Physicians and surgeons

Document and update patient charts and medical records

AI medical scribes and documentation systems can generate structured clinical notes from voice or video with high accuracy, auto-populate fields, and ensure coding compliance; physicians increasingly review and approve AI-generated documentation rather than typing notes themselves.

BLS evidence: Physicians and surgeons document and update charts and patient information to show findings and treatments.

Order, perform, and interpret diagnostic tests and consultations

AI excels at interpreting imaging studies, lab results, and pattern recognition in diagnostic data, often matching or exceeding human accuracy; physicians increasingly review AI-generated interpretations rather than analyzing raw data de novo, though final clinical correlation remains human-dependent.

BLS evidence: Physicians order, perform, and interpret diagnostic tests, and review test results to identify abnormal findings.

Counsel patients on diet, hygiene, and preventive healthcare

AI chatbots and digital health coaches can deliver personalized preventive health guidance based on patient data and guidelines, handling routine counseling effectively, though complex motivational interviewing and addressing patient-specific barriers still benefit from human interaction.

BLS evidence: They often counsel patients on diet, hygiene, and preventive healthcare, and help patients take care of their health by discussing topics such as proper nutrition and hygiene.

Coordinate patient care with other healthcare workers and specialists

AI can facilitate care coordination through automated scheduling, information sharing, and flagging needed consultations, but navigating interprofessional dynamics, resolving conflicting recommendations, and ensuring accountability across teams requires human communication and leadership.

BLS evidence: Physicians in healthcare establishments work daily with other healthcare staff, and pediatric surgeons collaborate with physicians involved in a child's medical care to determine the best treatment options.

Address patient concerns and answer questions about health and well-being

AI can answer factual health questions and provide information accurately, but addressing patient anxiety, building trust, and navigating emotionally charged concerns about serious diagnoses require empathy and interpersonal skills where AI assistance is limited to information retrieval.

BLS evidence: Physicians and surgeons address concerns or answer questions that patients have about their health and well-being.

Prescribe medications and design treatment plans for patients

AI can suggest evidence-based medication regimens and flag contraindications or interactions, but treatment plan design requires weighing patient preferences, social determinants, adherence likelihood, and risk-benefit tradeoffs that demand physician accountability and nuanced judgment.

BLS evidence: Physicians prescribe medications and recommend, design, and implement a treatment plan.

Diagnose injuries, illnesses, and health conditions through patient examination

AI diagnostic systems can analyze symptoms and suggest differential diagnoses with high accuracy for common conditions, but complex cases require physician judgment integrating subtle clinical findings, patient context, and risk tolerance that AI cannot yet reliably handle autonomously.

BLS evidence: Physicians and surgeons diagnose and treat injuries or illnesses and address health maintenance.

Take patient medical histories and perform physical examinations

AI can structure history-taking through conversational interfaces and flag relevant details, but physical examination requires tactile assessment, observation of subtle physical signs, and patient rapport-building that necessitate human presence and judgment.

BLS evidence: Physicians and surgeons typically take a patient's medical history and perform a physical exam.

Monitor patients during medical procedures and adjust treatment as needed

Real-time monitoring during procedures requires immediate physical intervention capability, assessment of patient distress through multiple sensory channels, and split-second clinical decisions in response to physiological changes that AI cannot execute without human hands-on control.

BLS evidence: Anesthesiologists adjust the amount of anesthetic as needed and monitor the patient's heart rate, body temperature, blood pressure, and breathing during surgery.

Perform surgical operations to treat injuries, diseases, and deformities

Surgical operations require fine motor control in unpredictable biological environments, real-time adaptation to anatomical variations and complications, and manual dexterity that current robotics cannot match without direct human control at every step.

BLS evidence: Surgeons operate on patients to treat injuries, such as broken bones; diseases, such as cancerous tumors; and deformities, such as cleft palates.