2 Sources
2 Sources
[1]
Doctors increasingly see AI scribes in a positive light. But hiccups persist.
KFF Health NewsJan 27 2026 When Jeannine Urban went in for a checkup in November, she had her doctor's full attention. The clinical note, which Urban could also review on the patient portal at home, was incredibly thorough, she said. It summarized all of her questions and concerns and the doctor's responses. The scribe "made sure we didn't miss anything," Urban said. Ambient AI scribes are being hailed by physicians as a game changer that helps free them to focus on their patients rather than their computer keyboard. By releasing doctors from the onerous and time-consuming task of documenting what happens during every patient encounter, early studies show, AI scribes may help reduce physician burnout and after-hours "pajama time" catching up on work in the evening. The potential of AI to transform every aspect of the health care system -- from patient care to clinical efficiency to medical innovation -- is an area of intense focus, including by the Trump administration. Last January, President Donald Trump issued an executive order to remove barriers to American leadership in AI. Later in the year, a press release from the federal Department of Health and Human Services invited stakeholders to weigh in on how the department can accelerate the adoption of AI in health care. Several startup vendors in recent years have introduced ambient AI scribe products that can be integrated into electronic health records. EHR market leader Epic is piloting its own AI scribe technology, which it expects to release widely early this year, according to Jackie Gerhart, a family medicine physician who is chief medical officer and vice president of clinical informatics at Epic. Health tech experts estimate that a third of providers have access to ambient AI scribe technology. As adoption looks likely to grow rapidly over the next few years, many expect it to become more of a recruiting tool, a minimum requirement for incoming clinicians, who reports indicate are increasingly prioritizing work-life balance. "It's part of keeping doctors happy," said Robert Wachter, a professor and the chair of the Department of Medicine at the University of California-San Francisco, whose forthcoming book, A Giant Leap, explores how AI is transforming health care. "Health systems that initially might have done a hard-nosed return-on-investment calculation -- many are softening on that and realizing that the cost of recruiting and retaining doctors is pretty high." But many questions remain. Does the use of ambient AI scribes improve patient care and health outcomes? Will doctors use time they gain by employing an AI scribe to improve the quality of the time they spend with their patients or just boost the number of patients they see? To what extent will expanding the amount of detail available from a patient visit lead to bigger bills if the AI scribe is integrated with a coding app that optimizes provider charges? For now, these questions remain mostly unanswered. Urban said that the AI scribe didn't change her experience as a patient very much. Typically, after a patient gives verbal permission, the AI scribe records the visit on a phone and organizes the conversation into the structure of a clinical note, filtering out small talk that isn't pertinent to the medical visit but incorporating relevant details about a family member's recent cancer diagnosis, for example. The scribe's note is often then integrated into the provider's EHR. The doctor later reviews the note and signs off on it. Even though the visit may not feel very different to patients, some clinicians report that ambient AI scribes are changing patient encounters in unanticipated ways. "Now, when I'm doing a physical exam, I have to say what I'm doing and what I'm finding out loud in order for the AI scribe to document it," said Dina Capalongo, Urban's primary care doctor. "People find that very interesting," she said. When Capalongo places her stethoscope over the carotid artery under a patient's jaw, for example, she might say that she doesn't hear a "bruit," or vascular murmur, whose presence could indicate atherosclerosis. Patients have told her, "I never knew why a doctor would listen there," she said. Saying things out loud for the AI scribe that would typically appear only in a clinical note can create its own set of challenges, particularly during sensitive physical exams. Doctors may feel it's important to adjust their conversation accordingly. "Sometimes patients are anxious and scared and my saying things that they don't understand or they may worry about during an uncomfortable examination does not help the situation and honestly is insensitive to what the patient is going through," said Genevieve Melton-Meaux, a professor in the Division of Colon and Rectal Surgery at the University of Minnesota, who is also chief health informatics and AI officer at Fairview Health Services in Minneapolis. "I'll keep that top of mind and make sure I record it" after the visit. "How we have conversations with patients about these tools is really important, in particular for maintaining trust and ensuring accurate information," Melton-Meaux said. Studies have found that, across a range of measures such as completeness, timeliness, and coherence, the notes created by ambient AI scribes are generally at least as good as, and sometimes better than, traditional documentation, said Kevin Johnson, a pediatrician who is vice president for applied informatics at the University of Pennsylvania Health System. An ongoing concern is around AI "hallucinations," in which false, sometimes fabricated information appears in an AI output. Kaiser Permanente, an early adopter of ambient AI scribe technology, provides it to more than 25,000 doctors, advanced practice providers, and pharmacists systemwide. It has found hallucinations to be "quite rare," said Daniel Yang, an internist who is vice president of AI and emerging technologies at KP. But they happen. An AI-scribe-generated note, for instance, might say that the doctor planned to refer someone to a neurologist or to follow up in two weeks. The problem? The doctor might not have said that. "The technology is not perfect, and that's why physicians are reviewing it," Yang said. It's learning from regular physician visits as it goes, he said. That's why having a person check the work product is critical. Still, even such a "human-in-the loop" system is fraught, Wachter said. "Humans stink at maintaining vigilance over time," he said. As the use of ambient AI scribes becomes routine, some clinicians worry that the technology will widen the divide between health care haves and have-nots. Large health systems are able to move forward with the technology, Melton-Meaux said. But what about critical access hospitals or small private practices? "There need to be more resources," she said. Physicians' enthusiasm for ambient AI scribes stands in sharp contrast to their negative reaction to electronic health record systems that have become widely adopted in recent years to replace paper charts. "During the last 10 years, when EHRs became a thing, we all became very grumpy, overworked data scribes," Wachter said. The introduction of AI scribes makes physicians feel like technology is working for them rather than the other way around, health care AI experts said. And AI scribes are "training wheels" for more consequential adoption of AI in health care, Wachter said. To improve health care value and save costs, Wachter said, we need a system that makes it more likely that physicians will practice evidence-based medicine to order the right tests and prescribe the right medications. "It's a few years away, but it's all AI-dependent," he said. Epic has introduced roughly 60 AI use cases for patients, clinicians, and administration, with over 100 more in the works. "It's so much bigger than a scribe," said Epic's Gerhart. "It's literally listening and acting in a way that tees things up for me so that I can take action."
[2]
Doctors increasingly see AI scribes in a positive light, but hiccups persist
Ambient AI scribes are being hailed by physicians as a game changer. This is a KFF Health News story. When Jeannine Urban went in for a checkup in November, she had her doctor's full attention. Instead of typing on her computer keyboard during the exam, Urban's primary care physician at the Penn Internal Medicine practice in Media, Pennsylvania, had an ambient artificial intelligence scribe take notes. At the end of the 30-minute visit, Urban's doctor showed her the AI summary of the appointment, neatly organized into sections for her medical history, the physical exam findings and an assessment and treatment plan for her rheumatoid arthritis and hot flashes, among other details. The clinical note, which Urban could also review on the patient portal at home, was incredibly thorough, she said. It summarized all of her questions and concerns and the doctor's responses. The scribe "made sure we didn't miss anything," Urban said. Ambient AI scribes are being hailed by physicians as a game changer that helps free them to focus on their patients rather than their computer keyboard. By releasing doctors from the onerous and time-consuming task of documenting what happens during every patient encounter, early studies show, AI scribes may help reduce physician burnout and after-hours "pajama time" catching up on work in the evening. The potential of AI to transform every aspect of the health care system -- from patient care to clinical efficiency to medical innovation -- is an area of intense focus, including by the Trump administration. Last January, President Donald Trump issued an executive order to remove barriers to American leadership in AI. Later in the year, a press release from the federal Department of Health and Human Services invited stakeholders to weigh in on how the department can accelerate the adoption of AI in health care. Several startup vendors in recent years have introduced ambient AI scribe products that can be integrated into electronic health records. EHR market leader Epic is piloting its own AI scribe technology, which it expects to release widely early this year, according to Jackie Gerhart, a family medicine physician who is chief medical officer and vice president of clinical informatics at Epic. Health tech experts estimate that a third of providers have access to ambient AI scribe technology. As adoption looks likely to grow rapidly over the next few years, many expect it to become more of a recruiting tool, a minimum requirement for incoming clinicians, who reports indicate are increasingly prioritizing work-life balance. "It's part of keeping doctors happy," said Robert Wachter, a professor and the chair of the Department of Medicine at the University of California-San Francisco, whose forthcoming book, "A Giant Leap," explores how AI is transforming health care. "Health systems that initially might have done a hard-nosed return-on-investment calculation -- many are softening on that and realizing that the cost of recruiting and retaining doctors is pretty high." But many questions remain. Does the use of ambient AI scribes improve patient care and health outcomes? Will doctors use time they gain by employing an AI scribe to improve the quality of the time they spend with their patients or just boost the number of patients they see? To what extent will expanding the amount of detail available from a patient visit lead to bigger bills if the AI scribe is integrated with a coding app that optimizes provider charges? For now, these questions remain mostly unanswered. Urban said that the AI scribe didn't change her experience as a patient very much. Typically, after a patient gives verbal permission, the AI scribe records the visit on a phone and organizes the conversation into the structure of a clinical note, filtering out small talk that isn't pertinent to the medical visit but incorporating relevant details about a family member's recent cancer diagnosis, for example. The scribe's note is often then integrated into the provider's EHR. The doctor later reviews the note and signs off on it. Even though the visit may not feel very different to patients, some clinicians report that ambient AI scribes are changing patient encounters in unanticipated ways. "Now, when I'm doing a physical exam, I have to say what I'm doing and what I'm finding out loud in order for the AI scribe to document it," said Dina Capalongo, Urban's primary care doctor. "People find that very interesting," she said. When Capalongo places her stethoscope over the carotid artery under a patient's jaw, for example, she might say that she doesn't hear a "bruit," or vascular murmur, whose presence could indicate atherosclerosis. Patients have told her, "I never knew why a doctor would listen there," she said. Saying things out loud for the AI scribe that would typically appear only in a clinical note can create its own set of challenges, particularly during sensitive physical exams. Doctors may feel it's important to adjust their conversation accordingly. "Sometimes patients are anxious and scared and my saying things that they don't understand or they may worry about during an uncomfortable examination does not help the situation and honestly is insensitive to what the patient is going through," said Genevieve Melton-Meaux, a professor in the division of colon and rectal surgery at the University of Minnesota, who is also chief health informatics and AI officer at Fairview Health Services in Minneapolis. "I'll keep that top of mind and make sure I record it" after the visit. "How we have conversations with patients about these tools is really important, in particular for maintaining trust and ensuring accurate information," Melton-Meaux said. Studies have found that, across a range of measures such as completeness, timeliness and coherence, the notes created by ambient AI scribes are generally at least as good as, and sometimes better than, traditional documentation, said Kevin Johnson, a pediatrician who is vice president for applied informatics at the University of Pennsylvania Health System. An ongoing concern is around AI "hallucinations," in which false, sometimes fabricated information appears in an AI output. Kaiser Permanente, an early adopter of ambient AI scribe technology, provides it to more than 25,000 doctors, advanced practice providers, and pharmacists systemwide. It has found hallucinations to be "quite rare," said Daniel Yang, an internist who is vice president of AI and emerging technologies at KP. But they happen. An AI-scribe-generated note, for instance, might say that the doctor planned to refer someone to a neurologist or to follow up in two weeks. The problem? The doctor might not have said that. "The technology is not perfect, and that's why physicians are reviewing it," Yang said. It's learning from regular physician visits as it goes, he said. That's why having a person check the work product is critical. Still, even such a "human-in-the loop" system is fraught, Wachter said. "Humans stink at maintaining vigilance over time," he said. As the use of ambient AI scribes becomes routine, some clinicians worry that the technology will widen the divide between health care haves and have-nots. Large health systems are able to move forward with the technology, Melton-Meaux said. But what about critical access hospitals or small private practices? "There need to be more resources," she said. Physicians' enthusiasm for ambient AI scribes stands in sharp contrast to their negative reaction to electronic health record systems that have become widely adopted in recent years to replace paper charts. "During the last 10 years, when EHRs became a thing, we all became very grumpy, overworked data scribes," Wachter said. The introduction of AI scribes makes physicians feel like technology is working for them rather than the other way around, health care AI experts said. And AI scribes are "training wheels" for more consequential adoption of AI in health care, Wachter said. To improve health care value and save costs, Wachter said, we need a system that makes it more likely that physicians will practice evidence-based medicine to order the right tests and prescribe the right medications. "It's a few years away, but it's all AI-dependent," he said. Epic has introduced roughly 60 AI use cases for patients, clinicians, and administration, with over 100 more in the works. "It's so much bigger than a scribe," said Epic's Gerhart. "It's literally listening and acting in a way that tees things up for me so that I can take action."
Share
Share
Copy Link
Ambient AI scribes are rapidly transforming medical practice, with a third of providers now using the technology to automate note-taking and reduce burnout. While doctors praise the tools for freeing them to focus on patient care, critical questions remain about health outcomes, billing practices, and whether saved time truly improves doctor-patient communication.
When Jeannine Urban visited her primary care doctor at Penn Internal Medicine in November, she experienced something different. Her physician, Dina Capalongo, didn't spend the appointment typing on a keyboard. Instead, an ambient AI scribe captured the entire 30-minute encounter, producing a comprehensive clinical note organized into sections covering medical history, physical exam findings, and treatment plans for conditions including rheumatoid arthritis and hot flashes
1
. The technology records conversations after patients give verbal permission, filtering out irrelevant small talk while capturing medically significant details like a family member's recent cancer diagnosis.AI scribes are being adopted at remarkable speed across healthcare systems. Health tech experts estimate that a third of providers now have access to ambient AI scribes, with adoption expected to accelerate rapidly over the next few years
2
. Several startup vendors have introduced products that integrate with electronic health records, while EHR market leader Epic is piloting its own technology, expected to release widely early this year according to Jackie Gerhart, the company's chief medical officer and vice president of clinical informatics.The technology addresses one of healthcare's most pressing challenges. By releasing doctors from the onerous and time-consuming task of documenting every patient encounter, early studies show AI scribes may help reduce physician burnout and eliminate after-hours "pajama time" spent catching up on work in the evening
1
. This capability to enhance focus on patients rather than computer keyboards is reshaping how healthcare systems think about clinician satisfaction.
Source: ABC News
"It's part of keeping doctors happy," said Robert Wachter, professor and chair of the Department of Medicine at the University of California-San Francisco, whose forthcoming book "A Giant Leap" explores how AI is transforming healthcare. "Health systems that initially might have done a hard-nosed return-on-investment calculation -- many are softening on that and realizing that the cost of recruiting and retaining doctors is pretty high"
2
. The technology is increasingly viewed as a clinician recruiting tool, becoming a minimum requirement for incoming physicians who prioritize work-life balance.The technology is creating unexpected shifts in how clinicians interact with patients. Capalongo notes that during physical exams, she now verbalizes her findings aloud for the AI scribe to document. When placing her stethoscope over the carotid artery, she might say she doesn't hear a "bruit," or vascular murmur, whose presence could indicate atherosclerosis. Patients have told her, "I never knew why a doctor would listen there"
1
. This transparency can educate patients about their care.However, this requirement creates challenges during sensitive examinations. Genevieve Melton-Meaux, a professor in the Division of Colon and Rectal Surgery at the University of Minnesota and chief health informatics and AI officer at Fairview Health Services in Minneapolis, notes that verbalizing clinical observations during uncomfortable procedures can increase patient anxiety. "Sometimes patients are anxious and scared and my saying things that they don't understand or they may worry about during an uncomfortable examination does not help the situation and honestly is insensitive to what the patient is going through," she explained
1
.Related Stories
The Trump administration has shown intense focus on AI's potential to transform patient care, clinical efficiency, and medical innovation. Last January, President Donald Trump issued an executive order to remove barriers to American leadership in AI. Later in the year, the federal Department of Health and Human Services invited stakeholders to weigh in on how the department can accelerate the adoption of AI in healthcare
2
. This regulatory support could further accelerate automated note-taking technology deployment.
Source: News-Medical
The typical workflow involves the AI scribe recording the visit on a phone after obtaining patient permission, then organizing the conversation into structured clinical documentation. The scribe's note integrates into the provider's EHR, with doctors reviewing and signing off on the final version. Urban noted the clinical note she could review on the patient portal was incredibly thorough, summarizing all her questions, concerns, and her doctor's responses
1
.Despite growing adoption, critical questions remain unanswered. Does the use of ambient AI scribes improve patient care and health outcomes? Will doctors use the time they gain to improve the quality of patient interactions or simply increase the number of patients they see? To what extent will expanding the amount of detail available from a patient visit lead to optimized billing if the AI scribe integrates with coding apps that maximize provider charges ? These concerns about patient outcomes and financial implications will require ongoing scrutiny as the technology scales across healthcare systems. The human-in-the-loop model, where physicians review AI-generated notes before signing off, provides some safeguards, but the long-term impact on healthcare quality and costs remains to be seen.
Summarized by
Navi
1
Business and Economy

2
Policy and Regulation

3
Technology
