterile solutions or infusions for use in surgical procedures, emergency rooms, or patients' homes.

AI: Partial - Automated sterile compounding devices can prepare many infusions, but human oversight and manual aseptic skills are still required for complex or nonstandard preparations and regulatory compliance in 2025.

Collaborate with other health care professionals to plan, monitor, review, or evaluate the quality or effectiveness of drugs or drug regimens, providing advice on drug applications or characteristics.

AI: Partial - AI can synthesize evidence, generate recommendations and reports to support multidisciplinary discussion, but cannot fully replace the licensed pharmacist's clinical judgment, legal accountability, and interpersonal collaboration in care teams.

Order and purchase pharmaceutical supplies, medical supplies, or drugs, maintaining stock and storing and handling it properly.

AI: Partial - AI and automation can handle inventory forecasting and automated ordering, but physical receipt, proper storage, and hands‑on handling still require human staff and oversight.

Advise customers on the selection of medication brands, medical equipment, or healthcare supplies.

AI: Partial - AI can provide evidence‑based brand and product recommendations and decision support, but individualized counseling and final selection often require human judgment and patient-specific context.

Compound and dispense medications as prescribed by doctors and dentists, by calculating, weighing, measuring, and mixing ingredients, or oversee these activities.

AI: Partial - Robotics and software can automate some compounding and dispensing tasks and calculations, but complex compounding, sterile technique, and professional oversight remain human responsibilities.

Manage pharmacy operations, hiring or supervising staff, performing administrative duties, or buying or selling non-pharmaceutical merchandise.

AI: Partial - AI can automate many operational, scheduling, and administrative functions and provide decision support for buying/selling, but hiring, supervision, and strategic leadership require human management and legal responsibility.

Provide specialized services to help patients manage conditions such as diabetes, asthma, smoking cessation, or high blood pressure.

AI: Partial - AI can deliver education, remote monitoring and coaching for chronic condition management, but comprehensive clinical care, personalized adjustments, and empathetic counseling need human clinicians.

Offer health promotion or prevention activities, such as training people to use blood pressure devices or diabetes monitors.

AI: Partial - AI can produce training materials, interactive tutorials, and remote guidance for device use, yet some hands‑on demonstrations and patient assessment are best done in person by humans.

Teach pharmacy students serving as interns in preparation for their graduation or licensure.

AI: Partial - AI can create curricula, assess knowledge, simulate clinical scenarios and provide tutoring, but cannot assume full responsibility for clinical mentorship, professional role modeling, and licensure sign‑off.

Refer patients to other health professionals or agencies when appropriate.

AI: Partial - As of 2025 AI can identify candidates and suggest referrals and draft communications, but cannot assume the legal/clinical responsibility or handle the interpersonal coordination fully on its own.

Publish educational information for other pharmacists, doctors, or patients.

AI: Partial - AI can generate, format, and help publish educational materials for clinicians and patients, but clinical review and editorial oversight remain necessary to ensure accuracy and compliance.