AI designed for medical practice

The American Medical Association's 2024 survey reveals substantial growth in physician adoption of AI in clinical practice. In 2024, 66% of physicians reported using AI tools—a dramatic 78% increase from just 38% in 2023. This represents one of the fastest technology adoption rates in modern healthcare history.

The survey of nearly 1,200 physicians shows that non-users dropped from 62% in 2023 to only 33% in 2024. Physicians are using AI for documentation of billing codes and visit notes (21%), creation of discharge instructions (20%), translation services (14%), medical research summaries (13%), and assistive diagnosis (12%).

Significantly, 35% of physicians now report their enthusiasm for health AI exceeds their concerns, up from 30% a year earlier, while those whose concerns exceeded enthusiasm dropped from 29% to 25%.

The AMA's 2024 physician survey demonstrates significant recognition of AI's benefits in clinical practice. When asked about AI's anticipated impact, 75% of physicians believe AI tools would be somewhat or very helpful for work efficiency—up from 69% in 2023.

Perhaps most critically for addressing the physician burnout crisis, 54% of physicians said AI could help with stress and burnout (up from 44% in 2023), and 48% believed AI could assist with cognitive overload (up from 40%).

Additional areas where physicians see AI benefits include diagnostic ability (72%), clinical outcomes (62%), care coordination (59%), patient convenience (57%), patient safety (56%), resource allocation (56%), and revenue generation (54%).

The top area of opportunity identified by 57% of physicians was 'addressing administrative burden through automation,' highlighting the primary pain point AI tools like Medisanica are designed to solve.

This systematic review published in the Journal of the American Health Information Management Association reveals the staggering economic and professional cost of clinical documentation. Physicians spend between 34% and 55% of their workday creating and reviewing clinical documentation in electronic health records.

This translates to an opportunity cost of $90 to $140 billion annually in the United States alone—money spent on documentation time that could otherwise be invested in direct patient care. The clerical burden reduces time spent with patients, decreasing the quality of care and contributing significantly to physician burnout.

The review, which analyzed 129 studies from 673 candidates, found that AI tools can improve documentation by structuring data, annotating notes, evaluating quality, identifying trends, and detecting errors. While a highly accurate end-to-end AI documentation assistant wasn't yet reported in peer-reviewed literature at the time of publication, existing techniques showed targeted improvements to clinical documentation workflows.

77% of the reviewed studies showed AI tools aided clinicians directly, while 23% aided Clinical Documentation Improvement (CDI) initiatives.

This comprehensive narrative review from PMC analyzed trends in AI applications across diagnostic methods from 2019 to 2024, focusing specifically on how AI reduces clinical workload. The study reviewed 51 articles across multiple medical disciplines including radiology, pathology, cardiology, and hematology.

In radiology and pathology—fields requiring skilled techniques and large-scale data processing—AI improved accuracy while reducing diagnostic time by approximately 90% or more. Radiology showed a particularly high proportion of independent AI diagnoses, facilitated by digitized data and standardized protocols.

Beyond time savings, AI enhanced diagnostic accuracy by providing consistent and reproducible results less susceptible to individual clinician experience. In specialties like hematology and cardiology, AI standardized diagnoses by reducing variability.

The study concluded that AI has 'significant potential to optimize workload management, improve diagnostic efficiency, and enhance accuracy,' though challenges remain in standardizing applications and addressing ethical concerns. The integration of AI into healthcare workforce planning was identified as essential for fostering effective collaboration between technology and medical professionals.

In the AMA's comprehensive health AI survey, 57% of physicians identified 'addressing administrative burden through automation' as the top opportunity for AI in healthcare in 2024, up slightly from 56% in 2023. This consistent top ranking across two years highlights the persistent and critical nature of the administrative burden crisis.

The survey also revealed the key attributes physicians require for AI adoption. In 2024, the top requirements were: a designated feedback channel (88%), data privacy assurances (87%), and EHR integration (84%). These requirements shifted slightly from 2023, where data privacy assurances (87%), liability protection (87%), and medical liability coverage (86%) were paramount.

AMA Immediate Past President Jesse M. Ehrenfeld, MD, MPH, stated: 'The AMA survey illustrates that physicians are increasingly intrigued by the assistive role of health AI and the potential of AI-enabled tools to reduce administrative burdens, enhance diagnostic accuracy, and personalize treatments.'

However, physicians maintain concerns about flawed AI tools that could put privacy at risk, integrate poorly with EHR systems, offer incorrect conclusions, or introduce new liability concerns—emphasizing the need for high-quality, validated AI solutions.

This systematic review published in the Journal of Medical Internet Research examined AI applications specifically in primary care settings. The review analyzed 73 peer-reviewed studies to assess how AI tools are being deployed to support general practitioners and primary care physicians.

The findings demonstrate that AI applications in primary care span multiple domains: clinical decision support, diagnostic assistance, risk prediction, patient triage, chronic disease management, and administrative task automation. These tools show particular promise in helping primary care physicians manage increasingly complex patient panels while maintaining quality of care.

The review highlighted that successful AI implementation in primary care requires careful attention to workflow integration, user interface design, and physician training. Tools that seamlessly integrate into existing clinical workflows showed higher adoption rates and better outcomes.

The authors concluded that while AI shows significant promise for enhancing primary care delivery, continued research is needed to validate long-term outcomes, address implementation challenges, and ensure equitable access across diverse practice settings.