How A Voice Takes Shape

A poem written in high school begins with blue. Years later, another poem returns to the same color and finds more there. Those two pieces sit near the beginning of How a Voice Takes Shape, a new selection from the Wiley’s Walk archive.

Woman writing beside a blue mountain lake. Text reads, “Look once more, Where blue has been.”

A voice takes shape through more than writing. It is influenced by who listens, who questions, who encourages, and by the experiences that gradually clarify what matters enough to say.

These six pieces return to some of those influences: early poetry, teachers, family, and Denise DiNoto’s encouragement when Wiley’s Walk was still an idea. They also reflect how personal experience gradually opened into larger questions about access, inclusion, and participation.

Early writing and encouragement

Finding Solace in Words

After a move during high school, Mrs. D.’s English class became a place where my writing received serious attention. Her encouragement led me to work more closely on my poetry and seek publication.

Author’s Note: Mrs. D. took the writing seriously and helped make publication seem possible. Her encouragement influenced how the poetry was revised and eventually led to the decision to submit it. This essay returns to the classroom where that possibility was first recognized.
KAW

“Black and Blue” and “Whispers of Blue and Black”

“Black and Blue” was written in high school. Decades later, “Whispers of Blue and Black” responded to the earlier poem.

Blue appears in both poems, written decades apart. In one, it is linked to how the speaker is perceived. In the other, it becomes part of how she presents herself. The color remains, but what it carries is no longer the same.

Author’s Note: This work offers a glimpse of where the writing began. “Whispers of Blue and Black” returns to some of the same ideas from another point in life, when they no longer look quite the same.
KAW

Voice Unbound: Rediscovering and Reclaiming My True Voice

A teacher once questioned whether the work I submitted was really mine. This essay looks back on that moment and considers how it affected my confidence in sharing my writing, and how that confidence changed with time.

Author’s Note: What helps a person keep trusting their own voice when someone else sees it differently?
KAW

Family and the beginning of Wiley’s Walk

Between Paths and Pages

My family and others close to me have influenced both the experiences I write about and how I understand them. This essay looks particularly at my brothers and the different perspectives they bring to my life.

Author’s Note: This piece reflects on how family can bring different perspectives to the same experience.
KAW

Standing Firm: Honoring the Life and Legacy of Denise DiNoto

Denise DiNoto and I shared an interest in writing. When I was considering starting Wiley’s Walk, she offered guidance and encouraged me to continue. This remembrance also considers how she approached advocacy and the people she worked alongside.

Author’s Note: Denise offered guidance when Wiley’s Walk was still an idea. Her encouragement was specific and generous, and her approach to advocacy left an impression that extended beyond the decision to start a blog. This piece remembers both.
KAW

Writing about participation

Making Participation the Rule

Wiley’s Walk began with personal experience and gradually opened into broader questions about access and participation. This essay considers how decisions made beyond the individual can shape both.

Author’s Note: As Wiley’s Walk developed, the writing began to move beyond individual experience and toward the larger questions around it. This essay comes from that point in the series.
KAW

About this collection

One teacher urged me to keep writing. Another questioned whether the work I handed in was mine. Each left a different mark on how I understood my writing and what it meant to share it.

The early poems and classroom experiences are part of how confidence, perspective, and expression took shape. Encouragement gave the writing room to continue. Doubt introduced a different question: whether the work would be accepted as mine when I chose to share it.

Those early experiences did not define the writing, but they became part of its foundation. The subjects changed, new questions entered the work, and Wiley’s Walk grew into a place to examine experience, develop ideas, and express a point of view without losing what made the work feel like mine.

Looking back, the connection between the early poems and the work that followed is easier to see. The impulse was already there: to notice, to question, to shape an idea carefully, and to put it into words.

There is encouragement in that for readers too. Confidence can grow. Perspective can become clearer. Expression can change with experience. Growth does not require giving up the parts of oneself that were there at the beginning.

For readers who care about inclusion, access, and participation, I hope these pieces raise a quieter question: what is worth holding onto, revisiting, and seeing differently with time?

Thank you for reading and for supporting Wiley’s Walk.

KAW

Cerebral Palsy in Adulthood: Six Essays

An illustration of Kerry as a child using underarm crutches and as an adult using walking poles on an autumn path.

A new collection on Wiley’s Walk brings together six essays written from different points in that experience. They consider spasticity, footwear and adaptation, the limits of a clinical baseline, secondary conditions, and the difficulty of finding adult care that understands a lifelong disability.

Each essay includes a new author’s note about why the piece is being revisited.

Read Cerebral Palsy in Adulthood: Experience, Adaptation, and Care.

These essays share personal experience and general information. Individual needs vary. Decisions about diagnosis, treatment, therapy, or changes in care should be discussed with a qualified health care professional.

Revisiting Change, Adaptation, and What Comes Next

These five essays were written at different times, but each considers what happens when circumstances change and an established approach no longer fits.

Wiley’s Walk is revisiting them because they speak to different stages of change. One begins with the difficulty of putting on a pair of shoes. Others consider disrupted routines, uncertainty about the future, and the passage of time. Read together, they show adaptation as a series of specific decisions rather than a single turning point.

The collection reflects on what people retain, reconsider, and create when circumstances change.

Read Change, Adaptation, and What Comes Next

The Expanded Inclusion Collection

Inclusion reaches beyond access. It is reflected in how people are heard, how decisions are made, whether accommodations are understood, and whether disability is considered from the beginning rather than addressed later.

The essays in this collection examine those questions across health care, public systems, education, public spaces, and community settings. Some focus on access. Others look at communication, autonomy, representation, participation, and the assumptions that shape how disability is understood.

The collection looks closely at the conditions that allow people with disabilities to participate fully and to have their experience considered as part of the process.

https://wileyswalk.com/disability-inclusion/

The Ulnar Nerve Series: Surgery, Recovery, and the Questions That Followed

Seven essays about ulnar nerve damage, surgery, changes in function, and recovery when progress remains uncertain.

An ulnar nerve injury can be described through test results, symptoms, and treatment decisions. Those details are important, but they do not fully explain what happens when hand and arm function changes or when recovery does not follow a predictable course.

Black-and-white image of a woman taking notes beside a hand anatomy diagram while two clinicians talk in the blurred background.

The seven essays in this series examine different parts of living with ulnar nerve damage, undergoing surgery, and managing recovery. They address delayed function, preparing for surgery, decisions made outside medical appointments, changes in familiar abilities, and the difficulty of seeking answers when progress remains uncertain.

The series begins with “Function, Delayed”, followed by “Are You Ready?” and “The Decisions No One Sees.” These essays consider the period leading into treatment and the practical decisions surrounding it.

“The Trouble With What Used to Work” examines what it means when familiar ways of completing tasks are no longer reliable. “The Second Conversation” and “In the Absence of an Answer” address the conversations and uncertainty that can follow when recovery becomes more complicated.

The most recent essay, “The Problem With the Baseline,” considers how a person’s previous level of function can affect the way later changes are understood. A clinical comparison may show whether a measurement has improved or declined, while still leaving important questions about present function unanswered.

These essays describe one person’s experience. They do not suggest that every person with an ulnar nerve condition will face the same symptoms, treatment decisions, or recovery. The complete collection is available on the Ulnar Nerve series page.

Informational Disclaimer

This series reflects the author’s personal experience, opinions, and understanding at the time of writing. The author is not a health care professional. References to symptoms, testing, treatment, and recovery describe an individual experience and are not intended to predict what another person may experience or to guide health care decisions. Questions about symptoms, treatment options, or recovery should be discussed with a qualified health care professional. The author and Wiley’s Walk cannot evaluate individual circumstances and are not responsible for how this information is interpreted or applied.

Access in the Age of Artificial Intelligence


Woman using a computer with a white cane beside her and AI accessibility features displayed.

Artificial intelligence (AI) is now part of many of the digital services people use. People may encounter it while using a website or another online service without knowing exactly where AI is involved. The same is true of many smart devices, which are internet-connected products that use software to gather or exchange information and perform functions for the person using them.

AI is no longer only a tool someone opens on purpose to draft an email, create an image, or answer a question. It may already be part of the service someone is using. This makes it harder to separate a deliberate decision to use AI from using the service itself.

On September 10, 2026, concern about AI safety grew after Anthropic researcher Jacob Coxon said he had resigned and warned that people developing AI believed the technology could pose a risk to human life within the decade. Anthropic scientist Evan Hubinger publicly agreed with the concern.

Their warnings followed reports of AI agents acting outside human instructions and safety researchers leaving major companies because of risks they believed were not being addressed quickly enough. The concerns were not limited to one possible outcome. They included deliberate misuse, systems acting in ways developers did not expect, and whether companies and government had adequate ways to test and respond before harm occurred (Reuters, 2026a).

On September 11, 2026, Reuters reported that U.S. Senate negotiators were considering legislation that would place a “duty of care” on developers of certain AI systems. The proposal under discussion would require companies to address known catastrophic risks and could allow the federal government to block the release of a system considered unsafe. The legislation was still being negotiated, but the discussion reflected a larger question about who is expected to identify a problem, who has the ability to stop it, and what happens after a system has already been released (Reuters, 2026b).

Those concerns involve risks far beyond the access issues discussed here. The connection is not the scale of the harm. It is the question of what happens when people rely on technology that produces an unexpected result and the person using it has to recognize that something went wrong.

For people with disabilities, the problem may begin with a website, a caption, an online form, or a customer service system. The consequences may be less dramatic than the broader risks now under discussion, but they can determine whether someone gets accurate information, completes a process, or reaches the person or service they need.

A tool that summarizes a document can make a long piece of information easier to work through. Captions can provide access to a video, and an image description can supply information that would otherwise be missed. Each can also leave out something the person needed.

AI can miss context or repeat a stereotype. It can collect information a person did not expect to disclose. It can also give an incorrect answer without making the error obvious.

The problem is not simply whether the technology works. The harder question is whether the person using it can recognize an error, understand what information may have been lost, and correct the problem without creating another barrier.

People with disabilities can encounter problems when technology is designed around assumptions that do not match how they use it. A system may misread speech, movement, or the way someone completes a task. Those problems existed before AI. Websites, forms, software, and automated systems have long created barriers when accessibility was not considered during design.

AI can create the same kinds of barriers. It can repeat an inaccessible design choice, make an error harder to identify, or place another layer between a person and the information or service being sought.

People are already using these systems without always knowing how they work or what information they collect. It may also be unclear how well the system recognizes different ways of speaking, writing, moving, or completing a task. The concern becomes greater when AI is part of a service someone needs to use rather than a tool someone can simply close.

People may not know how well an AI system has been tested with people who speak, move, communicate, or use technology differently from the users it was designed around. A speech tool may have trouble with atypical speech. A system that relies on timing may misread a slower response. Technology that expects a certain type of movement may also interpret tremor, spasticity, stillness, or the use of mobility equipment incorrectly.

The American Foundation for the Blind’s 2026 research found that people with disabilities are using AI to move information from one format to another, describe images, support writing, and make some digital information easier to use. The same research identified several barriers (American Foundation for the Blind, 2026).

Accuracy is one of them. A summary, caption, or description may leave out information the person needed or present something incorrectly. The problem becomes harder to catch when the person is relying on AI because the original format was already difficult to access.

A second barrier is whether the technology works with the way a person communicates or uses a device. Speech recognition may not interpret atypical speech correctly, while other systems may not work well with screen readers, keyboard navigation, or the extra time someone needs to complete a task.

Privacy is the third concern. A person may provide voice, written information, images, or accessibility settings in order to use a tool without knowing how much of that information is stored, reused, or used to make additional inferences. The benefit of easier access can come with questions the person did not expect to answer simply by using the service.

Recent research on AI product development found that accessibility concerns and broader AI safety work are often handled by different teams or treated as separate areas of responsibility (Moharana et al., 2025). Problems can be missed when no one is clearly responsible for issues that involve both. By the time an accessibility concern is recognized, important design decisions may already have been made.

AI does not merely deliver information. It often rewrites it. A system may summarize a document or translate language. It may caption speech, describe an image, or simplify text. Each use involves some degree of interpretation.

A caption can be accurate enough to follow and still miss the word that changes the meaning of a sentence. An image description may identify a person standing outside but fail to mention that the ramp behind them is blocked. For someone using the description to understand the photograph, the missing detail changes what the image communicates.

Summaries can create a similar problem. A shorter version of a document may be easier to read but leave out a warning, a condition, or another detail that changes how the information should be understood. The wording may remain clear even though part of the meaning has been lost.

A person who relies on captions, summaries, or descriptions may not have an easy way to compare the AI output against the original. Someone using a tool to reduce fatigue may end up spending energy checking whether the tool created a new problem. The work shifts back to the person who used the technology because it was supposed to make the information easier to use.

AI can also change what a person has said. If someone submits a complaint and the summary leaves out the sentence describing the main problem, the record no longer reflects the complaint accurately. A chatbot can create a different problem when the available responses do not match what the person is trying to explain.

For people with disabilities, these problems affect whether information can be used as intended. AI-generated alt text can leave a blind or low-vision reader without enough information to understand an image. A search summary can also leave out the source or other information the reader would need to check the answer. A chatbot can sound polite without answering the question. More content is not the same as better communication. Clear language can still contain an error.

The information supplied to AI creates another concern. Many AI tools collect, process, or infer information that may reveal more than the user intended to disclose. Voice data may reveal a speech disability, while accessibility settings can reveal information about how someone uses a device. A person may provide information for one purpose without realizing what else the system can infer from it.

A person may also have little choice about whether to use the tool. Someone who needs a particular feature to read information, communicate, or complete a required process may have no equally workable alternative. Agreeing to the privacy policy does not necessarily mean the person was comfortable providing the information. It may simply mean using the service required it.

A privacy notice may explain what a company is permitted to do without answering what the person using the service most wants to know. Who has access to the information? How long will it be kept, and can it be used for another purpose? The option to refuse carries little meaning if refusing also removes the only practical way to use the service.

The National Institute of Standards and Technology (NIST) is part of the U.S. Department of Commerce. In 2023, NIST published an AI Risk Management Framework to help organizations identify and manage problems that can arise when AI is developed and used.

The framework is not an accessibility standard. It looks at whether an AI system works as intended, how personal information is handled, and whether people can understand how the system is being used. It also addresses harmful bias (NIST, 2023).

In 2024, NIST published additional guidance for generative AI. The guidance addresses problems that can arise when AI creates or changes content, including inaccurate information and privacy concerns (NIST, 2024). For someone using AI as an accessibility tool, the questions are basic. Is the information correct? What happened to the information given to the system? If the result is wrong, can it be corrected or checked against another source?

AI is often promoted as a way to make information easier to reach or use. For some people with disabilities, it already does that. A person may use AI to put information into another format, get help describing an image, or work through material that would otherwise take more time or effort. The benefit can come with tradeoffs. A tool may make information easier to access while collecting more personal information than the person expected to provide. It may also work well in one part of the task and still be difficult to use with a screen reader, keyboard navigation, an older device, or a slower internet connection.

Some of those problems may not become clear until the product is used by people who were not well represented during testing. A system can work as expected during development and still have trouble with speech, movement, or access methods that were not considered closely enough. By then, the product may already be in use.

People with disabilities can identify problems that may not be apparent to the people developing the technology. Their experience is useful while changes can still be made, rather than only after an accessibility problem has been reported.

Testing is not the only issue. AI can also reflect narrow ideas about what disability looks like. A 2025 WIRED investigation found that when OpenAI’s Sora video generator was prompted to show a person with a disability, all 10 results showed people who used wheelchairs, and none were shown in motion. The generated titles also often described the person as “inspiring” or “empowering,” even when the person was simply present in the scene (WIRED, 2025).

People with disabilities are also parents, students, artists, customers, travelers, professionals, neighbors, and decision-makers. When AI repeatedly returns to the same narrow images, it can reinforce the assumptions already present in the material used to train it.

Accessibility requirements exist whether a service uses AI or not. In 2024, the U.S. Department of Justice finalized a rule requiring covered web content and mobile apps provided by state and local governments to meet WCAG 2.1 Level AA under Title II of the Americans with Disabilities Act (U.S. Department of Justice, 2024).

In 2026, the Department extended the compliance dates to April 26, 2027, for public entities with populations of 50,000 or more and to April 26, 2028, for public entities with populations below 50,000 and special district governments (U.S. Department of Justice, 2026). AI features are now appearing inside many of the same websites, apps, portals, documents, and digital services.

A newer interface does not make an inaccessible service accessible. If the underlying page cannot be navigated or information is unavailable to a screen reader, adding AI does not resolve the original problem. The same is true when a person still cannot complete the required process. AI may simply change the point at which the barrier appears.

AI can support access when it gives someone a workable way to receive information, complete a task, communicate, or reach assistance. Problems arise when the automated route becomes the only practical route and the technology cannot understand the person’s question or preserve what the person meant. The ability to reach someone who can correct the problem remains important.

A summary that changes meaning is not reliable. A caption that cannot be trusted does not provide meaningful access. A form that forces someone to choose an answer that does not fit creates another barrier. Testing is important, but what happens after a problem is discovered matters just as much.

When a system misreads someone, there needs to be a practical way to correct the error. If a summary changes meaning, the original source still needs to be available. When a platform collects sensitive information, the person using it should be able to understand why the information is needed and what choices remain.

People with disabilities can end up identifying accessibility problems only after a product has already been released. Repeatedly explaining why vague alt text does not provide enough information or why a chatbot loop does not resolve a problem adds work to a process that may have been intended to make something easier. The same is true when a form offers no accurate answer but requires the person to choose one anyway.

The ways people with disabilities already use AI should not be ignored. These tools can help someone read material that was difficult to access in its original form or put information into a format that works better for them. They can also make writing, communication, or understanding an image easier. Those uses are part of the reason the questions in this article matter.

The debate that intensified in September 2026 focused on risks that could affect national security, public safety, and the way AI systems are governed. This article has focused on more basic questions. Is the information accurate? Can a person tell when something has been left out or changed? What information is being collected, and is there another way to complete the task when the technology gets it wrong?

The scale is different, but the underlying concern is similar. People are being asked to rely on AI before all of the questions about its accuracy, limits, and safeguards have been settled. For people with disabilities, those questions may begin with a caption, an image description, a form, or a customer service system. The larger debate asks what happens when AI causes serious harm. A more immediate question is what happens when someone needs the technology to work and it does not.


Disclaimer

This article is for general informational and educational purposes only and reflects the author’s perspective. It is not legal, medical, technological, or other professional advice. The article does not assess the obligations or practices of any specific person, organization, product, or service. Laws, accessibility standards, privacy practices, and AI technologies continue to change. Readers should consult current authoritative guidance or a qualified professional when addressing a specific situation.


References

  • American Foundation for the Blind. (2026). The AI Quagmire: Benefits, Risks, and User Aspirations Through a Disability Lens. American Foundation for the Blind.
  • Moharana, S., Bennett, C. L., Buehler, E., Madaio, M., Tibdewal, V., & Kane, S. K. (2025). “Accessibility people, you go work on that thing of yours over there”: Addressing disability inclusion in AI product organizations. Proceedings of the AAAI/ACM Conference on AI, Ethics, and Society, 8(2), 1724-1737.
  • National Institute of Standards and Technology. (2023). Artificial Intelligence Risk Management Framework 1.0. U.S. Department of Commerce.
  • National Institute of Standards and Technology. (2024). Artificial Intelligence Risk Management Framework: Generative Artificial Intelligence Profile. U.S. Department of Commerce.
  • Reuters. (2026a, September 10). More US lawmakers seek new AI rules after Anthropic researchers warn of human extinction.
  • Reuters. (2026b, September 11). US Senate negotiators consider requiring AI firms to mitigate known major risks.
  • Rogers, R., & Turk, V. (2025, March 23). OpenAI’s Sora is plagued by sexist, racist, and ableist biases. WIRED.
  • U.S. Department of Justice. (2024). Fact sheet: New rule on the accessibility of web content and mobile apps provided by state and local governments.
  • U.S. Department of Justice. (2026). Extension of compliance dates for nondiscrimination on the basis of disability; accessibility of web information and services of state and local government entities. Interim final rule.

Somewhere Between Summer and Fall

Twenty-five September mornings have come and gone since a clear blue sky became part of our collective memory. This is for the people who were lost, the people who ran toward danger, and the people who reached for one another.

Watercolor illustration of New York State, the Tribute in Light, and an American flag.

Twenty-five September mornings have come and gone since a clear blue sky became part of our collective memory.
This is for the people who were lost, the people who ran toward danger, and the people who reached for one another.


Somewhere Between Summer and Fall

By Kerry Ann Wiley

September 11th,
somewhere between summer and fall,
the clock struck,
and time stopped.

Towers bent and folded,
erupted in flame,
and a blue September morning
would never look the same.

People ran down.
Others went back
for those still inside.

Through fire and smoke,
through stairwells and streets,
people stayed.
They carried.
They climbed.

A hand reached for a hand.
A stranger carried a stranger.

Sirens cried.
Ash fell.
Names were called
into the smoke.

And somewhere,
a phone kept ringing.

September 11th,
somewhere between summer and fall,
the clock struck,
and time stopped.

Morning became afternoon.
September became October.
Children grew up.

Twenty-five summers.
Twenty-five falls.
Twenty-five September mornings.

The skyline changed.
The years moved on.
The names remained.

Do we remember
the hands reaching
through the smoke?

The ones who stayed,
the ones who carried,
the ones who climbed?

Twenty-five years gone.

September 11th,
somewhere between summer and fall,
the clock struck,
and time stopped.

Twenty-five years later,
morning comes again.

And still,
we speak their names.


We honor the lives lost, the lives forever changed, and the people who answered fear with courage and compassion.


Author’s Note

Twenty-five years later, the images of the towers, the smoke, and the ash remain part of our collective memory. We also remember the people who moved toward danger, helped coworkers and strangers down stairwells, carried those who could not keep going, and climbed floor after floor.

I wrote this poem to remember both what was lost and what people gave to one another in the middle of that morning. I am, and always will be, a proud New Yorker.

KAW


Cerebral Palsy Is Lifelong. Is the Care?

Pencil illustration of a child with crutches following signs for therapy, education, community, and support. The path breaks before an adult with crutches, beside the questions “Who can help now?” and “Where do I go?” and the statement “The system doesn’t reach here.”

Cerebral palsy (CP) is diagnosed in childhood. The need for knowledgeable medical care does not end when pediatric care ends. Recent research about childhood identification provides an opportunity to examine what is known about children with CP. It also points to what remains unanswered about their care as adults.

New data from the Centers for Disease Control and Prevention (CDC) show how often CP is being identified in young children. The findings suggest that some children may be receiving a diagnosis earlier than children did several years ago.

Earlier identification can give families access to medical care, therapy, early intervention, education supports, and other services sooner. It also raises a question that becomes more important as those children grow older: whether the same level of attention follows them into adulthood.

Researchers reviewed health and education records for children living in selected communities across the United States (U.S.). The surveillance sites were in Georgia, Minnesota, Missouri, Tennessee, and Utah. The CDC has tracked CP for decades and recently resumed broader surveillance through an existing network that monitors developmental disabilities.

The study examined how often CP was identified and when it was documented. Researchers also reviewed the subtypes reported and how children functioned in the participating communities. The estimates describe those five communities and are not national prevalence estimates.

In 2022, CP was identified in an estimated 2.2 per 1,000 4-year-olds and 2.4 per 1,000 8-year-olds. At both ages, the figure was slightly more than two children in every 1,000. Children born in 2018 were also more likely to have CP documented by age four than children born in 2014. This suggests that children in the younger group may have been identified sooner, which could allow services and support to begin earlier.

Researchers cautioned that the difference may reflect improvements in identification rather than an actual increase in the number of children with CP (Patrick et al., 2026). The finding adds useful information about when care may begin. It does not answer whether appropriate care remains available as those children grow older and their needs change.

The study also reported differences in CP prevalence and mobility among racial groups within the communities studied. Among 8-year-olds, CP prevalence was higher among Black children than among White children. A lower proportion of Black 8-year-olds with CP walked independently. These findings describe disparities within the population, but they do not explain the factors contributing to them. Overall, spastic CP was the most common subtype. Among all 8-year-olds with CP, 58.4 percent walked independently (Patrick et al., 2026).

CP does not affect everyone in the same way. One person may walk independently, while another uses a mobility device or needs assistance. The type and level of support can also vary. Medical care and rehabilitation must reflect the needs of the individual rather than a single view of the disability (Centers for Disease Control and Prevention, 2026).

Prevalence data show how many children are identified with CP. The numbers may differ depending on when children are diagnosed and which populations are studied. These findings are important, but CP does not end with childhood. Health needs can continue to change throughout adulthood. Population estimates help define the size of the population. They do not show whether adults with CP can find appropriate care when they need it at 30, 45, or 60.

Adult health needs can be very different from those that led to a diagnosis in childhood. The underlying brain injury is nonprogressive, but its effects on the body can change. Tasks that were once manageable may become more difficult. Pain, fatigue, or changes in movement can affect function in new ways. Aging can bring concerns involving the joints, bones, and overall physical health. Illness, injury, or surgery may create additional limitations and new rehabilitation needs.

Adults with CP can also develop medical conditions that are unrelated to the disability. Other conditions may interact with CP in ways that are not always easy to separate. These conditions may include nerve injuries, arthritis, spinal conditions, tendon injuries, and other neurological or orthopedic problems. When a person’s function changes, it should be evaluated rather than assumed to be part of CP.

The disability can affect how symptoms appear and how the person moves. It can also shape how a clinician interprets an examination. CP may influence which treatments are appropriate and what recovery requires. Even when CP is relevant, other possible causes of the new problem still need to be considered.

Clinicians also need to understand how CP may affect the assessment and treatment of another medical issue. The issue itself may not be caused by the disability. Even so, CP may influence decisions about surgery, rehabilitation, mobility, pain management, or recovery. Clinicians need to consider the current problem along with the person’s existing disability.

Finding that expertise can become more difficult after pediatric care ends. Providers and services available in childhood do not always have a clear counterpart in the adult health system. What was once a coordinated group of specialists can become a search for individual providers with the right experience.

Clinicians have described the need for stronger adult-focused systems. Many people leave pediatric care without an equivalent group of providers who understand CP across the lifespan (Clark et al., 2024). Children with CP may receive care from a range of specialists. Neurologists may evaluate changes in muscle tone, movement, coordination, or other concerns involving the nervous system.

Physical medicine and rehabilitation physicians, also called physiatrists, focus on function and mobility. They also consider the effects of disability on the body. Orthopedic specialists address problems involving bones, joints, muscles, and movement. Physical therapists work on mobility, strength, balance, and movement. Occupational therapists focus on the skills needed for everyday activities. Other specialists may be involved depending on the child’s needs.

Adult care is often less coordinated, even though the need for specialized care continues well beyond the transition from pediatrics. A 2025 University of Colorado study examined 280 adults with cerebral palsy who continued to receive rehabilitation care through a pediatric health system. More than half, 53.8 percent, had at least one equipment prescription, and 57.9 percent were receiving at least one form of therapy.

Across the group, patients had received care from more than 30 types of specialists, reflecting the range of medical and rehabilitation needs that can continue into adulthood. Yet documented transition efforts appeared in only 7.7 percent of rehabilitation visits (Sarmiento et al., 2025). The findings point to a persistent gap: adults may continue to need substantial specialty care even when there is little documented planning for how that care will continue outside the pediatric system

Research also shows how rehabilitation changes in adulthood. The reasons adults use therapy and rehabilitation services are not necessarily the same as they were in childhood. Therapy may help maintain function or address pain and changes in mobility. It may also support the use of equipment or respond to a new decline or medical problem. Equipment needs may change as a person’s abilities, priorities, and circumstances change.

A separate study examined how rehabilitation needs change across adulthood. Adults described the continuing importance of access to therapy. They also reported changes in equipment needs and rehabilitation goals as their health and circumstances changed. Rehabilitation does not become unnecessary after pediatric care ends. Its purpose may change as adults require different equipment, treatment, or support (Sarmiento et al., 2026).

Access to rehabilitation is only one element of effective care. The treatment plan also has to reflect the person’s existing function and physical needs. Muscle tone, balance, established ways of moving, and the use of mobility devices may influence recovery after surgery. Recovery can also place added demands on other parts of the body that are already compensating.

A standard rehabilitation plan may not account for those factors. Before treatment begins, the clinician needs a clear picture of how the person functioned before the new problem occurred. The clinician can then identify what has changed. The plan should address what needs to be restored or adapted and which approach is most appropriate for recovery.

Long-term care also needs to address health risks that may become more significant with age. A 2026 review found a higher burden of osteoarthritis, osteoporosis, and fractures among adults with CP than among adults without CP. The certainty of the evidence ranged from low to moderate. The review also found limited evidence about how musculoskeletal conditions should be monitored and managed over time (Ryan et al., 2026).

These conditions affect the muscles, bones, joints, and other structures involved in movement. Adults with cerebral palsy may develop osteoarthritis or hip degeneration. Tendon injuries and problems related to overuse may also occur, particularly after years of compensating for altered movement. Despite these risks, clinicians still have limited evidence to guide screening, monitoring, and treatment.

Work to strengthen that guidance is underway. In 2023, the Cerebral Palsy Foundation launched an international initiative to develop preventive health care guidelines for adults with CP, with the goal of supporting primary care. The guidelines address pain; musculoskeletal and neurological health; cardiometabolic and respiratory health; mental health; gastrointestinal health; and other concerns that may require attention throughout adulthood (Cerebral Palsy Foundation, n.d.).

Preventive care is meant to identify risks and address concerns before they become more serious. Routine screenings matter, but they are only one part of it. Prevention also depends on recognizing changes early and deciding when closer monitoring is needed. It also means knowing when a concern requires further evaluation or specialty care. Those decisions can determine how quickly a problem is identified and whether treatment begins before the condition progresses or becomes harder to manage.

For adults with CP, the quality of care becomes especially important when health or function changes. A primary-care clinician may need to recognize when a specialist should become involved. A surgeon may need to consider how CP could affect recovery. A therapist may need to adjust rehabilitation to the person’s existing mobility and function.

New concerns may involve pain, but pain is not an inevitable part of CP. Changes may instead appear as increased stiffness or changes in muscle tone. A person may also experience reduced movement or greater difficulty completing familiar activities. Pain and spasticity can occur together, but they are not the same problem. Each may require a different evaluation and treatment. These changes need to be assessed rather than accepted as an expected part of the disability.

Treatment should reflect the person’s current needs. It should also account for aging and recovery from illness or surgery. Changes in mobility or function may require the treatment plan to be adjusted over time. When those elements are missing, treatment may be delayed. The result may be additional loss of function or greater difficulty finding a clinician with the right experience.

The 2026 CDC study is valuable because reliable prevalence data remain necessary. Earlier diagnosis can improve access to services during childhood. Surveillance can also identify differences across populations that warrant further study. The data cannot show whether adults can find appropriate specialists or obtain useful rehabilitation. They also cannot show whether a change in health or function receives a timely evaluation.

A child diagnosed with cerebral palsy at age four will eventually become an adult. The diagnosis may remain the same at 24, 44, or 64, but medical needs can change. New mobility problems may call for evaluation by a physical medicine and rehabilitation physician. Recovery after surgery may involve occupational or physical therapy. Pain, changes in movement, or other musculoskeletal concerns may require orthopedic evaluation. Primary care also remains important in recognizing changes that may need specialty assessment.

Surveillance data can show how often cerebral palsy is identified in childhood and reveal patterns in diagnosis. Far less information is available about what happens later. For adults with CP, important questions remain: whether appropriate specialists are available, whether rehabilitation can be obtained after surgery or injury, and whether changes in strength, mobility, pain, or function are evaluated by clinicians with experience treating adults with CP.

Earlier diagnosis can improve access to services during childhood, but it does not address the medical and rehabilitation needs that continue into adulthood. Those needs may change with age, new health conditions, surgery, injury, or changes in function. Access to adult specialty care, rehabilitation, and treatment, however, remains much harder to measure than childhood prevalence.

Knowing how many children are identified with CP is important. Prevalence data establish the size of the population and can reveal patterns in diagnosis and childhood outcomes. Such data cannot show whether appropriate care remains available as children with CP become adults.

Significant gaps remain in adult care, rehabilitation, transition planning, and long-term clinical guidance. These gaps affect whether adults with CP can find clinicians with appropriate expertise, obtain rehabilitation when needed, and receive timely evaluation when health or function changes. The same gaps also shape whether treatment reflects the realities of aging with CP.

A prevalence estimate can describe the population. It cannot show whether the health care system is prepared to meet the needs of that population 20, 40, or 60 years later. Childhood surveillance can document who is identified with CP. What remains much less clear is what kind of care is available after childhood ends.

As childhood identification improves, a larger question remains: whether knowledgeable adult care will keep pace or become increasingly difficult to find. Earlier diagnosis may connect a child with specialists, rehabilitation, and other services.

Years later, when health or function changes, will that same person still be able to find a clinician who understands cerebral palsy, recognizes what has changed, and knows how to respond?


Author’s Note

The views expressed in this article are those of the author and are not intended to represent any organization associated with the author. The author is not affiliated with the Centers for Disease Control and Prevention, the Cerebral Palsy Foundation, or the researchers and institutions cited.

This article is provided for informational purposes only. It is not a substitute for medical advice, diagnosis, or treatment. Readers should consult a qualified health care professional about individual medical concerns and review the original sources for complete study findings.


References

  • Centers for Disease Control and Prevention. (2026, June 12). About cerebral palsy. https://www.cdc.gov/cerebral-palsy/about/index.html
  • Cerebral Palsy Foundation. (n.d.). Adult health care. https://www.cerebralpalsyfoundation.org/adult-healthcare/
  • Clark, J., Sarmiento, C., Sanders, J., Wang, L., Fetsko, L., & Akamagwuna, U. (2024). Navigating the complex care landscape: Addressing challenges and advancing adult care frameworks for individuals with cerebral palsy. Health Care Transitions, 2, Article 100051. https://doi.org/10.1016/j.hctj.2024.100051
  • Patrick, M. E., Shaw, K. A., Claridy, M., et al. (2026). Prevalence of cerebral palsy among children aged 4 and 8 years in 5 US communities in 2022. Pediatrics Open Science, 2(2), 1-9. https://doi.org/10.1542/pedsos.2026-001428
  • Ryan, J. M., Burke, J., Byrne, R., Capellari, E., Marciniak, C. M., Sofiany, M., Jalal, R., Peterson, M. D., Gorter, J. W., Whaley, A. H., & Imms, C. (2026). Musculoskeletal health among adults with cerebral palsy: A systematic review. Developmental Medicine & Child Neurology. Advance online publication. https://doi.org/10.1111/dmcn.70317
  • Sarmiento, C. A., Glaros, C., Wyrwa, J. M., Gianetti, E., Bremel, M., Silveira, L., Borchert, D., Brenner, L. A., & Dorsey Holliman, B. (2025). Rehabilitation needs and healthcare utilization of adults with cerebral palsy: A mixed methods study. Journal of Pediatric Rehabilitation Medicine, 18(4), 268-281. https://doi.org/10.1177/18758894251391901
  • Sarmiento, C. A., Petranovich, C. L. K., Moran, N., Glaros, C., et al. (2026). Evolving rehabilitation needs across the lifespan: A mixed methods study with adults with cerebral palsy. Disability and Rehabilitation, 48(5), 1391-1406. https://doi.org/10.1080/09638288.2025.2561860

Overshadowed

Muted watercolor of a woman with glasses seated at a table with an open notebook, surrounded by faint overlapping figures and anatomical sketches.

After ulnar nerve surgery, my left hand did not return to the level of function it had before. Tasks that had once been manageable began to require more effort, and some became difficult in ways that were new. Finding the cause became more complicated because cerebral palsy had already been part of my medical history since childhood.

Cerebral palsy affects movement and balance. Spasticity in my lower body also changes how I use my upper body to compensate. Any evaluation of new hand weakness needs to account for those factors. They may affect how the weakness limits function and what kind of therapy or support could help. They do not explain why strength declined after surgery or why familiar movements became harder.

The continuing weakness raised another question about how a lifelong diagnosis can influence the way a new medical problem is understood. A diagnosis that has been present for years can become the first explanation considered, even when the symptom itself is new.

Healthcare has a term for this problem: diagnostic overshadowing. It occurs when a new symptom or medical concern is attributed too quickly to an existing diagnosis, making another possible cause easier to overlook. The existing diagnosis may be relevant, but it can influence the evaluation before the connection has actually been established.

Research has documented this problem particularly in people with intellectual disabilities and mental health conditions, although the evidence should not be applied automatically to every disability or clinical encounter (Dell’Armo & Tassé, 2024).

For someone who has lived with cerebral palsy for decades, the concern is not that cerebral palsy should be ignored. It should not. The concern is whether something new is being investigated as something new, rather than being attributed too quickly to what is already known.

The weakness in my hand followed surgery, and the changes were not limited to strength alone. Sensation in the hand was different, familiar tasks became harder, and movements that had worked before no longer felt the same. Cerebral palsy may affect how the weakness changes function and how rehabilitation needs to be approached, but it does not explain why those changes occurred.

Diagnostic overshadowing becomes a concern when an established diagnosis influences how a new symptom is interpreted. The medical record already contains an explanation that may seem to fit. Sometimes it does; sometimes the new symptom has another cause. If the existing diagnosis is accepted too quickly, the evaluation may not go far enough to determine what actually changed. A different cause can then remain unrecognized.

People who have lived with a disability for years often recognize when something has changed from how they usually function. They know which tasks have always required more effort and which ones have become harder more recently.

The medical explanation may still be unclear. Even so, a person often knows when something has changed. A familiar task may require more effort. A movement that once came easily may no longer work the same way, or a function the person could once perform may be reduced or lost. This history may not identify the cause, but it can provide important evidence of what has changed and when the change began.

Cerebral palsy has always affected movement and spasticity. The loss of strength in my left hand came later. The two may interact, and cerebral palsy may affect how the weakness is experienced, but the connection should be established through evidence rather than assumed.

Diagnostic overshadowing does not always result from a provider dismissing a concern. An established diagnosis may seem to explain the new symptom, particularly when it has been part of the medical record for years. Sometimes that connection is correct. The concern is whether other possible causes are considered before the existing diagnosis is accepted as the explanation.

The weakness in my left hand still has no clear explanation. Cerebral palsy may affect how much the weakness changes what I can do; it may also influence what kind of therapy or support could help. It does not explain why the weakness continued after surgery.

The hardest part is knowing that something changed while the cause is still unclear. The weakness is real, and so is the loss of function. The explanation is still being worked out. For someone with a lifelong disability, that uncertainty can become more complicated when the existing diagnosis is the first explanation considered.

Cerebral palsy belongs in the discussion because it affects movement, compensation, and rehabilitation. It also has limits as an explanation. A diagnosis carried since childhood should not make a new symptom easier to dismiss or harder to investigate.

The questions become more important when function has already been built around years of adaptation. Losing strength in one hand does not simply change one measurement. It can disrupt the way other tasks have been managed for years. A change that appears modest in a clinical measurement may have a much greater effect on what a person is able to do.

The goal is not to push a lifelong diagnosis aside. It is to make sure a new problem is recognized and evaluated on its own terms. When a person says, “This is different,” those words should start the investigation, not end it.


Disclaimer

This essay reflects the author’s personal experience and perspective and is informed by publicly available research on diagnostic overshadowing and disability. It is for general information only and is not medical, legal, psychological, or other professional advice. The views expressed are the author’s alone and do not represent any employer, agency, provider, or organization with which the author is affiliated.


Refereneces

  • Dell’Armo, K., & Tassé, M. J. (2024). Diagnostic Overshadowing of Psychological Disorders in People With Intellectual Disability: A Systematic Review. American journal on intellectual and developmental disabilities129(2), 116–134. https://doi.org/10.1352/1944-7558-129.2.116

The Problem With the Baseline

Black-and-white image of a woman taking notes beside a hand anatomy diagram while two clinicians talk in the blurred background.

The waiting room was ordinary enough. People checked in, handed over insurance cards, completed forms, and waited for their names to be called. Patients were brought back in pairs, each moving through the same routine with little explanation.

When my name was called, two occupational therapy providers were waiting in the examination room. Neither introduced herself. Their roles became clear only after I asked: one was an experienced occupational therapist, and the other was a student. No one had explained that a student would participate in the evaluation or asked whether I was comfortable with the arrangement.

The appointment was intended to evaluate continuing weakness and loss of function in my left hand after ulnar nerve transposition surgery. Cerebral palsy and spasticity also needed to be considered because both affect how my body moves. The purpose was to understand what had changed, what the evaluation showed, and what treatment options might be appropriate.

The assessment moved quickly into range of motion, strength, movement, and function. Measurements were taken, symptoms were discussed, and diagnoses entered the conversation. Then came the words: atypical, anomaly, impaired, unusual, abnormal.

During the evaluation, my attention remained on the weakness in my hand and the loss of function after surgery. I wanted to understand what had changed, how cerebral palsy and spasticity affected the results, and whether the therapists could offer an appropriate treatment plan. There was already a great deal to take in without stopping the assessment to question every word.

Questions about the terminology came later. What, specifically, was atypical? Did anomaly refer to my anatomy, movement, or nerve response? Was impaired being used to describe my grip strength, range of motion, or overall hand function? What did the therapists consider unusual or abnormal? Without clear explanations, the words seemed to describe more than the measurements taken during the evaluation.

Comparisons are part of an evaluation. A therapist may look at expected measurements, compare one hand with the other, or consider how the person functioned before an injury or surgery. These comparisons can help identify what changed, but they do not all mean the same thing. Comparing my hand with a standard measurement is different from comparing it with how my hand functioned before surgery.

Measurements of grip strength, range of motion, and nerve response can show where function has changed. They can also help guide treatment. They do not explain how a person completes tasks, what support the person uses, or what the person wants to regain.

What Is Being Compared?

For a person with a disability, comparisons with what is considered typical can begin early. The way a person moves may be compared with the movement of other people of the same age. Communication may be evaluated according to speech, pace, or delivery, while tasks are often judged by how independently, quickly, or efficiently they are completed.

Some comparisons provide useful information. Developmental milestones can identify areas where a child may need support. Clinical measurements can document a change, guide treatment, or show whether an intervention is working. Problems arise when the comparison extends beyond the specific issue being evaluated.

Disability affects people in different ways and to different degrees. Even people with the same diagnosis may not have the same abilities or support needs. One person may need support in a particular area, while another may not. A single baseline cannot reflect those differences.

Words like typical and atypical can suggest a clearer dividing line than actually exists. They may be useful as shorthand, but they do not account for the different ways people move, communicate, complete tasks, or use support. They can also leave a person wondering which part of what they do has been judged to fall outside the expected range.

An evaluation involving ulnar nerve damage offers a clear example. Grip strength, sensation, range of motion, and nerve response may be compared with expected measurements or with the person’s earlier function. Those comparisons can help document a loss and guide treatment. They measure specific aspects of function; they do not provide a complete description of what a person can do.

A person’s level of function before an injury or surgery is an important point of comparison. For someone with cerebral palsy, an established way of moving may differ from a standard clinical reference without indicating a new change in function. In my evaluation, the more relevant comparison was how my hand functioned before surgery and what had changed afterward. If the evaluator does not clearly identify the baseline being used, a lifelong disability can be mistaken for a recent loss of function.

Identifying the baseline becomes especially important when the word normal is used. In medicine, normal may refer to a statistical range, an expected test result, or the absence of a clinical concern. The person hearing the word may understand it more broadly. A measurement outside the expected range can begin to sound like a judgment about the person rather than a description of the result.

Clinical terminology may be familiar to the professionals using it, but familiarity does not make every use clear or appropriate. A term may be recognizable within medicine, occupational therapy, or physical therapy and still leave the person feeling categorized rather than informed. How the term is explained, applied, and understood by the person matters just as much as its technical definition.

The goal is not softer medical language. It is more exact language. Saying that a nerve response is reduced provides concrete information. Describing increased muscle tone, loss of strength, restricted range of motion, or a specific functional change does the same. Difficult information does not need to be avoided; it needs to describe the right thing.

When the Standard Becomes Personal

During my evaluation, words such as atypical, impaired, abnormal, and anomaly were used alongside measurements of strength, movement, and range of motion. None was clearly connected to what the therapists were observing or measuring. As a result, it was difficult to tell whether they were describing the nerve damage, movement related to cerebral palsy, or my function more broadly.

In rehabilitation, progress is often measured by whether a person can complete a task in the expected way and without help. Walking without a mobility device, fastening clothing independently, or holding an object with a standard grip may be treated as better outcomes. A person may complete the same task with assistance or adaptive equipment. A different technique may also be safer and equally effective. An evaluation centered on independence does not fully account for pain, fatigue, the time required to complete the task, or whether the outcome reflects the person’s own goal.

Research by Feldner et al. (2022) examined the experiences of people with disabilities in rehabilitation education, healthcare, and related settings. Their research found that efforts to normalize, correct, or overcome disability can sometimes take priority over the person’s own experience, goals, and priorities. During my evaluation, the focus remained largely on how my hand compared with a standard range of movement and function. The discussion did not clearly distinguish my longstanding movement patterns from the functional loss that developed after surgery, nor did it establish what I wanted to regain.

Those comparisons can also influence how a person views their own abilities. Internalized ableism may develop when certain ways of moving or completing tasks are repeatedly treated as preferable. Independence can become associated with competence, while the use of assistance or accommodations may be viewed as evidence of lesser ability.

Over time, a person may begin applying those same standards to their own choices, progress, and capabilities. Their assessment of what they can do may then become tied to how closely they conform to those expectations rather than to what works for them.

The result may be a feeling that asking for help represents failure. A successful way of completing a task may be dismissed because it looks different, or an accommodation may be avoided because independence has been presented as the better outcome. Not every person with a disability experiences internalized ableism. The term describes the influence of outside expectations, not a belief that begins with the person or with disability itself.

Research by Jóhannsdóttir et al. (2022) examined internalized ableism through the experiences of young people with disabilities. Participants described pressure to downplay disability, distance themselves from it, and measure themselves against expectations shaped by people without disabilities.

During my evaluation, terms related to expected function were used without making clear what standard I was being compared with. Repeated use of these comparisons can influence how a person defines ability, progress, and success, particularly when the standard does not reflect the person’s own needs, choices, or circumstances.

The same pressures can appear outside formal evaluations and rehabilitation settings. A child may be encouraged to complete a task without help even when doing so requires more time, effort, or causes pain. An adult may feel pressure to manage without an accommodation even when that accommodation makes the task safer or more effective.

In both situations, success can become tied to doing things in a way that appears less disabled. A more useful measure of progress considers whether the person has greater choice, comfort, control, and access to the support needed to accomplish what they want to do.

Language used during an evaluation can repeat the same message. Hearing abnormal or impaired once does not automatically change how a person understands themselves. Repeated use can still reinforce the idea that one way of moving or functioning is preferable, particularly when the words are not connected to a specific test result or functional change.

Research by Friedman, VanPuymbrouck, and Gordon (2024) asked 347 professionals in disability-related fields to define ableism. Their analysis found recurring misunderstandings about ability, othering, language, and assumptions about what people with disabilities can do. Fewer than half of the participants demonstrated a full understanding of ableism.

The study included professionals from several fields, so the findings are not specific to occupational therapy or healthcare and should not be applied to every professional encounter. Even with those limits, the research shows that working with people with disabilities does not automatically mean that a professional fully understands ableism or the assumptions that can shape communication.

My evaluation raised a related concern about how disability-related language was used. Terms related to function were not clearly tied to nerve damage, movement associated with cerebral palsy, or my overall level of function. Without that distinction, it was difficult to understand what the therapists were describing or how their conclusions related to the changes I experienced after surgery.

Measuring my grip strength, movement, and range of motion was appropriate and provided useful information about my function. The problem was not the use of clinical measurements, but the use of words like abnormal and anomaly without explaining what they referred to. When terminology is left undefined, it can obscure rather than clarify the findings. A clinical term is only useful to the person being evaluated when its meaning and relevance are explained.

The Person in the Evaluation Room

The purpose of the evaluation was to determine why the strength and function in my hand had declined after surgery. As the therapists measured my movement and strength, I explained how my hand had functioned before surgery and how cerebral palsy and spasticity affected the way I moved. There was a considerable amount of medical information to explain, hear, and process during the appointment. Stopping to question each unfamiliar or unclear term would have taken attention away from the changes in function I needed the therapists to evaluate.

The terminology was only one concern. Neither provider introduced herself, and I had not been told before the appointment that a student would participate in the evaluation. No one asked whether I was comfortable with the student’s involvement. Those interactions affected how I understood my role in the evaluation and whether I was being included in decisions about what was happening during the appointment.

Research on healthcare interactions involving people with disabilities provides a broader context for these concerns. It looks not only at the words professionals use, but also at whether the person with a disability is spoken to directly, included in the conversation, and involved in decisions about their care.

A 2024 training study involving medical and dental students examined verbal and nonverbal behavior during interactions with people with disabilities. The training addressed disability-related microaggressions, meaning subtle comments, assumptions, or behaviors that can communicate bias or disrespect toward a person with a disability, even when harm is not intended.

Examples included assumptions about a person’s abilities and speaking to a companion rather than directly to the person with a disability. After the training, students reported greater knowledge of disability-related microaggressions, greater comfort discussing them, and a better understanding of how to create more disability-sensitive healthcare environments. Ninety-three percent of students completing the post-training survey said they felt better prepared to contribute to an anti-ableist learning environment (Isaacson et al., 2024).

A separate 2024 qualitative study of people with disabilities receiving mental healthcare found recurring concerns involving misplaced assumptions, limited provider knowledge about disability, medical gaslighting, interpersonal ableism, accessibility barriers, and broader systemic ableism. Participants described situations in which providers misunderstood their experiences or relied on assumptions about disability rather than the person’s stated needs (Wang et al., 2024).

The study focused on mental healthcare, not occupational therapy, so it does not tell us what happens in every occupational therapy setting. It does, however, identify a broader concern across healthcare: assumptions about disability can affect how a provider understands a person’s symptoms, abilities, and experience.

My evaluation raised a similar question. The purpose was to assess a specific decline in hand strength and function following surgery while also accounting for the effects cerebral palsy and spasticity had on movement before surgery. An important part of that process was distinguishing longstanding characteristics from changes that occurred afterward. When the communication and terminology did not clearly make that distinction, it became difficult to tell whether the evaluation was centered on the functional loss I described or whether some observations were being interpreted through assumptions about how a person with cerebral palsy moves and functions.

The research provides useful context for understanding the interaction while recognizing that clinical terminology is not inherently inappropriate or evidence of a microaggression. Terms such as abnormal and atypical can serve a legitimate clinical purpose when they describe a test result that falls outside an expected range, a movement pattern that differs from a standard measurement, or another specific clinical observation.

These terms are easier to understand when they are connected directly to what is being measured or observed. A clinician might be referring to reduced grip strength, restricted movement, altered sensation, or another measurable result, and providing that context makes the meaning clearer. Without it, a person may be left unsure whether the clinician is describing a specific test result, a change in function, or a broader conclusion about the person or their disability.

A More Useful Baseline

Clinical accuracy is one part of effective communication. The language also needs to be specific enough for the person to understand what is being described. A comment about strength can identify the degree or location of weakness. A comment about nerve function can identify what is affected and explain why it matters.

A reduced ulnar nerve response gives the person something concrete to understand. A measurable decrease in grip strength or reduced sensation in the areas supplied by the ulnar nerve does the same.

Terms like abnormal, atypical, or dysfunctional can be difficult to interpret without additional explanation. Even when they are clinically appropriate, the person may not know exactly what the term refers to, how it was determined, or what it means for strength, sensation, movement, or function.

A useful question is whether the person understands what the term refers to and why it is being used. Technical accuracy alone does not mean the language will be understood as intended. When discussing nerve function, strength, sensation, movement, or other functional changes, the language should stay connected to the specific issue being described. This keeps the focus on the clinical issue rather than allowing the language to sound as though it defines the person.

Medical professionals, occupational therapists, physical therapists, and other rehabilitation professionals influence how these encounters are experienced through choices that may seem routine. Introductions help establish who is present and why. Explaining each person’s role gives the patient a clearer understanding of who is participating in the evaluation or treatment. Asking before involving a student also gives the patient an opportunity to understand and agree to that participation.

Language is part of the same interaction. A clinician can identify a functional loss while keeping the description focused on the specific function being assessed. A therapist can describe restricted movement or a difference from an expected clinical range without extending that description beyond what was observed. Documentation can remain accurate and specific. It can also distinguish between a clinical description and the person experiencing it.

An abnormal test result describes the result, not the person. An atypical movement pattern describes a pattern of movement. Impaired function identifies an area in which function has been affected. An anatomical anomaly is a clinical description of a physical characteristic. These terms can be useful, but their meaning is clearer when they remain connected to the specific aspect of function or anatomy they are intended to describe.

The issue may not be the use of a baseline or clinical comparison itself. Comparison is an important part of assessment. It can provide useful information about changes in function. Disability can also affect people differently. Function can change over time, and people with the same diagnosis may have different abilities, limitations, and support needs. A baseline is most useful when it helps explain the individual situation rather than becoming the explanation by itself.

The occupational therapy evaluation provided useful measurements, but it did not provide the explanation or direction I had hoped to receive. Questions remained about the cause of the continuing weakness, the effects of surgery, and the possible role of spasticity. I also left without a clear understanding of what treatment or rehabilitation might be appropriate.

During the evaluation, terms such as “abnormal,” “atypical,” and “anomaly” were used without clearly explaining what specific findings they described or how those findings related to my function and care. Without that context, the terminology added uncertainty rather than helping me understand the results of the evaluation or what they meant for the next steps in treatment.

Words used during an examination are necessarily limited. Their purpose is to describe what was observed, explain its clinical significance, and help determine what may come next. A useful baseline keeps the description connected to the specific movement, measurement, anatomical characteristic, diagnosis, or area of function being discussed. Doing so allows clinical language to remain precise. It also preserves a fuller understanding of the person receiving care.

Words used in an examination room cannot capture a whole person, nor are they meant to. They can identify what was observed, explain its clinical significance, and help guide treatment or further evaluation. A better baseline keeps the clinical description where it belongs: with the specific movement, measurement, diagnosis, or function being discussed. The language should describe the clinical issue without allowing it to define the person receiving care. Good clinical language should clarify care, not reduce a person to the terms used to describe it.


Disclaimer

This opinion essay reflects my personal experience during an occupational therapy evaluation following ulnar nerve surgery. It discusses clinical language used in the course of that evaluation and my understanding of how certain terms were communicated. It is not intended to assess the competence, conduct, or quality of care of any individual provider, facility, or profession, nor should one experience be understood as representative of occupational therapy or rehabilitation practice generally. Any discussion of clinical terminology is presented for purposes of personal commentary and general information only. This essay is not medical, psychological, legal, or other professional advice.


References

  • Feldner, H. A., Evans, H. D., Chamblin, K., Ellis, L. M., Harniss, M. K., Lee, D., & Woiak, J. (2022). Infusing disability equity within rehabilitation education and practice: A qualitative study of lived experiences of ableism, allyship, and healthcare partnership. Frontiers in Rehabilitation Sciences, 3, 947592. https://doi.org/10.3389/fresc.2022.947592
  • Friedman, C., VanPuymbrouck, L., & Gordon, Z. (2024). “Not seeing people as capable”: Disability professionals’ mis/understandings of ableism. Journal of Applied Research in Intellectual Disabilities, 37(3), e13218. https://doi.org/10.1111/jar.13218
  • Isaacson, A., Coleman, J., Fok, K., & Tolchin, D. W. (2024). Creating an anti-ableist learning environment: Development of a novel disability-related microaggressions session for medical and dental students and mixed methods analysis of impact on learning and empowerment. Disability and Health Journal, 17(3), 101584. https://doi.org/10.1016/j.dhjo.2024.101584
  • Jóhannsdóttir, Á., Egilson, S. Þ., & Haraldsdóttir, F. (2022). Implications of internalised ableism for the health and wellbeing of disabled young people. Sociology of Health & Illness, 44(2), 360-376. https://doi.org/10.1111/1467-9566.13425
  • Wang, K., Ostrove, J. M., Manning, R. B., Fodero, S., Ash, S. L., Whang, J., Bogart, K. R., Cipollina, R., Nario-Redmond, M. R., Adler, J. M., & Lowe, S. R. (2024). Ableism in mental healthcare settings: A qualitative study among U.S. adults with disabilities. SSM: Qualitative Research in Health, 6, 100498. https://doi.org/10.1016/j.ssmqr.2024.100498


Ulnar Nerve Recovery Series

This essay is part of Ulnar Nerve Surgery, Recovery, and Disability, a chronological collection about diagnosis, surgery, hand weakness, rehabilitation, adaptation, and disability-informed care.