Physician Assistants

Order medical and laboratory supplies and equipment.

AI: Fully automatable - Ordering and inventory management of medical and laboratory supplies is highly automatable and AI systems can fully handle forecasting, reordering and vendor interactions within integrated workflows.

Examine patients to obtain information about their physical condition.

AI: Partial - AI and remote sensors can collect and interpret many exam data points, but a complete physical examination involving tactile assessment and clinical integration still requires a human examiner.

Make tentative diagnoses and decisions about management and treatment of patients.

AI: Partial - AI can produce tentative diagnoses and management options with high accuracy in many cases, but final diagnostic decisions and treatment plans remain the responsibility of clinicians due to legal, ethical, and complex-context considerations.

Prescribe therapy or medication with physician approval.

AI: Partial - AI can generate evidence-based medication recommendations and draft prescriptions with drug-interaction checks, but cannot legally assume prescriber responsibility or independently sign/authorize prescriptions in most settings.

Administer or order diagnostic tests, such as x-ray, electrocardiogram, and laboratory tests.

AI: Partial - AI can recommend and electronically prepare orders for diagnostic tests and coordinate scheduling, but cannot universally perform or physically administer tests and often requires clinician authorization.

Interpret diagnostic test results for deviations from normal.

AI: Partial - AI models can detect deviations from normal in imaging, ECGs and labs with high accuracy in many contexts, but full clinical interpretation and contextualized diagnostic judgment still require human oversight.

Obtain, compile and record patient medical data, including health history, progress notes and results of physical examination.

AI: Partial - AI can collect histories via questionnaires/virtual interviews and automatically compile and draft notes into EHRs, but it cannot perform hands‑on physical examinations or fully replace in-person data collection.

Instruct and counsel patients about prescribed therapeutic regimens, normal growth and development, family planning, emotional problems of daily living, and health maintenance.

AI: Partial - AI can provide standardized education and counseling for therapies and prevention and support adherence, but nuanced, empathetic counseling and handling complex psychosocial issues require human clinicians.

Visit and observe patients on hospital rounds or house calls, updating charts, ordering therapy, and reporting back to physician.

AI: Partial - AI can review patient data, update charts, and suggest orders remotely to support rounds, but it cannot perform in‑person visits or assume the clinical responsibility and hands‑on tasks of a provider on rounds.

Provide physicians with assistance during surgery or complicated medical procedures.

AI: Partial - AI-guided robotic systems and decision support can assist intraoperatively, but they do not fully replace the skilled, real‑time hands‑on assistance and team coordination provided by human clinicians.

Perform therapeutic procedures, such as injections, immunizations, suturing and wound care, and infection management.

AI: Partial - AI can guide, triage, and in limited settings control robotic delivery of simple procedures, but widespread autonomous performance of injections, suturing, and wound management without human clinicians is not generally feasible or approved.

Supervise and coordinate activities of technicians and technical assistants.

AI: Partial - AI can coordinate schedules, task assignments and monitor performance metrics, but supervisory decisions, accountability and complex team leadership remain human responsibilities.