As artificial intelligence quietly takes root in Britain's National Health Service—reading scans, scribing consultations, shaping diagnoses—the country's medicines regulator has acknowledged that the rules governing these systems belong to a different era entirely. The MHRA's 44 recommendations, drawn from the voices of more than 12,000 patients and clinicians, represent a collective reckoning with a technology that does not stand still after it leaves the factory. At stake is not merely regulatory tidiness, but the deeper question of whether citizens can trust the invisible systems increasing
UK watchdog calls for new AI regulations in NHS as technology becomes routine
They learn, they adapt, they drift.
So the MHRA is saying current rules don't work for AI. What exactly breaks?
The old rules assume a medical device stays the same after it's approved. A pacemaker is a pacemaker. But AI systems keep learning and changing as new data comes in. They drift. That's the core problem.
But how much do they actually drift in practice? The report mentions it as a risk, but I don't see evidence of widespread harm yet from AI systems already in use.
The patient consent piece seems important. People don't want to talk to a robot?
Not all of them. The Edinburgh study found patients share less personal information when they know AI is listening. That's real. But it's not universal—some patients are fine with it.
Right, and the study doesn't tell us whether that hesitation actually leads to worse care outcomes, or whether it's just discomfort. Those are different problems.
What about the "L plate" idea—the trial system?
It's meant to let new AI models be tested under close supervision before they're used widely. Like a learner driver with an instructor.
That makes sense in theory, but who decides when a model graduates from L plates to full approval? The report doesn't specify, and that's where the real regulatory work happens.
Is anyone actually doing this well already?
Tallon said no. He was honest about it—no single country has cracked it yet.
Which is worth noting. These are 44 recommendations, but they're not a finished framework. They're a diagnosis of the problem.
Der Puls
- Current medical device laws were written for hip replacements and stethoscopes—static objects—leaving AI systems that continuously learn and drift after approval in a dangerous regulatory vacuum.
- AI scribes are already in 40% of UK GP surgeries, yet research shows patients withhold sensitive information about mental health, addiction, and sexual history when they know an algorithm is listening.
- The MHRA's independent commission, drawing on input from over 12,000 people, has proposed 44 reforms including patient disclosure rights, post-approval monitoring powers, and a learner-driver trial system for new AI models.
- Developers of underperforming or biased AI systems would face penalties under the proposals, and regulators would gain the authority to pull malfunctioning tools from NHS use entirely.
- The path forward is uncharted globally—no country has yet built a comprehensive framework for this kind of moving target, and Britain's choices now will echo across healthcare systems for years.
As artificial intelligence quietly takes root in Britain's National Health Service—reading scans, scribing consultations, shaping diagnoses—the country's medicines regulator has acknowledged that the rules governing these systems belong to a different era entirely. The MHRA's 44 recommendations, drawn from the voices of more than 12,000 patients and clinicians, represent a collective reckoning with a technology that does not stand still after it leaves the factory. At stake is not merely regulatory tidiness, but the deeper question of whether citizens can trust the invisible systems increasingly woven into their most vulnerable moments.
Britain's medicines regulator has concluded that the country needs an entirely new legal architecture for artificial intelligence in healthcare. The MHRA published 44 recommendations this week to overhaul how AI products are governed as they transition from experimental tools into routine NHS practice. Chief executive Lawrence Tallon told the BBC that patients will increasingly encounter AI as a normal part of their care—but only if regulators can build frameworks that preserve public trust.
The proposals emerged from an independent commission that gathered input from more than 12,000 patients, clinicians, and researchers. In principle they are straightforward: patients should know when AI is involved in their care; regulators should be able to monitor systems continuously after approval and remove them if they malfunction; developers who fall short of required standards should face penalties. A proposed 'L plate' trial system—borrowing the learner-driver metaphor—would allow new AI models to be tested under close professional supervision before wider deployment.
Tallon stressed that existing medical device rules were designed for products that remain stable after leaving the factory. AI is different. It continues to learn, adapt, and drift—a model trained to detect tumours may perform well on its original data but behave unpredictably when exposed to images from a different hospital or patient population. Regulators have no precedent for this kind of moving target.
One immediate flashpoint is AI scribes, now used by roughly 40% of UK GPs. Research from the University of Edinburgh found patients are less willing to disclose sensitive information—about mental health, substance use, or sexual history—when they know an AI is processing the conversation. GP and report contributor Professor Henrietta Hughes noted that while many patients accept the technology, some opt out entirely, and that errors in AI-generated notes remain the doctor's responsibility to catch.
The broader stakes are considerable. Some researchers compare AI's potential impact on medicine to the arrival of antibiotics or MRI scanning. But the risks are equally real: biased training data can produce worse outcomes for certain patient groups, and AI systems have been known to deliver incorrect medical advice with misplaced confidence. No country has yet solved AI regulation comprehensively, and the frameworks being built now will shape how the technology is deployed across healthcare for years to come.
Britain's medicines regulator has concluded that the country needs an entirely new set of rules for artificial intelligence in healthcare. The Medicines and Healthcare Products Regulatory Agency, which oversees all medical devices and drug approvals in the UK, published 44 recommendations this week to overhaul how it governs AI products as they move from experimental tools into routine NHS practice. Lawrence Tallon, the MHRA's chief, told the BBC that patients will increasingly encounter AI as a normal part of their care—but only if regulators can build frameworks that preserve public trust in the process.
The recommendations emerged from an independent commission that gathered input from more than 12,000 people: patients, clinicians, researchers, and others working inside the health system. The core proposals are straightforward in principle but demanding in execution. Patients should have the right to know when AI is involved in their care and to access clear information about which products are being used. Regulators should be able to continuously monitor AI systems after they've been approved and remove them from use if they malfunction or lose effectiveness over time. Developers who fail to meet required standards should face penalties. And there should be an "L plate" trial system—borrowing the learner-driver metaphor—that would let new AI models be tested by healthcare professionals under close supervision before wider deployment.
Tallon emphasized that current medical device regulations are fundamentally mismatched to AI's nature. Those rules were built for things like hip replacements and knee replacements, for stethoscopes and plasters—products that remain stable after they leave the factory. AI systems are different. They continue to change after approval. New data flows in. They learn. They adapt. They drift. A model trained to spot tumors on scans might perform well on the training data but behave unpredictably when exposed to images from a different hospital, a different population, a different machine. Regulators have no precedent for this kind of moving target.
One immediate flashpoint is AI scribes—software powered by large language models that record GP consultations and generate clinical notes. About 40 percent of UK-based general practitioners now use them. But recent research from the University of Edinburgh found that patients are less willing to share sensitive information—details about substance abuse, mental health struggles, sexual history—if they know an AI system is processing the conversation. Professor Henrietta Hughes, a GP who contributed to the regulatory report, said many of her patients accept AI in their consultations, but some explicitly opt out. "Some say, 'I don't want to talk to a robot', and that is also fine," she said. She acknowledged that the scribes sometimes make errors in their notes but argued it remains the doctor's responsibility to catch and correct them.
The stakes of getting regulation right are high. Some researchers see AI as transformative for medicine. Professor Alastair Denniston, an ophthalmologist who worked on the report, called it "an exceptional opportunity" for healthcare, potentially as significant as the introduction of antibiotics or MRI scanning. Industry leaders are bullish: Rene Haas, the chief executive of chip designer Arm, told the BBC in September that he believes AI will produce a cure for cancer within this generation. But those possibilities sit alongside real risks. AI models can perpetuate or amplify biases present in their training data, leading to worse outcomes for certain patient groups. AI chatbots have been known to offer incorrect medical advice with unwarranted confidence.
Tallon acknowledged that no country has yet solved the problem of AI regulation comprehensively. This is a global challenge, and the frameworks being built now will shape how the technology is deployed across healthcare systems for years to come. The MHRA's 44 recommendations are a starting point—a signal that Britain recognizes the gap between the regulatory tools it has and the tools it needs. Whether Parliament acts on them, and how quickly, will determine whether AI becomes a trusted part of NHS care or a source of public anxiety.
Bemerkenswerte Zitate
Unlike most medical products we're used to regulating, these products continue to change after authorization. As new data gets fed in, they learn, they adapt, they drift.— Lawrence Tallon, MHRA chief
Some patients say, 'I don't want to talk to a robot', and that is also fine.— Professor Henrietta Hughes, GP and report contributor