Sunday, September 20, 2026

Brie Morgan Bauer Lost Four Limbs. Her Brother Gave Her a Kidney. What Her Story Reveals About Medical Billing

A mother survived sepsis, lost all four limbs, went on dialysis—and then received a kidney from her brother. Her story exposes a problem hiding in plain sight across healthcare: the crisis we see is often only the final symptom.



“We’re trying to get out of the theoretical, and into real clinical impact.”Sammy Chouffani El Fassi, Duke University, quoted in the Financial Times

 


THE HUMAN STORY

Brie Bauer's Life Changed in Hours

Brie Morgan Bauer was pregnant with her third child when everything changed.

She was just twenty-seven weeks pregnant.

Then came an emergency C-section.

Then infection.

Then septic shock.

Then multiple organ failure.

Brie spent ten days in a coma.

Doctors ultimately had to amputate both arms and both legs to save her life.

Her baby survived.

Brie survived.

But survival came with an extraordinary price.

Her kidneys had been severely damaged.

She became dependent on dialysis.

For hours every week, a machine became part of her life.

Then came another problem.

She needed a kidney transplant.

Her family began looking for a donor.

Her older brother, George Morgan, was tested.

He was a perfect match.

George donated his kidney to Brie in March twenty twenty-six.

The transplant was successful.

Brie was able to stop dialysis and focus on rehabilitation, her children and rebuilding her life.

The story is extraordinary.

But there is another lesson hiding inside it.

The most visible crisis was not the beginning of the story.

It was the consequence of everything that came before it.

That distinction matters enormously in healthcare.

It also matters in medical billing.


THE CONTRARIAN TAKE

The Denial May Be the Crime Scene

A denial appears at the end of a process.

That makes it visible.

It does not make it the cause.

A claim is denied.

The billing team sees it.

Someone opens the account.

Someone checks the payer portal.

Someone looks at the documentation.

Someone calls the payer.

Someone sends a corrected claim.

Someone asks the physician for additional information.

Someone enters something again.

Someone waits.

Someone follows up.

Someone documents the follow-up.

Eventually, someone gets paid.

Everyone celebrates.

But here is the uncomfortable question:

Why did the claim become a problem in the first place?

Maybe eligibility information was wrong.

Maybe authorization was missing.

Maybe the authorization existed but did not match the service.

Maybe documentation did not contain the information the payer required.

Maybe the clinical note was incomplete.

Maybe the wrong payer information moved through the system.

Maybe a handoff failed.

Maybe nobody owned the transition between scheduling, authorization, clinical documentation and billing.

The denial was merely where the failure became visible.

The fire may have started much earlier.

The denial is the smoke. The fire started somewhere else.


The Hidden Lesson in Brie’s Story

Brie's story is not a metaphor for billing.

It is a reminder about systems.

A visible crisis can be the final manifestation of a much longer chain of events.

In medicine, clinicians are trained to ask:

Where did this problem begin?

Not merely:

Where do I see it now?

That distinction is fundamental to diagnosis.

Yet healthcare administration often does the opposite.

The denial arrives.

The denial team handles the denial.

The problem disappears from the dashboard.

The organization calls that improvement.

But did the underlying process improve?

Or did the organization simply become better at cleaning up after itself?

That is the question worth asking.


THE HEALTHCARE FIX-IT ECONOMY

The Denial Is Not Your Enemy

Here is the contrarian part.

Stop treating denials as merely a nuisance.

A denial can be valuable information.

It can tell you where your system is leaking.

It can reveal a broken handoff.

It can expose inconsistent documentation.

It can identify payer-specific friction.

It can show that your staff is repeatedly performing the same corrective action.

It can reveal that physicians are being pulled into administrative work that should never have reached them.

In other words:

Your denial queue may be an operational X-ray.

The mistake is assuming that the X-ray is the disease.

It is not.

It is evidence.

The question is what you do with the evidence.


Welcome to the Healthcare Fix-It Economy

Healthcare has become extraordinarily good at fixing things.

We have denial teams.

Appeals teams.

Coding teams.

Authorization teams.

Eligibility teams.

Revenue-cycle consultants.

Outsourced billing companies.

Clearinghouses.

Scrubbers.

Dashboards.

Work queues.

Payer portals.

Fax systems.

Spreadsheets.

And now AI.

We have built an enormous ecosystem around correcting information after it has already gone wrong.

Sometimes those tools are necessary.

Sometimes they are essential.

But there is an uncomfortable possibility:

We may be getting very good at managing the consequences of bad system design.

Healthcare has created an entire economy around the sentence:

“Something went wrong. Who can fix it?”

What if the better question is:

“Why does this keep going wrong?”


The Invisible Employee

There is another cost hiding inside every correction loop.

Human time.

A claim does not repair itself.

Someone has to touch it.

Someone has to investigate it.

Someone has to search for information.

Someone has to make a phone call.

Someone has to open a portal.

Someone has to upload a document.

Someone has to send a fax.

Someone has to wait for a response.

Someone has to follow up.

That person is often invisible in the financial analysis.

The organization sees the denial.

It sees the dollar amount.

It sees the eventual payment.

It does not always see the labor required to make the payment happen.

That labor is real.

And it is expensive.


WHERE THE MONEY REALLY DISAPPEARS

The Claim That Cost More Than It Earned

Imagine a relatively modest claim.

The clinical work is complete.

The patient was treated.

The physician documented the encounter.

The claim is submitted.

Then something goes wrong.

A missing authorization triggers a denial.

The biller investigates.

The front desk is contacted.

The physician's office is contacted.

A document is located.

The claim is corrected.

It is resubmitted.

The payer asks for something else.

The process repeats.

Eventually, the claim gets paid.

The accounting system records revenue.

But the revenue-cycle team sees something else.

Work.

The payment may look successful.

The process may still be economically irrational.

This is why simply measuring collections can be misleading.

You should also measure the human effort required to collect.


The Hidden FTE Problem

Many practices have what could be called a hidden staffing problem.

Not because the organization officially employs another person.

Because enough administrative friction has accumulated to create the equivalent workload of another employee.

A few minutes here.

A correction there.

An authorization phone call.

A portal message.

A documentation request.

A claim resubmission.

A physician signature.

A follow-up.

Then another follow-up.

None of these tasks looks enormous.

Together, they become a job.

And sometimes that job does not exist because the practice needs more people.

It exists because the system creates unnecessary work.

That distinction matters.

Adding another person can increase capacity.

It does not necessarily reduce friction.


THE PATIENT JOURNEY

The Patient Doesn't Experience Your Org Chart

Patients do not experience your departments.

They experience your system.

They do not care whether the problem belongs to:

Scheduling.

Front desk.

Clinical staff.

Prior authorization.

Coding.

Billing.

Revenue cycle.

IT.

Compliance.

The payer.

The clearinghouse.

From the patient's perspective, it is simply:

“The healthcare system.”

That is why internal boundaries can become invisible sources of patient frustration.

The organization says:

“That isn't our department.”

The patient hears:

“Nobody owns this.”


The Front Desk Is Part of Revenue Cycle

This is one of the most underappreciated ideas in independent practice.

Revenue cycle does not begin when the claim reaches billing.

It begins when patient information enters the system.

Insurance.

Demographics.

Coverage.

Referral requirements.

Authorization requirements.

Scheduling details.

Clinical information.

Documentation.

Every downstream transaction inherits the quality of the information that came before it.

A billing department can be extraordinarily competent and still spend its day correcting problems created upstream.

That does not mean the front desk is doing a bad job.

It means the system may be asking humans to compensate for variability that the system itself should prevent.


The Biller Is Not the Problem

This point deserves emphasis.

Your biller may be your most reliable employee.

That does not mean your process is reliable.

In fact, exceptional billers can sometimes hide broken systems.

They remember payer quirks.

They know which portal to use.

They know who to call.

They know which physician needs which reminder.

They know how to reconstruct missing information.

They know the workaround.

They carry institutional memory inside their heads.

That makes them valuable.

It also creates risk.

Because when the hero leaves, the system suddenly appears broken.

Maybe the system was always broken.

The employee was simply compensating for it.


DENIALS AS DIAGNOSTIC DATA

Your Denial Queue Is an Operational X-Ray

Start looking at denials differently.

Do not merely ask:

“How much did we recover?”

Ask:

“Where did this problem originate?”

That single question changes the conversation.

Suppose the same denial appears repeatedly.

Do not celebrate the team's recovery rate.

Investigate the pattern.

Was eligibility wrong?

Was authorization incomplete?

Was the wrong information captured?

Was documentation missing?

Was a payer requirement misunderstood?

Was a clinical workflow disconnected from an administrative workflow?

Was information entered multiple times?

Was information copied manually?

Was the same information requested by multiple people?

Those questions turn the denial queue into an improvement system.


The Question That Changes the Meeting

The typical revenue-cycle meeting asks:

“How many denials did we clear?”

Try asking:

“How many of these denials should have existed at all?”

That is a very different question.

It moves the organization from productivity to prevention.

It changes the conversation from:

“Are our people working hard enough?”

to:

“Why are our people having to work this hard?”

That is where meaningful operational improvement begins.


The Denial Autopsy

Every recurring denial deserves an autopsy.

Not blame.

Not finger-pointing.

An autopsy.

Trace the information backward.

Where did the patient enter the system?

Where was insurance captured?

Where was eligibility checked?

Where was authorization determined?

Where was clinical information documented?

Where did the information change hands?

Where was information re-entered?

Where did someone have to make a judgment manually?

Where did someone have to search for information that should already have been available?

Where did the correction begin?

Then ask the most important question:

Could the system have prevented this?

If yes, you have found an upstream opportunity.


WHAT CURRENT HEALTHCARE NEWS IS TELLING US

Insurance Denials Are More Complicated Than the Number Suggests

The problem is not theoretical.

Current healthcare reporting continues to show how much administrative friction exists between clinical decisions and actual access to care.

Recent reporting from the Los Angeles Times found that patients who appeal insurance denials frequently prevail, with some plans showing very high reversal rates. The reporting also highlighted substantial prior-authorization denial activity across major insurers.

The important operational lesson is not that every denial is wrong.

It is more basic.

A denial creates work.

Someone has to interpret it.

Someone has to decide whether to appeal.

Someone has to gather information.

Someone has to communicate.

Someone has to wait.

That friction eventually reaches patients and clinicians.


Prior Authorization Has Become a Workflow Problem

Prior authorization is often discussed as an insurance problem.

It is also a workflow problem.

A physician decides treatment is appropriate.

The patient needs the treatment.

The practice needs authorization.

Information must be assembled.

The information must reach the payer.

The payer evaluates it.

The payer responds.

The response must return to the practice.

The practice must act.

Every handoff creates an opportunity for friction.

The more fragmented the process, the more humans become the integration layer.

That is expensive.

And it is exhausting.


Some Payers Are Beginning to Simplify the Journey

There are also signs of movement in the other direction.

Recent reporting indicates that some insurers are experimenting with reducing or bundling certain authorization requirements.

Aetna, for example, announced plans involving bundled cancer-treatment authorizations beginning in twenty twenty-seven.

The concept is straightforward.

Instead of repeatedly asking for approval throughout a treatment pathway, simplify the administrative journey for certain patients and treatments.

That points toward a larger principle:

Good healthcare administration should reduce unnecessary decisions, not multiply them.

The fewer unnecessary handoffs, the fewer opportunities for information to disappear.


THE AI PROBLEM

AI Won't Save a Broken Workflow

Now we arrive at the favorite word in healthcare technology:

AI.

AI can be useful.

AI can extract information.

AI can summarize documentation.

AI can identify missing data.

AI can classify claims.

AI can prioritize work.

AI can automate repetitive tasks.

But AI can also make a broken process faster.

That is not necessarily improvement.

If you automate a bad workflow, you may simply produce bad outcomes more efficiently.

The Financial Times recently examined this problem in healthcare AI, highlighting the gap between technical validation and evidence of real-world clinical impact.

The same principle applies to administrative AI.

Do not ask only:

“Can the model do this?”

Ask:

“Does doing this actually improve the system?”


Stop Asking Whether AI Works

The question is too vague.

Works for what?

Works where?

Works under what conditions?

Works for whom?

Works with what data?

Works compared with what?

Works after implementation?

Works without creating new review work?

Works without increasing the number of exceptions?

Works without forcing staff to monitor another dashboard?

Works without creating another correction loop?

The useful question is:

What measurable work disappears because this technology exists?

That is a much harder question.

It is also a much better one.


AI Should Remove Work, Not Merely Move It

Imagine a system that claims to automate claims.

But staff still review every AI recommendation.

Someone still checks the data.

Someone still corrects the output.

Someone still moves information between systems.

Someone still handles exceptions.

Someone still watches another dashboard.

Is the work gone?

Or did the work move?

Technology should not receive credit simply because the human task changed location.

The goal is less unnecessary work.

Not more sophisticated work queues.


THE ONNX THESIS

Medical Billing Is Not Really a Billing Problem

This is where the OnnX thesis begins.

Medical billing appears to be about claims.

But claims are downstream.

The actual problem often begins earlier.

Patient information.

Insurance verification.

Authorization.

Documentation.

Coding.

Claim creation.

Payment.

Each stage depends on the quality of what came before it.

If information is incomplete upstream, downstream systems compensate.

If information is inconsistent, downstream systems compensate.

If information is fragmented, downstream systems compensate.

If information has to be manually re-entered, downstream systems compensate.

Eventually someone says:

“We need better billing software.”

Maybe.

But perhaps the deeper problem is:

The organization is asking billing to repair information that should have been correct before billing ever saw it.


The Upstream Revenue Cycle

Think of the revenue cycle as a chain:

Patient information → insurance verification → authorization → documentation → claim → payment

Every arrow matters.

Most organizations spend enormous energy optimizing the final arrow.

But a weak early arrow can contaminate everything downstream.

This is why OnnX starts upstream.

Not because downstream billing does not matter.

It does.

But because the cheapest error to fix is often the one you prevent before it travels through the organization.


Eliminate the Correction Loop

Healthcare contains countless correction loops.

Enter.

Review.

Correct.

Re-enter.

Submit.

Reject.

Investigate.

Correct again.

Submit again.

Wait.

Follow up.

Repeat.

Every loop creates cost.

Every loop creates delay.

Every loop creates another opportunity for human error.

The strategic goal should therefore be simple:

Reduce the number of times information has to be corrected after it enters the system.

That is not glamorous.

It is not futuristic.

It is operationally important.

And boring is underrated.

Boring is what reliable systems feel like.


THE PRACTICAL PLAYBOOK

Start With a Representative Denial Sample

You do not need a massive transformation program.

Start small.

Take a representative sample of recent denials.

Do not begin by buying software.

Do not begin by blaming the payer.

Do not begin by blaming billing.

Trace the cases.

Ask where each problem began.

Look for patterns.

Maybe most problems originate in eligibility.

Maybe authorization is the largest source.

Maybe documentation creates the bottleneck.

Maybe one payer creates a disproportionate amount of manual work.

Maybe the same physician receives repeated requests.

Maybe one workflow creates dozens of downstream corrections.

The pattern is the prize.


Measure the Human Cost

Most practices measure dollars.

Also measure minutes.

How much staff time does a denial consume?

How many people touch it?

How many systems are opened?

How many phone calls occur?

How many messages are exchanged?

How many times is the same information entered?

How many times does the physician become involved?

How many days does the issue remain unresolved?

The organization should know not only the financial cost of failure but also the human cost of failure.


Introduce the Preventable Work Ratio

One useful internal metric is the Preventable Work Ratio:

Hours spent correcting preventable problems ÷ total revenue-cycle labor hours

You do not need an industry benchmark to make this useful.

You need consistency.

Track it over time.

If the ratio falls, your system may be getting better.

If your staff becomes faster at correcting the same mistakes while the ratio stays high, you may have improved productivity without improving the underlying process.

That distinction is critical.


Measure Touches Per Claim

Another simple metric:

Touches per claim.

How many people interact with the claim?

How many times does the claim move between queues?

How many times does information get re-entered?

How many manual decisions occur?

A claim that moves cleanly through the system is fundamentally different from a claim that becomes an administrative relay race.

Your goal should not merely be faster touches.

It should be fewer unnecessary touches.


THE UPSTREAM AUDIT

Map the Journey

Write down the actual workflow.

Not the workflow in the policy manual.

The real workflow.

What happens when a patient schedules?

What happens when insurance information arrives?

What happens before the visit?

What happens during documentation?

What happens after the visit?

What happens before billing?

Where does information move?

Where does it get copied?

Where does someone make a manual decision?

The truth usually lives in the gaps between departments.


Identify the Handoffs

Every handoff is a potential failure point.

Front desk to clinical staff.

Clinical staff to authorization.

Authorization to scheduling.

Clinical documentation to coding.

Coding to billing.

Billing to payer.

Payer back to billing.

The more handoffs you have, the more important information continuity becomes.


Find Repeated Corrections

Look for repetition.

Same payer.

Same physician.

Same denial type.

Same missing field.

Same documentation request.

Same portal.

Same manual correction.

Repetition is evidence.


Separate Preventable From Unavoidable

Not every denial is preventable.

Not every payer rule is unreasonable.

Not every administrative problem can be eliminated.

That distinction matters.

The goal is not to pretend healthcare can become frictionless.

The goal is to identify friction that should not exist.


Fix One Thing

Do not redesign everything at once.

Pick one recurring failure.

Fix the upstream cause.

Measure the result.

Then move to the next.

That is how operational improvement becomes sustainable.


THE HUMAN COST

Healthcare's Hidden Currency Is Time

Money is visible.

Time is not.

A physician loses fifteen minutes.

A biller spends twenty minutes chasing a document.

A front-desk employee spends ten minutes on a payer portal.

A practice administrator spends an hour investigating a recurring issue.

Multiply those moments across weeks and months.

Suddenly the organization has created an invisible department.

Except nobody budgeted for it.

The work simply appeared.


Administrative Burden Becomes Patient Burden

Administrative friction does not stay administrative.

It can delay care.

It can delay payment.

It can delay scheduling.

It can frustrate clinicians.

It can frustrate patients.

It can create additional calls.

It can create additional paperwork.

It can consume time that could have been spent with patients.

That is why revenue-cycle improvement is not merely a financial exercise.

It can also be a patient-experience exercise.


WHAT WE GET WRONG

Myth: More Billers Will Fix It

More staff can help when volume is the problem.

But if the process itself creates unnecessary work, more staff can simply increase the capacity to process unnecessary work.

You have built a faster conveyor belt for the wrong boxes.

The better question is:

What work should disappear?


Myth: A Clean Claim Means a Clean System

A clean claim is good.

It is not proof of upstream excellence.

You can have a high clean-claim rate while staff spend enormous amounts of time creating those clean claims.

The final output does not always reveal the complexity required to produce it.


Myth: Outsourcing Solves the Problem

Outsourcing can be useful.

Specialization can create efficiencies.

But moving a broken process outside the organization does not automatically fix the process.

Sometimes the logo changes.

The problem does not.

If information is poor before it reaches the outsourced partner, someone still has to deal with that problem.


Myth: More Technology Means Better Operations

Technology is a tool.

It is not a strategy.

A practice can have sophisticated technology and terrible workflows.

It can have basic technology and excellent operational discipline.

The question is not:

“How much technology do we have?”

The question is:

“How much unnecessary work does our technology eliminate?”


ETHICS, COMPLIANCE AND ACCOUNTABILITY

Technology Does Not Transfer Responsibility

Automation does not eliminate accountability.

If software makes a recommendation, someone must understand how that recommendation is used.

If AI extracts information, someone must know whether the extraction is reliable enough for the decision being made.

If a workflow is automated, the practice still owns the consequences.

Technology can change who performs the task.

It does not automatically change who is responsible for the outcome.


The Ethical Question

Healthcare administration has an ethical dimension.

When administrative friction delays care, the burden does not fall equally on everyone.

Patients with more time, knowledge, confidence or resources may be better positioned to navigate complexity.

Others may simply give up.

That makes administrative simplicity more than an efficiency goal.

It can also be a question of access.

The ethical goal is not to eliminate every control.

Controls exist for legitimate reasons.

The goal is to distinguish necessary friction from unnecessary friction.


FAILURE IS INFORMATION

Stop Hiding Workarounds

Here is another uncomfortable idea.

Your workarounds are data.

When employees create spreadsheets, sticky notes, personal checklists and private tracking systems, do not immediately tell them to stop.

Ask why they created them.

The workaround may be compensating for a missing capability in the official workflow.

The spreadsheet is not necessarily the problem.

It may be the evidence.


Heroic Employees Can Hide Broken Systems

Every practice has someone who knows how everything works.

The person who remembers every payer rule.

The person who knows which number to call.

The person who can fix almost any claim.

The person everyone asks when something breaks.

These people are invaluable.

But organizations should be careful about confusing heroic performance with system quality.

A great system does not require heroes every afternoon.

A great system makes ordinary work ordinary.


A LITTLE HEALTHCARE HUMOR

The Seven-Step Solution to a Four-Step Problem

Healthcare sometimes solves a simple problem with a committee.

Then the committee creates a workflow.

The workflow creates an exception.

The exception requires a spreadsheet.

The spreadsheet creates a meeting.

The meeting creates a dashboard.

The dashboard requires a new employee.

The new employee asks why the process exists.

Someone replies:

“That is just how we've always done it.”

And somewhere, quietly, another fax machine turns on.

We laugh because it is familiar.

But the joke contains a serious operational lesson.

Complexity has a way of becoming institutionalized.

Eventually nobody remembers the original reason.

They only remember the workaround.


THE FUTURE

The Future of Medical Billing Is Less Billing

The future should not be about creating increasingly sophisticated people to chase increasingly sophisticated problems.

It should be about reducing the number of problems that reach them.

That means better data capture.

Better information continuity.

Better eligibility verification.

Better authorization workflows.

Better documentation alignment.

Better handoffs.

Better exception management.

Better visibility into where errors originate.

And yes, better technology.

But technology should support the architecture.

Not substitute for it.


From Reactive to Deterministic

A reactive revenue cycle asks:

“What went wrong?”

A more deterministic revenue cycle asks:

“How do we make this class of problem less likely to happen?”

That is a profound difference.

Reactive systems depend on people noticing problems.

Deterministic systems reduce the number of problems that require noticing.

The first model needs more firefighters.

The second model needs fewer fires.

The goal is not better firefighters. Fewer fires.


WHAT BRIE'S STORY REALLY TEACHES US

The Visible Crisis Is Rarely the Whole Story

Brie Bauer's story is ultimately about something much larger than transplantation.

It is about the difference between treating the visible crisis and understanding the chain that produced it.

Her medical team had to respond to an emergency.

They had to save her life.

Then they had to deal with the consequences.

Then rehabilitation.

Then dialysis.

Then transplantation.

Then recovery.

Each stage inherited circumstances created by what happened earlier.

That is how complex systems work.

And that is how revenue cycle works.

The denial at the end of the process inherits decisions made much earlier.

The billing department inherits the quality of the information that entered the system.

The physician inherits documentation requirements.

The patient inherits administrative friction.

The organization inherits all of it.


Stop Celebrating the Wrong Victory

A claim gets paid.

Great.

But ask:

How many people touched it?

How much time did it consume?

How many corrections were required?

How many messages were exchanged?

How many payer interactions occurred?

Did anyone have to involve the physician?

Could the problem have been prevented?

If the answer is yes, then payment was the end of the story.

Not the beginning of improvement.


QUESTIONS FOR EVERY CLINIC OWNER

Where Does the Work Really Begin?

Where does your billing team spend time fixing information that should have been correct earlier?

That question can reveal more than another denial report.

 

Which Problems Are Actually Upstream?

Which recurring denials are symptoms of upstream workflow failures?

Look beyond the final denial code.

Look at the journey that produced it.

 

What Work Could Disappear?

What administrative work could disappear if you redesigned the process instead of adding another person to it?

That may be the most important operational question of all.


ACTIONS FOR TOMORROW

Pull the Denials

Pull a representative sample.

Trace each case backward.

Do not begin with blame.

Begin with evidence.


Find the Origin

Identify the earliest point where the problem could have been prevented.

That is where improvement begins.


Calculate the Human Cost

Measure more than dollars.

Measure minutes.

Touches.

Calls.

Messages.

Corrections.

Physician interruptions.

Days delayed.

That is your real operational picture.


FINAL THOUGHTS

Stop Admiring the Fire Department

Healthcare loves heroes.

The physician who stays late.

The nurse who finds the missing information.

The biller who rescues the claim.

The administrator who knows exactly who to call.

The staff member who somehow makes the impossible happen.

We should appreciate those people.

But we should also ask a harder question.

Why does the system require so many heroes?

The strongest organization is not the one with the most heroic employees.

It is the one that makes heroics less necessary.

That is what good systems do.

They absorb complexity so humans do not have to.


What Should We Remember?

Don't just work the denial. Find where the problem began.

Don't just automate the workflow. Question whether the workflow deserves to exist.

Don't measure how hard your team works. Measure how much unnecessary work your system creates.


GET INVOLVED

The Provoking Question

What if your biggest revenue-cycle problem is not the denial?

What if the denial is simply the first place your organization can finally see the problem?

That changes everything.

Because once you stop treating the denial as the disease, you can start using it as evidence.

And evidence can lead you upstream.


Share the Conversation

If you are a physician, clinic owner, practice administrator or medical biller, look at your recent denials.

Do not start with the dollar amount.

Start with the origin.

Ask where the information first went wrong.

Then ask how many people had to compensate for that mistake.

What did you find?

Share your experience in the comments.

If you know someone running an independent medical practice who is buried in denials, prior authorization, payer portals or administrative correction loops, share this article with them.

The conversation should not be about how to become better at fixing broken workflows.

It should be about how to build fewer broken workflows.


ABOUT THE AUTHOR

Dr. Daniel Cham

Dr. Daniel Cham is a physician, healthcare strategist and founder of OnnX, an AI-powered medical billing SaaS designed to eliminate middlemen and reduce administrative correction loops for small and medium-sized physician-owned clinics.

His work focuses on the intersection of clinical operations, healthcare administration, revenue cycle management and practical AI.

The central OnnX thesis is simple:

Most of the problem starts upstream.

When clinical and operational information is structured correctly at the point of capture, downstream billing becomes more predictable.

The objective is not to replace physicians.

It is to reduce the friction surrounding them.


CONTINUE THE CONVERSATION

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Website: Dr. Daniel Cham

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A free resource, Revenue Cycle Made Simple for Independent Clinics, is available in the Featured section of LinkedIn.

No signup required.


REFERENCES AND FURTHER READING

Human Story

The reporting on Brie Morgan Bauer's medical journey and kidney donation from her brother George Morgan provides the human foundation for this article.

People — Brie Bauer receives kidney from her brother

KCTV — Living organ transplants give new hope

 

Insurance Denials and Prior Authorization

Current reporting continues to document the administrative complexity surrounding insurance denials and prior authorization.

Los Angeles Times — Patients who fight health insurance denials often win

KFF — Medicare Advantage prior authorization data

 

Practice Administrative Burden

MGMA reporting illustrates the continuing difficulty practices face with prior-authorization turnaround despite requirements intended to accelerate decisions.

MGMA — Prior authorization turnaround

 

Medical AI

Recent Financial Times reporting examines the gap between technical validation and real-world healthcare impact.

Financial Times — Medical AI has a proof problem


IMPORTANT NOTE

This article is educational and informational.

It does not provide legal, medical, coding, billing or reimbursement advice.

Healthcare reimbursement rules, payer requirements, documentation standards and authorization policies vary by payer, jurisdiction, specialty and patient circumstances.

Practices should verify applicable requirements with appropriate clinical, legal, compliance, coding and revenue-cycle professionals.

The operational concepts described here are intended to encourage process analysis and discussion, not to replace professional advice.


HASHTAGS

#MedicalBilling #RevenueCycleManagement #HealthcareOperations #HealthcareAI #MedicalPracticeManagement #PriorAuthorization #ClaimsDenials #PhysicianPractice #IndependentClinics #HealthcareInnovation #HealthcareAutomation #ClinicalWorkflow #HealthcareLeadership #PracticeManagement #HealthTech

 

Saturday, September 19, 2026

Oliver’s Story: The Claim Is Not Where the Problem Begins

What a 4-year-old boy, two physician parents, and a nurse driving four hours through traffic can teach us about the hidden problems that begin long before a claim is submitted



“This is about creating a future healthcare system that is increasingly tech-enabled and always people-centred.”Professor Alastair Denniston and Professor Henrietta Hughes, National Commission into the Regulation of AI in Healthcare

 

Four-year-old Oliver has Duchenne muscular dystrophy.

His parents, Dr. Alec James and Dr. Audreanna James, are family physicians in Hampshire County, West Virginia.

They understand medicine.

They understand diagnoses.

They understand treatment.

They understand medical terminology.

They know which questions to ask and whom to ask.

And then their own son became the patient.

Suddenly, their medical knowledge could not make the healthcare system simple.

Oliver takes Exondys 51, a treatment approved by the FDA a decade ago. But approval was not the end of his journey.

It was the beginning of another one.

Coverage.

Prior authorization.

Specialty pharmacy.

Clinical coordination.

Treatment delivery.

And, once a week, a nurse drives from Chantilly, Virginia, across the state line to reach Oliver.

Depending on traffic, the trip can take two hours each way.

Four hours in a car.

So a treatment created through years of science, research, clinical trials, regulation, investment, and medical expertise ultimately reaches a 4-year-old boy because one person gets in a car and shows up at his kitchen counter.

That is what access looks like in real life.

Not on a PowerPoint.

Not in a press release.

Not in a dashboard.

At a kitchen counter.

And that is where this story becomes unexpectedly relevant to medical billing.

Because healthcare has a peculiar habit.

We celebrate the beginning.

We celebrate the breakthrough.

We celebrate the approval.

We celebrate the technology.

And then we act surprised when the last mile doesn't work.

Maybe the last mile is actually the whole game.


The Claim Is Where We Notice the Problem

Let's move from Oliver's kitchen to a physician practice.

A patient arrives.

The physician evaluates the patient.

The physician documents the encounter.

Someone selects codes.

A claim is generated.

The claim is submitted.

Then comes the message nobody wants:

Denied.

The billing team opens the claim.

Someone reviews the chart.

Someone checks eligibility.

Someone searches for an authorization.

Someone sends a query.

Someone calls the payer.

Someone waits.

Someone calls again.

Someone resubmits.

And eventually someone asks:

“What happened?”

That question may be the most expensive question in the revenue cycle.

Because by the time you're asking it, the original context may already be gone.

The patient left days ago.

The physician has seen dozens of other patients.

The scheduler has moved on.

The authorization team is working on another case.

The biller is staring at a claim that appears to have materialized from another dimension.

And everybody is trying to reconstruct the past.

Healthcare calls this revenue-cycle management.

Sometimes it feels more like archaeological excavation.


Here Is the Contrarian Part

I don't think the future of medical billing is primarily about becoming better at fixing claims.

I think the bigger opportunity is becoming better at preventing claims from becoming problems.

That sounds obvious.

It isn't.

Because the healthcare industry has spent years optimizing the downstream machinery.

Claims systems.

Clearinghouses.

Denial management.

Appeals.

A/R workflows.

Payment posting.

Analytics.

Work queues.

Automation.

And all of those things matter.

But there is an uncomfortable question hiding underneath them:

What if we have become extremely good at managing problems we should have detected earlier?

That is a very different problem.


The Denial Is Not the Disease

A denial is an event.

It is not necessarily the root cause.

Think about a smoke alarm.

When the alarm goes off, you have learned something important.

But you haven't necessarily learned where the fire started.

The same is true of a denial.

The denial tells you:

Something went wrong.

It doesn't automatically tell you:

Why.

And it certainly doesn't guarantee that the failure began in billing.

It might have begun at registration.

Eligibility.

Scheduling.

Authorization.

Documentation.

Coding.

Charge capture.

Payer configuration.

Workflow design.

Or simply because information existed somewhere but wasn't available when a decision had to be made.

The claim is often where the problem becomes visible.

Not where it becomes real.


Healthcare Doesn't Have a Data Shortage

This may be one of healthcare's strangest contradictions.

We have enormous amounts of data.

Clinical notes.

Lab results.

Imaging.

Diagnoses.

Procedure codes.

Eligibility information.

Authorizations.

Claims.

Remittance advice.

Payer rules.

Scheduling data.

Patient demographics.

Financial information.

And yet people constantly ask:

“Where is that information?”

The problem isn't necessarily missing data.

It is often disconnected context.

Information exists.

But it exists:

in another system,

in another workflow,

with another person,

under another label,

or five clicks away from where the decision is being made.

That's not a data problem.

That's a decision-timing problem.


The Information Gets Thinner as It Travels

Think about the clinical encounter.

A physician sees a human being.

Not a code.

Not a claim.

A person.

The physician sees history.

Symptoms.

Risk.

Prior treatment.

Clinical reasoning.

Uncertainty.

Context.

A decision.

Then that rich clinical encounter has to become structured information.

Documentation.

Then coding.

Then a claim.

Then payer adjudication.

Each translation is necessary.

But every translation creates an opportunity for context loss.

By the time the payer sees the claim, the original clinical story may have been compressed into a relatively small set of structured fields.

Efficient?

Yes.

Complete?

Not always.

And that distinction matters.


The Biller May Be Solving the Wrong Problem

Let's defend billing teams for a moment.

Your biller may be excellent.

Your coder may be excellent.

Your revenue-cycle company may be excellent.

Your denial specialist may be excellent.

And you can still have expensive revenue leakage.

Why?

Because downstream experts cannot magically recover information that was never captured, never connected, or never surfaced at the right moment.

Giving an excellent biller a bad input does not transform the input into a good one.

It simply creates an excellent biller with a headache.

And probably a spreadsheet.

Healthcare has enough spreadsheets.


The Hidden Cost of “Again”

One of the most expensive words in healthcare administration may be:

Again.

Check it again.

Send it again.

Document it again.

Verify it again.

Explain it again.

Submit it again.

Appeal it again.

Call them again.

Review it again.

Every “again” represents rework.

And rework is expensive.

Not just because of wages.

Because of attention.

A skilled employee spending 20 minutes reconstructing a preventable problem isn't spending those 20 minutes doing something else.

Multiply that across hundreds or thousands of encounters.

Now the problem has a financial dimension.

And an operational one.

And a human one.


Oliver's Story Gives Us a Different Definition of Access

The James family makes an important observation in their account.

They have advantages that many families don't.

They understand medical language.

They know what questions to ask.

They know whom to contact.

And despite all of that, navigating the system has still been difficult.

That should make us pause.

If two physicians can find the healthcare system difficult to navigate for their own child, what does the experience look like for someone without that knowledge?

That is not an argument against healthcare.

It is an argument for making healthcare easier to navigate.

And that principle applies to billing too.

If a physician practice requires an expert detective to reconstruct what happened after a claim fails, the workflow may be telling us something.

Maybe the information arrived too late.

Maybe it arrived in the wrong place.

Maybe it was never connected.

Maybe the system assumed the human would figure it out.

Humans are remarkably good at figuring things out.

That doesn't mean we should make them do it repeatedly.


The Last Mile Is Not Administrative

We often describe the final steps of healthcare as administrative.

That word is convenient.

It is also misleading.

The last mile can determine whether the patient actually receives something.

In Oliver's case, the nurse's journey is not merely logistics.

It is part of access.

The James family's point is powerful because the treatment exists only in theory if the chain between approval and administration breaks.

The same concept exists in revenue cycle.

A clinically appropriate service can be delivered.

The documentation can exist.

The coding can be appropriate.

And yet the practice may still struggle to get paid accurately if the information chain breaks.

Different problem.

Same systems principle.

The chain matters.


The AI Industry Is Asking the Wrong Question Too

Healthcare AI is having its own version of this problem.

The question often becomes:

“What can AI automate?”

I think a better question is:

“What decision can AI help a human make earlier and better?”

That is much less glamorous.

Which is precisely why I like it.

The UK's National Commission into the Regulation of AI in Healthcare published recommendations this month emphasizing that AI should be people-centred, safe, trusted, and subject to human oversight. The Commission's report says AI should augment rather than replace healthcare professionals and that technologies need to demonstrate safety, effectiveness, and benefit.

That philosophy translates surprisingly well to revenue cycle.

AI does not need to become the boss.

It can become the early-warning system.


Imagine a Different Billing Workflow

Instead of:

Encounter → Claim → Denial → Investigation

imagine:

Encounter → Understand → Detect → Decide → Act → Claim

The difference is not necessarily more automation.

It is earlier intelligence.

The system understands the available context.

It detects something unusual.

It surfaces the issue.

A human decides what to do.

The workflow proceeds.

The claim is generated with fewer surprises.

That is a fundamentally different philosophy.


Don't Let AI Become a Very Fast Wrong Answer

Here's another unpopular opinion:

Healthcare does not need AI that confidently makes more mistakes.

It needs AI that understands when to slow down.

Suppose an AI system detects a possible documentation-coding mismatch.

A reckless system says:

“Change the code.”

A better system says:

“Potential mismatch detected. Here is the documentation supporting the current choice and the information that may warrant review.”

The second system preserves human judgment.

It also creates an audit trail.

And it avoids pretending that uncertainty doesn't exist.

That matters.

Especially in healthcare.


Automate the Predictable. Escalate the Uncertain.

This should be one of the basic principles of healthcare AI.

Automate what is repetitive.

Surface what is unusual.

Escalate what is uncertain.

Preserve what is clinically important.

Keep humans accountable.

The goal is not:

Human versus AI.

The goal is:

Human judgment with better timing and better information.


A Practice Experiment That Costs Almost Nothing

Here is something a small practice can do next week.

Take 25 recent problem claims.

Don't start by fixing them.

Start by tracing them backward.

For every claim, ask:

Where did the problem first appear?

Not where it was discovered.

Where did it begin?

Create a simple list:

  • Registration
  • Eligibility
  • Authorization
  • Documentation
  • Coding
  • Charge capture
  • Payer
  • Workflow
  • Other

Then ask a second question:

When could we first have detected it?

That question changes everything.


The “Earlier” Test

For each problem, ask:

Could we have known 30 days earlier?

Maybe not.

Could we have known one week earlier?

Maybe.

Could we have known before the encounter?

Sometimes.

Could we have known before submission?

Often.

Now you have something useful.

You have identified a decision window.

That is much more actionable than a denial report.


Measure the Right Thing

Denial rate matters.

But it shouldn't become the entire story.

Track:

Manual touches per claim

Rework minutes per encounter

Documentation queries

Coding queries

Authorization-related failures

Claims corrected before submission

Clean-claim rate

Days from encounter to submission

A/R aging

Underpayment variance

Appeal recovery

And perhaps the most interesting:

Problems detected before submission

That's a leading indicator.

It asks whether your system is getting smarter before the payer tells you something went wrong.


A Denial Dashboard Can Lie Without Lying

This is an important distinction.

A dashboard can report accurate numbers and still give management the wrong impression.

Suppose denials fall.

Everyone celebrates.

But staff workload rises because underpayments increase.

Or payment timing deteriorates.

Or the remaining denials become harder to resolve.

Or the practice is spending more time on fewer but more expensive problems.

The metric wasn't wrong.

The interpretation was incomplete.

Healthcare operations need causal curiosity.

When a number changes, ask:

Why?


The Five Whys of Revenue Cycle

A denial appears.

Why?

Missing authorization.

Why?

Authorization was not identified.

Why?

The scheduling workflow did not surface the requirement.

Why?

The payer rule was not connected to the service configuration.

Why?

The system treated authorization as a downstream billing task.

Now we have learned something.

The problem wasn't really:

“Biller missed authorization.”

It was:

“The workflow discovered an authorization requirement too late.”

That is a very different intervention.


Stop Calling Everything a Billing Problem

Here's another provocative thought.

Some billing problems aren't billing problems.

They're:

registration problems,

scheduling problems,

clinical documentation problems,

authorization problems,

workflow problems,

information architecture problems,

or decision-timing problems.

Billing simply becomes the department where the consequences finally become visible.

That distinction matters because organizations tend to send problems to the department where they are discovered.

Not necessarily the department where they originated.


The “Throw It Over the Wall” Model

Healthcare has an unfortunate organizational habit.

Registration finishes its part.

Then it throws the information over the wall.

Scheduling finishes its part.

Over the wall.

Clinical documentation.

Over the wall.

Coding.

Over the wall.

Billing.

Over the wall.

Payer.

Over the wall.

Eventually someone discovers the wall has accumulated a pile of problems.

Then we hire another person to clean up the pile.

Maybe the future isn't a better cleanup crew.

Maybe it's fewer walls.


What OnnX Is Exploring

This is the idea behind OnnX.

Not another traditional billing service.

Not simply another dashboard.

Not “AI that does billing.”

The underlying question is more fundamental:

What happens when billing intelligence moves upstream?

OnnX explores an AI-powered revenue-cycle model for physician-owned practices in which patient, clinical, documentation, coding, and workflow context can inform decisions before the claim becomes a downstream problem.

The conceptual loop is:

Understand → Detect → Decide → Act → Learn

Understand the practice.

Understand the encounter.

Detect potential problems.

Surface relevant options.

Keep human judgment in the loop.

Learn from actual outcomes.

Then improve.

The objective isn't to remove humans.

It is to give humans better information before they have to clean something up.


This Is Not a Magic AI Story

There is an important caveat.

AI will not eliminate payer complexity.

It will not eliminate exceptions.

It will not eliminate human judgment.

It will not make healthcare simple.

And it certainly will not make every claim payable.

That would be a fantasy.

The opportunity is narrower.

And more practical.

Reduce avoidable uncertainty.

Surface problems earlier.

Preserve context.

Reduce unnecessary rework.

That's enough.


The Compliance Line Must Stay Bright

Any technology operating in medical billing has to respect the boundary between accurate representation and financial manipulation.

AI should not invent documentation.

It should not encourage unsupported coding.

It should not alter the clinical record to increase reimbursement.

It should not turn payer prediction into clinical decision-making.

And it should not hide uncertainty.

The fundamental principle remains:

Document what happened.

Code what is supported.

Bill what was actually provided.

Technology should make that process more accurate and transparent—not more aggressive.


The Human-in-the-Loop Is Not a Weakness

Some technology companies talk about human intervention as if it means the AI isn't good enough.

I disagree.

In healthcare, human oversight can be a feature.

If the system says:

“I found something worth reviewing.”

That's useful.

If it says:

“I know exactly what to do.”

when the evidence is ambiguous, that's dangerous.

Good systems should know the difference.


The Real Opportunity: Decision Infrastructure

Maybe the future of revenue cycle isn't another billing application.

Maybe it's something closer to decision infrastructure.

A layer that helps connect:

Patient context.

Clinical context.

Documentation.

Coding.

Payer requirements.

Workflow.

Historical outcomes.

And human judgment.

Not replacing the existing ecosystem overnight.

Making the ecosystem smarter about when and where decisions happen.

That's a different category.


Three Questions for Every AI Healthcare Startup

Before building another AI feature, ask:

1. What decision are we improving?

If the answer is unclear, the feature may be technology looking for a problem.

2. When does that decision currently happen?

Timing is everything.

3. What information was unavailable when the decision was made?

That question may reveal the real product opportunity.


Three Questions for Every Physician Owner

Ask your team:

What problem do we keep fixing?

Where does it actually begin?

How much earlier could we detect it?

Then ask the question nobody likes:

Why are we still fixing it manually?

Not because someone is doing a bad job.

Because the system may be designed to require it.


What Oliver Teaches Us About Technology

Oliver's story is not a technology story.

That is precisely why it matters to technology.

The healthcare system ultimately succeeds when something tangible happens for a human being.

A treatment reaches a child.

A patient gets an appointment.

A physician has the information needed to make a decision.

A claim accurately represents the care delivered.

A practice gets paid for legitimate work.

Technology is the machinery.

The human outcome is the product.


Healthcare's Strange Obsession With the Middle

We tend to focus on the middle.

The software.

The workflow.

The claim.

The code.

The dashboard.

The AI.

But patients care about the beginning and the end.

Can I get the care?

Did the care work?

Can the physician continue providing it?

And physician owners care about something equally fundamental:

Can the practice sustain itself while providing that care?

The middle exists to connect those outcomes.

We shouldn't confuse the machinery with the mission.


The Last Mile Is Where Strategy Becomes Reality

The James family could have stopped at FDA approval.

They didn't.

Because approval isn't access.

A prescription isn't treatment.

A claim isn't payment.

Documentation isn't necessarily accurate coding.

A code isn't necessarily a clean claim.

A clean claim isn't necessarily cash.

Every step has another step behind it.

And every step creates another opportunity for information to be lost.

That is why upstream thinking matters.


The Most Interesting Question in Medical Billing

It isn't:

“How do we get more claims paid?”

It is:

“What information would have allowed us to make a better decision earlier?”

That question moves the conversation from transactions to systems.

From correction to prevention.

From reactive billing to upstream intelligence.

From more work to potentially less work.

And from:

“Who caused this?”

to:

“Where did the system lose the information?”

That is a much more productive question.


A 30-Day Upstream Billing Experiment

You don't need a million-dollar transformation.

Week 1: Find the friction

Choose 25–50 recent claims that required unusual intervention.

Week 2: Trace backward

Identify the earliest point where the problem appeared.

Week 3: Move detection

Pick one problem and move its detection earlier.

Week 4: Measure

Compare:

  • Manual touches
  • Rework time
  • Corrections before submission
  • Denials
  • Days to clean submission
  • Staff satisfaction

Then ask:

Did we actually make the work easier?

If yes, expand.

If no, learn.

That is innovation without the theater.


The Future May Be Quiet

The most valuable AI in healthcare may not be the AI that produces the most impressive demo.

It may be the AI that quietly prevents a problem.

No dramatic dashboard.

No fireworks.

No robot voice.

Just:

“This may need attention before you submit.”

And then the person fixes it.

Five minutes.

Done.

Nobody writes a press release.

That's okay.

The absence of a problem rarely makes headlines.

But practices notice.


Maybe the Best AI Is Boring

I will make one final contrarian prediction about product design—not about election outcomes, politics, or anything else.

The best healthcare AI may eventually become remarkably boring.

It won't ask clinicians to learn an entirely new universe.

It won't demand ten new dashboards.

It won't create another inbox.

It won't produce 47 alerts.

It will simply appear at the right moment with the right information.

Then disappear.

That sounds almost disappointingly simple.

Good.

Healthcare has enough complicated software.


The Lesson From Oliver's Kitchen Counter

Return to that image.

A 4-year-old boy.

A nurse.

A treatment.

A kitchen counter.

The nurse drove four hours through traffic because access does not happen automatically.

The James family understands this personally.

They wrote that a therapy only changes a child's life if the child can actually receive it. They also described how FDA approval is only one link in a much longer chain involving coverage, prior authorization, specialty pharmacy, clinicians, and treatment delivery.

That is the lesson.

The chain matters.

In healthcare delivery.

In healthcare technology.

And in medical billing.

A claim is also a link in a chain.

It is not the beginning.

And it is certainly not the whole story.


Final Thought

Healthcare does not need another system that proudly announces:

“We found 1,842 problems.”

It needs systems that help answer:

“Which problems could we have prevented?”

Then:

“How much earlier could we have known?”

Then:

“What information would have changed the decision?”

That is where the opportunity becomes interesting.

Because the future of medical billing may not belong to the company that processes the most claims.

It may belong to whoever helps practices make better decisions before the claim becomes a problem.

Oliver's story makes that idea human.

One boy.

Two physician parents.

One nurse.

One long drive.

One treatment.

And an enormous healthcare system working—or failing to work—between them.

The lesson isn't that technology should replace people.

It is almost the opposite.

Technology should make it easier for people to do the part that only people can do.

And maybe that's the real meaning of a people-centred healthcare system.

Not less technology.

Better technology in the right place.


The Question I Want to Leave You With

What is the one “billing problem” your practice keeps fixing that actually began somewhere upstream?

Registration?

Eligibility?

Authorization?

Documentation?

Coding?

Workflow?

Something else?

I would genuinely like to hear the answer.

Because the most interesting revenue-cycle problems aren't always the ones appearing on the denial report.

Sometimes they're hiding three steps earlier.

If this perspective made you rethink where a billing problem actually begins, share it with another physician, practice owner, administrator, or biller.

The conversation is more valuable when more people join it.


About the Author

Dr. Daniel Cham is a physician, medical consultant, and healthcare entrepreneur working at the intersection of medical technology, healthcare operations, and medical billing.

As founder of OnnX, he explores how AI can help physician-owned practices identify revenue-cycle problems earlier, preserve clinical context, reduce avoidable rework, and support better decisions before claims become downstream problems.

His central question is simple:

What if the claim is where the problem becomes visible—not where it begins?

Connect with Dr. Daniel Cham on LinkedIn


Disclaimer

This article is for general educational and informational purposes only. It does not constitute medical, legal, coding, compliance, reimbursement, financial, or other professional advice.

Healthcare requirements vary by payer, specialty, contract, jurisdiction, and individual circumstances. Practices should obtain appropriate professional guidance for specific clinical, legal, coding, compliance, privacy, and reimbursement questions.


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Start with the information you already have. Then ask what you could have known earlier.


References

1. Drs. Alec James and Audreanna James — “Ten Years After the First Duchenne Drug, Our Son Shows Why Access Matters,” DC Journal, September 18, 2026.
Read the original story

2. National Commission into the Regulation of AI in Healthcare — Recommendations for a Future Regulatory Framework, UK Government, September 10, 2026.
Read the Commission report

3. Medicines and Healthcare products Regulatory Agency — “Independent Commission led by NHS doctors sets out blueprint to accelerate safe AI adoption in healthcare,” September 10, 2026.
Read the MHRA announcement


Hashtags

#MedicalBilling #HealthcareRevenueCycle #RCM #HealthcareAI #MedicalPractice #PhysicianPractice #HealthcareOperations #MedicalCoding #ClinicalDocumentation #HealthTech #HealthcareInnovation #PracticeManagement #PhysicianEntrepreneur #DigitalHealth #HealthcareTechnology #RevenueCycleManagement #PhysicianOwnedPractice #AIinHealthcare #OnnX

 

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