COURSE · PART 2 · MODULE 6 · PAGE 2
Automatic Control and Conscious Effort
Lesson 16 explores automatic control and conscious effort through everyday examples, collaborative adaptations and clinical reasoning.
For the Person With FND
For Family, Friends, and Other Supporters
For Clinicians and the Care Team
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For the Person With FND
When your hand knows the way
Imagine signing your name on a card.
For many people, the pen seems to know where to go. You think about writing your name, and your hand takes care of lots of little movements.
Now imagine someone asking questions while you write.
“Which finger moves first? What does your wrist do? How hard are you pressing?”
Suddenly, signing your name sounds like quite a job!
This is one way to picture automatic control. Your brain has learned to put parts of a familiar action together. You focus on what you want to do while much of the coordination happens behind the scenes.
So, is this still about attention?
Yes, but we’re looking at a different part of the story.
In the last lesson, attention was like a spotlight: it helped decide what stood out to you.
This lesson is about the work your nervous system can do without keeping every little movement in that spotlight.
When you sign your name, your brain prepares the action and sends instructions to your muscles. It also uses information from your eyes and body to make tiny adjustments as you go.
You experience this as writing your name, rather than a long list of commands to your fingers.
Attention helps guide the goal. Automatic control helps carry out a familiar action. They work together. [6]
How does a movement become automatic?
Think about learning something new, such as tying a knot.
At first, you may need to stop and remember which end goes where. Every step deserves its own little moment of attention.
After practice, the action may start to flow. Your brain has learned a pattern it can use again.
This process is called motor learning. It involves networks across the brain, including areas that help plan movements, coordinate their timing, and adjust what happens next. [6]
Automatic movement still needs a working nervous system. It can also change with pain, fatigue, the task, and the situation.
And the brain can move between more conscious and more automatic control. Imagine picking up a mug. Much of that action may feel natural. If the mug starts to slip, your attention jumps in and you adjust your grip.
Both ways of working have a purpose.
Where does FND fit?
Remember the walking example from Lesson 15?
Someone hears footsteps behind them. They begin wondering whether they’re walking strangely or slowing another person down.
Now their attention is caught up in how each step looks.
For some people with a functional gait difficulty, close attention to movement can happen alongside changes in how well the action flows. For others, the relationship is different.
Researchers are investigating whether attention, movement planning, and the sense of control over an action work differently in some forms of FND. These are useful ideas for study and rehabilitation—not a proven explanation for every person’s symptoms. [1][2]
The movement difficulty remains involuntary. Finding a different way to approach an action is an opportunity to help, rather than a test of effort or willpower.
A movement that happens once, and a movement you can depend on
Picture someone with functional weakness in an arm.
During an appointment, lifting that arm on request is difficult.
Later, while getting dressed, the arm might help a little as the person works a sleeve into place.
The action has a purpose, and the movement happened in a different situation. A clinician may find that difference helpful when assessing functional weakness.
But getting dressed still takes work. The person may need help, more time, or equipment.
One movement is a snapshot. Daily life is the whole movie.
Being able to move once, being able to start a movement when you need it, and being able to keep going safely are different things.
A brief movement in a clinic can offer useful information. Reliable movement at home is what the person needs to live their life. [1][3]
How can rehabilitation work with automatic movement?
Imagine someone meeting with a physiotherapist because their arm feels weak.
Instead of practising only the instruction “lift your arm,” the therapist might help them move a light towel onto a nearby surface while comfortably seated.
The goal gives the movement a purpose. The therapist helps with the parts that are difficult and adjusts the activity to what the person can manage.
This is called task-oriented movement practice. It is one approach used in specialist rehabilitation for some functional movement difficulties. [1]
Later, an occupational therapist, or OT, might work with the person on getting dressed at home.
Perhaps sitting in a different position makes the task easier. Perhaps a clothing aid helps them finish it with less effort.
An adaptation can support everyday life while rehabilitation continues. The useful result is something the person can do more comfortably, safely, or reliably. [3]
Are other FND symptoms connected?
Some other functional movement symptoms, such as tremor or certain walking and posturing difficulties, may also vary with how an action is performed. The approach needs to fit the symptom. For example, a painful fixed posture calls for different care from a movement that becomes easier during a familiar task.
Speech is another interesting example.
Think about telling a friend an exciting story. You know what you want to say. Your nervous system coordinates many parts of speaking as the words come out.
For some people with functional speech or voice difficulties, a speech-language therapist may explore getting a meaningful message across rather than repeating an isolated sound. They can also help the person use another way to communicate when needed. [4]
Hold on to that thought
You might already be thinking, “Hang on. Could this explain something that happens to me?”
It’s a natural question. As you learn about FND, you’ll probably start looking for connections to your own symptoms.
There’s a useful boundary to keep in mind, though.
This lesson is about familiar, learned actions, especially movement and some aspects of speaking. We know these actions can become more automatic with practice. Clinicians have also observed changes in how some functional symptoms appear during different tasks.
What causes an individual symptom is a bigger question. Several nervous-system processes may be involved, and researchers are still working out how they fit together in FND.
Think of the course as a picture we’re building one piece at a time.
The next lesson will explore how the focus or setting of an activity can change what happens. Later we’ll look at how the brain prepares for events, understands signals from the body, and responds to what seems important.
So keep those questions in your back pocket. More pieces are coming. And if a symptom raises a health or safety concern, a clinician can assess it on its own merits while we keep learning.
Finding an approach that fits your life
Maybe an activity sometimes goes more easily than expected. Maybe it remains difficult every time.
Either experience deserves attention and practical support.
Sometimes rehabilitation means working toward a movement with a therapist. Sometimes it means finding a better way to do an everyday job.
The useful question is: “What am I trying to do, and what might help me do it?”
Something to think about
When you do something familiar, such as getting dressed or reaching for a cup, do you usually think about the goal or about every little movement along the way?
How might that feel?
Think about something you used to do without paying much attention to the movements, such as getting dressed, reaching for a cup or walking across a room.
If it now takes a lot more effort, what part of that activity do you miss most? What would help you enjoy that part again, even if you still need equipment or help?
One small step
Choose a familiar, safe activity you can already do, such as sorting a few lightweight objects into a box while seated securely.
Think about the goal—getting the objects where they belong—rather than giving yourself instructions for each movement.
Keep your usual supports. Try it only for as long as it feels comfortable, and rest when you need to.
If an activity brings a risk of falling or injury, you can describe it to your physiotherapist or occupational therapist instead. They can help you explore a safe version together.
Next, we’ll look more closely at how changing the focus, instructions, or surroundings may affect what happens during an activity.
Further reading in the Reference Library
For more detail, choose the topic that fits your question. Each page includes information for the person, supporters and clinicians.
Optional crossword
Revisit the lesson with a crossword. The easy edition includes a word bank.
Optional colouring activity
Open the Lesson 16 colouring PDF (new tab), or browse the colouring collection.
For the Person With FND
For Family, Friends, and Other Supporters
For Clinicians and the Care Team
Research and Sources
For Family, Friends, and Other Supporters
You just saw them do it. What happens now?
Imagine someone you care about reaching for a cup on the table.
They’ve been struggling to move their arm, but this time their hand moves almost naturally toward the cup.
You’re pleased. Perhaps a little surprised.
A few minutes later, they need to lift that same arm to put on a shirt. They try, but the movement barely starts.
You may be thinking, But I just saw that arm move.
And the person with FND may be thinking something equally frustrating: I know I can sometimes move it. Why can’t I do it now?
Both people have seen something real. The movement toward the cup happened. So did the difficulty getting dressed.
Both moments deserve to be believed. The useful question is how they can be true together.
This lesson offers a way to understand that puzzle and use what you’ve noticed to offer help that feels supportive rather than like another examination.
How does the nervous system know what to do?
Think about signing your name or picking up your favourite mug.
You know what you want to do. Your nervous system has learned to organize many small movements into a familiar action. You usually don’t have to tell each finger, muscle and joint what to do next.
That’s part of automatic motor control.
Learning a movement changes the way the brain’s movement networks work together. With practice, a familiar action can become more coordinated and require less conscious direction of every part. [6]
That gives us an interesting way to look at the cup and the shirt.
Reaching for a cup is one purposeful action. Being asked to lift an arm, or trying to guide it through a sleeve, presents different demands. The nervous system has to organize the movement under different conditions.
In some forms of functional movement disorder, a person can show a movement more easily during one task than another. Clinicians sometimes use carefully assessed differences like these to help understand the condition. [1]
The movement can vary without the person choosing the difficulty.
It’s worth remembering that this isn’t a rule for every FND symptom. Some people have little movement available in any situation. Others have pain, injury or another condition alongside FND. Their difficulties deserve assessment and practical support, too.
A good moment can lead to a difficult misunderstanding
Let’s return to the cup.
It could be tempting to say, “Wonderful! You did it just then. Try lifting your arm again.”
That response comes from hope. You want the easier movement to happen again, and you want the person to enjoy it.
But the person may now feel watched. What had been an ordinary reach has become a demonstration they are expected to repeat.
Suppose the next attempt fails.
They might feel discouraged, embarrassed or afraid that you’ll think they weren’t trying. You may be confused about what changed.
An easier movement can be encouraging without becoming a promise of what the person can do next.
Sometimes a gentler response would be to notice that the cup is now within reach and carry on with the conversation. At another time, when the person wants to talk about it, you might ask whether it would be useful to mention that movement to their physiotherapist.
The person can be pleased about a movement, frustrated by what remains difficult, or uninterested in discussing it at all.
There’s room for each of those reactions.
What a parent’s experience helps us understand
A parent in an FND community described an appointment where an occupational therapist engaged their child in conversation about the family’s pets:
“OT came in and asked them about our pets. He had them walking up and down the hallway within like 5 minutes, it was incredible. I’ve never been able to replicate it though at home though.”
Figure 1. Community experience. One parent’s account of a change in movement during a therapy visit and the difficulty reproducing it at home. This is an individual experience, not an instruction to recreate the walking activity. Original public source. [5]
You can almost hear the mixture of excitement and puzzlement in that account.
What an encouraging moment to witness. And what a difficult question to take home: Why can’t we get that to happen again?
The answer isn’t necessarily that someone missed an instruction or didn’t practise hard enough. A professional therapy session involves a particular task, support, environment and assessment. Home is different.
The parent’s observation may help the treating team ask better questions about movement. It doesn’t make the parent responsible for reproducing the result.
Knowing that a movement was possible once can offer hope. Understanding what makes it usable takes further work.
Supporting an activity rather than testing a movement
Imagine the person with FND wants to get dressed.
Perhaps their arm sometimes joins in naturally when they reach for clothing, but deliberately lifting it into a sleeve is difficult.
You could ask, “Would you like me to hold the shirt open, help with the sleeve, or give you a little more time?”
That’s a different question from “Can you show me how high your arm goes?”
The first conversation is about accomplishing something the person wants to do. It gives them a choice about help. The second may turn an ordinary morning into a repeated test.
Sometimes moving clothing within reach, sitting comfortably or using an agreed dressing aid makes the activity more manageable. An occupational therapist can help assess those possibilities when more specialized adaptation is needed. [3]
The same principle can apply to making breakfast, brushing hair or moving safely between chairs. The useful question is what the person hopes to do and what assistance makes that possible.
A supporter doesn’t need to discover a hidden movement pattern or create exercises.
There may also be days when help is needed throughout the activity, even if the person managed more of it yesterday. The amount of help can follow what is needed today.
But didn’t we also learn about memory problems?
You may remember from the previous lesson that someone with FND can also have difficulties with concentration or memory.
That raises a reasonable question: If movement depends on something learned, can they forget how to do it?
Remembering a therapist’s instructions is different from having learned the coordinated movements involved in a familiar action.
A person might forget which activity they agreed to practise, lose their place in a sequence of instructions, or struggle to explain in words how a movement works. None of those experiences, by itself, demonstrates that the underlying motor skill has disappeared.
There is a name for memory involved in learned skills: procedural memory. It differs from remembering a recent conversation or recalling what you planned to do next. [4][6]
So a cognitive complaint shouldn’t lead a supporter to assume that someone needs to be taught how to walk from the beginning—or that a rehabilitation gain will automatically be forgotten.
What may help with remembering a plan is a simple written reminder, when the person wants one. What may help with movement is a different clinical question, often best explored with a physiotherapist or occupational therapist.
New, progressive or substantially changed problems with familiar skills or thinking need appropriate medical assessment rather than an automatic FND explanation.
What if you’re the person who helps every day?
Helping someone move or dress can involve more than encouragement.
You may have to rearrange the day, fetch equipment, provide physical assistance or change plans when movement becomes difficult.
A spouse might want the freedom to be a partner, not someone who assesses movement every morning. A parent may be balancing a child’s growing independence with concerns about falls or fatigue. A friend who visits occasionally may be happy to help with a cup of tea but have no training in transfers or rehabilitation.
These roles are different. None requires a person to become an unpaid movement specialist.
It’s reasonable to say, “I’d like to help, but I’m not confident I can support that transfer safely. Could we ask someone to show us another way?”
That’s an invitation to find a safer arrangement, not a withdrawal of care.
And some people with FND live alone or do not have an available supporter. Their access to rehabilitation, equipment, safe living arrangements and practical help should not depend on finding a family member to provide it.
Good support respects both the person’s independence and the real limits of whoever is helping.
When a professional can take the next step
An FND-informed physiotherapist can assess the person’s movement pattern and consider approaches intended to help them initiate and coordinate movement more effectively. Professional motor-rehabilitation guidance describes task-oriented practice for selected functional motor symptoms. [1]
An occupational therapist can look at the everyday job itself—getting dressed, using a kitchen, working at a desk or managing mobility equipment—and help adapt the task and its surroundings. [3]
The Professional Roles in FND Care explains these and other possible contributions.
A supporter might be invited to use a particular cue or help with an agreed activity after the professional and the person have worked out what is appropriate. That can be a welcome part of everyday life if both people are comfortable with it.
But interpreting diagnostic signs, choosing movement-retraining exercises and assessing unsafe transfers belong with qualified practitioners. If a movement brings serious falls risk, injury or a new major change in function, the priority is appropriate assessment and care.
What is worth taking home?
Remember the two moments with the cup and the shirt.
The person moved their arm in one situation and struggled in another. You don’t need to choose which moment represents the “real” ability.
You can recognize the difference, believe the person’s experience, and help with the activity they are trying to accomplish.
Perhaps the best help is moving the cup closer. Perhaps it’s holding the shirt open. Perhaps it’s arranging for an OT to look at dressing, or simply leaving the person free to try on their own.
Understanding automatic movement helps replace “You did it once, so why can’t you do it again?” with “What would make this activity more manageable for you?”
Something to discuss together: “When a movement is easier than usual, would you like me to say something, help you remember it for your therapist, or just let the moment be?”
One small thing: Think about a familiar daily activity where help is sometimes needed. If the person wants to, talk about what makes the activity easier and what sort of help feels welcome—without asking them to demonstrate a movement.
For the Person With FND
For Family, Friends, and Other Supporters
For Clinicians and the Care Team
Research and Sources
For Clinicians and the Care Team
Has the patient forgotten how to walk?
Return to the patient with functional gait difficulty and a separate cognitive complaint from Lesson 15.
During a physiotherapy appointment, they describe an unsettling experience.
“I know how to walk. I’ve been doing it all my life. But sometimes I stand up and can’t seem to get the first step started.”
They also lose their train of thought during conversations.
A clinician might reasonably wonder: Are these problems connected? Has the patient somehow lost a learned motor skill? And if we retrain it, will they simply forget it again?
Those questions lead us to an important distinction in functional motor disorders: a learned movement pattern, voluntary access to that pattern, and the movement that is actually produced are related, but they are not the same thing.
This is a fictional continuation of our teaching case. It poses clinical questions rather than establishing an individual mechanism or treatment response.
Learning a movement is different from producing it
Think of a familiar action, such as writing a signature.
The writer knows the goal. Their nervous system organizes a sequence of movements, predicts how much force will be needed, and uses incoming information from the hand and eyes to make adjustments.
At first, learning to write required close attention. Over years of practice, much of the coordination became more automatic. The person can now sign a card while thinking about the message they want to write.
Motor learning describes changes in the nervous system that support acquiring and refining a skill. Automatic motor control describes how familiar components of that skill can operate without conscious direction of every muscle.
The cerebral motor networks, basal ganglia and cerebellum contribute different, interacting functions to planning, selecting, refining and adapting movements. Spinal and sensory systems also participate in producing the action. Automaticity is an achievement of coordination across these systems, rather than a stored instruction sitting in one location.
Dayan and Cohen explain how practice changes interacting motor networks, helping familiar actions become coordinated skills rather than movements directed muscle by muscle. [6]
Now return to the patient who cannot start a step.
Their complaint concerns performing a familiar action when it is needed. We have not yet shown that the movement was forgotten.
The FND distinction: the skill and its expression
In some functional motor presentations, movement becomes more available when the task changes.
During a carefully supported examination or rehabilitation activity, a patient may show a more effective movement pattern in a purposeful task than when attempting an isolated movement on command. For other patients, the difference is small, absent or difficult to assess safely.
When the examination demonstrates a recognised positive sign in the relevant presentation, that finding can help support a functional motor diagnosis. The functional gait diagnostic reference explains how specialists compare movement patterns and interpret those observations.
What can a difference tell us?
A component of movement was available under the observed conditions. It gives clinicians reason to investigate how motor control changes with the task.
What does it leave open?
Whether the person can initiate that pattern independently, sustain it, and use it in ordinary life. It also leaves open the precise neural explanation for the difference.
Consider Hoover’s sign in an appropriately assessed patient with one-sided leg weakness. The examiner compares deliberate hip extension with extension recruited as part of a contralateral movement. The sign concerns voluntary versus synergistic activation; it is not a test of whether a walking skill has been remembered. Hoover’s sign and its limitations provide the detailed method.
The clinically valuable FND concept is task-dependent access to movement in selected presentations. This is a description supported by particular examination patterns, not a claim that all motor programs are intact or that symptoms are produced deliberately.
So what are we retraining?
Suppose the physiotherapist observes that our patient’s stepping becomes easier when moving toward a clearly marked, safely reachable chair.
The therapist could interpret this as an opportunity to practise a more usable way of organizing the familiar action.
What they are attempting is different from teaching an unfamiliar person what walking is. It is also different from strengthening a muscle that has become weak through disuse, although a patient may need both forms of rehabilitation.
The goal of functional motor retraining is to help the person access, coordinate and use movement more effectively. Depending on the motor presentation, practice may involve a meaningful task, changed cueing, suitable feedback or an adjusted starting position.
Nielsen and colleagues’ physiotherapy consensus describes rehabilitation principles that seek to promote more automatic, purposeful movement in selected functional motor disorders. This is guidance based on professional consensus; it does not establish that every patient will respond, or that any single exercise reverses a proven common mechanism. [1]
This gives us a better question than “How do we make them remember to walk?”
Which conditions allow the person to begin and coordinate a useful movement, and how might treatment make that movement more accessible?
The answer comes from collaborative assessment and rehabilitation. It is not assumed from the diagnostic label.
But could the cognitive difficulty make them forget the movement?
Here is where the second concern in our patient becomes useful.
They may forget what the physiotherapist asked them to practise between appointments. That could involve episodic or prospective memory, attention, or the ability to keep instructions available.
They may struggle to describe the sequence of a familiar skill in words. That involves explicit explanation and language.
They may also be unable to execute the skill reliably, despite understanding the task and wanting to do it.
These difficulties can coexist, but they are different clinical questions.
Procedural memory refers to learned skills that can become relatively automatic. [4][6] Problems with attention or remembering instructions do not establish that procedural learning has been erased. Equally, clinicians should investigate genuine new or progressive loss of familiar abilities rather than assuming every problem reflects FND.
Functional cognitive disorder (FCD) requires its own positive cognitive assessment. Our patient’s reported forgetfulness does not establish FCD, and an existing functional gait diagnosis does not establish the cause of their cognitive symptoms. The FCD background describes these memory distinctions; the diagnostic reference explains how clinically meaningful inconsistency is assessed. [7]
Would we expect the patient to “forget the movement again” after retraining?
We cannot infer that from a cognitive complaint. A movement may remain difficult to initiate in another setting, during a symptom fluctuation or when task demands change. That is different from demonstrating the loss of a learned motor memory.
Clinicians can make the practice instructions accessible—perhaps one clear task, a written reminder, or a supporter helping with the agreed routine—while assessing and addressing the cognitive difficulty on its own merits.
A question to put to the rehabilitation team
The patient can now take several supported steps toward the chair. But the next day they find it difficult to initiate walking at home.
A colleague asks, “Did the retraining fail?”
First ask: What was actually achieved in the therapy session?
The therapist helped the person produce a more effective pattern in one supported setting. That is useful information and a possible entry point for further work.
Next ask: Which part remains difficult?
The person might understand the goal yet struggle to start the movement. They might begin successfully but have difficulty coordinating a turn. Pain, fatigue, another illness, an unsafe environment or the effort required to sustain activity may also affect what is possible.
The treatment response can be refined around the actual difficulty. A physiotherapist may work with initiation, timing, coordination and safe repetition. An occupational therapist can examine how the movement fits into transfers, dressing or household tasks, while preserving equipment and assistance that remain necessary. Nicholson and colleagues’ OT consensus supports patient-valued activities, individualized adaptation and meaningful participation. [3]
A psychologist or neuropsychologist may help clarify cognitive load, distress or self-monitoring when these are relevant to this patient’s rehabilitation. The appropriate treating clinician remains responsible for assessing new or changing neurological concerns.
The Professional Roles in FND Care explains the wider division of expertise.
Notice how these different roles answer different questions. Motor retraining concerns access to and coordination of movement. Cognitive supports can help the person understand, remember and participate in the agreed rehabilitation. One does not automatically substitute for the other.
A finding worth interpreting carefully
Suppose the patient makes a smoother movement when attention is directed toward the purpose of a task.
Huys and colleagues compared functional action tremor, other action tremors and healthy controls (17–28 participants per group), measuring reaching paths and duration. Several task effects occurred across groups. The functional group particularly attended to visual movement feedback; only this group improved during an apparently unimportant preparatory movement. These laboratory results leave everyday treatment benefit and wider applicability open. [2]
That study gives clinicians a reason to take task and attention seriously in functional movement assessment. It does not show that the nervous system has forgotten a motor skill, and it does not establish one mechanism across gait difficulties, weakness, paralysis, speech symptoms or functional seizures.
The general motor-learning literature tells us how the nervous system can acquire and refine motor skills. Functional-motor research and clinical examination show that the expression of a movement can differ across conditions in some presentations. Rehabilitation consensus proposes how clinicians might work with that observation.
Those are three contributions to clinical understanding, rather than three studies proving the same thing.
What should the clinician carry forward?
This lesson introduces an FND-relevant distinction: difficulty producing a familiar movement does not necessarily mean the learned skill has been lost.
Positive examination findings can sometimes show preserved movement capacity under particular conditions. The diagnosis still requires appropriate clinical assessment, and that capacity must be distinguished from independent control.
Retraining may aim to make movement easier to initiate, coordinate and use. It can involve learning through practice without implying that the patient needs to be taught an erased skill from the beginning.
Future lessons will examine prediction, body signals and the sense of agency, all of which may inform further hypotheses about how movement is experienced and controlled. The current evidence supports a careful, presentation-specific formulation rather than a universal account.
For our patient, the useful next question is no longer simply “Can you move?”
It is “What part of the familiar movement is difficult to access or carry out, and what evidence will help us choose a useful rehabilitation approach?”
For the Person With FND
For Family, Friends, and Other Supporters
For Clinicians and the Care Team
Research and Sources
Research and Sources
This lesson draws on a general motor-learning review, a selected functional-tremor experiment, an FCD diagnostic review, professional rehabilitation consensus and individual community experience. Practical scenes and suggested conversations are illustrative; they are not tested treatment protocols. Community excerpts are individual accounts and do not establish diagnoses, typical outcomes or treatment effects.
| Citation | Figure | Full citation |
|---|---|---|
| [1] | — | Nielsen G, Stone J, Matthews A, et al. Physiotherapy for functional motor disorders: a consensus recommendation. JNNP. 2015;86:1113–1119. doi:10.1136/jnnp-2014-309255. Original · PubMed. FND-CIT-0028. |
| [2] | — | Huys ACML, Haggard P, Bhatia KP, Edwards MJ. Misdirected attentional focus in functional tremor. Brain. 2021;144:3436–3450. doi:10.1093/brain/awab230. PubMed · Original. FND-CIT-0220. |
| [3] | — | Nicholson C, Edwards MJ, Carson AJ, et al. Occupational therapy consensus recommendations for functional neurological disorder. JNNP. 2020;91:1037–1045. doi:10.1136/jnnp-2019-322281. Original · PubMed. FND-CIT-0011. |
| [4] | — | Baker J, Barnett C, Cavalli L, et al. Management of functional communication, swallowing, cough and related disorders: consensus recommendations for speech and language therapy. JNNP. 2021;92:1112–1125. doi:10.1136/jnnp-2021-326767. Original · PubMed. FND-CIT-0025. |
| [5] | Figure 1 | Public Reddit contribution, r/FND. Original. Wording and relevant context checked October 26, 2026. Individual experience. FND-CIT-0309. |
| [6] | — | Dayan E, Cohen LG. Neuroplasticity subserving motor skill learning. Neuron. 2011;72:443–454. doi:10.1016/j.neuron.2011.10.008. Original. FND-CIT-0306. |
| [7] | — | Ball HA, McWhirter L, Ballard C, et al. Functional cognitive disorder: dementia’s blind spot. Brain. 2020;143(10):2895–2903. doi:10.1093/brain/awaa224. Original · FND-CIT-0071. Clinical review of FCD diagnostic considerations; not evidence that procedural motor memory is erased in FND. |
Publication-readiness audit: October 26, 2026. The Person section was human-edited and approved on October 26, 2026; the Clinician section on October 27, 2026; and the Supporter section on October 28, 2026. Audit 1 completed October 28, 2026; accepted corrections and editorial Audit 2 completed October 29, 2026. Illustrations and captions approved by the project lead; independent clinical review remains pending.