Where and how does the pain appear?
Superficial or deep, pinpoint or widespread, pulling, stabbing, burning, pressing or electric: the precise quality determines which levels are assessed first.
Pain & functional symptoms
Exploring pain functionally — which structure is driving the symptom?
The location of pain is the starting point, not automatically the complete explanation. In Applied Neurofunction, skin, muscle, fascia, tendon, joint, nerve, blood vessels and processing are assessed individually, suitable inputs are identified and the original pain or movement response is re-tested straight away.
How functional assessment works →About the images: The scene images on this page are AI-generated illustrations. They do not show real clients or document actual sessions in the practice.
Ask more than where it hurts. Assess which layer, pathway or control function changes the response.
Skin
Fascia
Muscle & tendon
Joint & capsule
Bone
Nerve
Blood vessels
Processing
From a symptom to a functional map
One location of pain may have several different drivers
“My shoulder hurts” or “my knee is painful” initially describes the response. A targeted approach asks more precise questions: which movement triggers it? Which layer reacts? Which direction, load, position or sensory information changes it?
Under which conditions does function decline?
Joint angle, direction of movement, speed, muscle contraction, stretch, load and number of repetitions are varied separately. This shows which variable makes the greatest difference.
What information comes from the region?
Touch, pressure, tissue tension, joint position, peripheral nerves and supply pathways provide different information. Each level may show a finding on its own or only react in combination.
What changes processing?
Vision, balance, breathing, stress state, protective tension and movement planning influence how safely a movement is evaluated and organised.
The key distinction: The approach is not simply to address “the painful spot”. The overall response is broken down into specific functional difficulties, a suitable input is sought for each finding and the individual changes are then brought together into a more resilient overall function.
A tissue map rather than a broad label
Which structure actually changes the pain?
Each level is assessed with appropriate inputs and movement conditions. This narrows the search from a general region to the structure, direction and function that are currently relevant.
Skin & subcutaneous tissue
Light touch, pressure, direction of pull, temperature and local mobility are considered separately. A superficial input may immediately change a movement or pain response.
Fascia & tissue glide
Tissue tension, displacement, direction and the gliding of neighbouring layers are assessed separately. What matters is whether a particular direction of pull improves the initial test.
Muscle & tendon
Contraction, muscle length, joint angle, strength and the function of muscle spindles, tendons and fascia are assessed individually rather than combined into a single “muscle test”.
Joint, capsule & ligament
Active and passive movement, end position, axis of movement, joint position and sensory feedback help show whether the difficulty arises from the joint itself or from its control.
Bone & periosteum
Measured pressure, tapping and direction can be assessed separately. This level becomes particularly relevant when a very local, deep point of discomfort stands out.
Peripheral nerve
Sensation, strength, nerve course and head, shoulder, arm or leg position are considered together. Reducing tension, gliding and increasing mechanical tension are different assessment conditions.
Blood vessels & supply
Position- and direction-dependent responses, differences between sides and relationships with inflow and outflow are assessed and compared with the original response.
Central processing
Somatosensation, vision, balance, the brainstem, cerebellum, breathing and autonomic state are included when the local structure alone does not fully explain the pattern.
Precision comes from comparison: The same starting movement, only one changed test variable, an input tailored to it and then exactly the same re-test. This makes it clear which level is practically relevant to this particular symptom pattern.
Back, neck, shoulder, hip, knee & foot
Musculoskeletal pain is not reduced to “joint or muscle”
A painful movement involves joint position, tissue loading, sensory feedback, neural pathways and motor organisation. Only by distinguishing these can we identify where the most effective change is possible.
Whether your arm hurts when reaching into a cupboard, your knee on stairs or your back when straightening up: that exact everyday movement is recorded as the baseline first. It is then broken down into its components, rather than simply repeated.
Define the region and movement precisely
Direction, angle, speed, load, onset of pain and visible compensation are defined so they can be reproduced.
Compare structures
Skin, fascia, muscle, tendon, joint, bone, nerve and blood vessels are assessed using inputs and positions suited to each.
Include control
If a functional difficulty remains unresolved, joint position, spinal stability, balance, vision, breathing and other relevant relationships are explored.
Integrate suitable inputs
Each successful individual input is integrated. The same movement is then repeated with identical angle and speed and a comparable load.
When symptoms do not fit a simple category
Assess tingling, numbness, burning or variable tolerance specifically
Functional symptoms may depend on position, vary or be difficult to locate. In these cases, it is useful to ask which pathway, layer or processing condition reproducibly changes the symptom.
Nerve, blood vessels or surrounding tissue?
Distribution, sensation, strength, arm or leg position, head posture, nerve course and supply are compared systematically.
Distinguish pathways and the quality of input
The quality of the symptom is related to skin inputs, peripheral nerve mechanics, local tissue tension and central sensory processing.
Why is today different from yesterday?
Load, sleep, stress, breathing, body position, sensory surroundings and day-to-day condition can change which function reaches its limit first.
When strength or coordination also declines
Alongside intensity, movement quality, stability, strength, endurance and the specific everyday task are recorded as equally important re-test measures.
Reproducibility matters: The symptom is not only described. The position or task in which it occurs is recorded precisely enough to change individual variables and compare them directly.
Three specific assessment routes
From a symptom to a precise search for suitable inputs
These examples show how musculoskeletal pain, tingling and migraine are broken down into different functions. The individual's starting pattern is always central.
Scenario 1 · Musculoskeletal knee pain
Stairs hurt — but which structure is limiting the movement?
- Starting pattern
- Pain at the front or inner side of the knee appears after a few steps down. Walking on level ground is much easier. Step height, number of repetitions, pain onset and leg alignment are recorded as a reproducible baseline.
- Breaking it down
- Joint movement and end position, contact with the patella and capsule, tendon, quadriceps contraction, muscle length, skin and fascia direction and the sensory supply areas of the inner knee are assessed individually. Ankle, hip and joint position follow if they visibly change leg alignment.
- Finding a specific input
- If, for example, skin and joint input do not change the step-down, but a position that reduces tension along the medial nerve pathway immediately changes pain onset and movement quality, that pathway is examined in more detail. Appropriate neural, local and movement-related inputs are then integrated.
- Identical re-test
- The same step height, number of repetitions and speed are used again. Pain onset, intensity, leg alignment, stability and perceived effort are compared.
Scenario 2 · Tingling in the hand and arm
The hand only tingles during sleep, phone calls or cycling
- Starting pattern
- Tingling can be reproduced in a particular arm position. Finger distribution, onset, duration and shoulder, elbow, wrist and head position are recorded.
- Breaking it down
- Light touch, vibration, strength and comparison between sides provide the sensory and motor baseline. Peripheral nerve courses, tension reduction and gliding, blood vessel and supply relationships, local tissue tension, the shoulder blade, collarbone region, cervical spine and breathing can then be compared.
- Finding a specific input
- If changing the wrist alone leaves the tingling unchanged, but a particular shoulder blade position and lower-tension nerve movement improve it, the relationship is broken down specifically: proximal tissue tension, the nerve pathway and head position each receive a suitable input before being integrated together.
- Identical re-test
- The original arm position is repeated. Time until tingling, affected fingers, sensation, strength and freedom of movement in the head and arm are compared.
Scenario 3 · Migraine with visual and autonomic involvement
Light, patterns or a supermarket bring on headache and nausea
- Starting pattern
- The course of an attack, side, duration, aura, neck involvement, nausea, light and sound sensitivity and individual early signs are recorded. A tolerable visual or movement task provides the baseline.
- Breaking it down
- Fixation, saccades, smooth pursuit, visual movement, gaze stability during head movement, balance and midline stability are assessed individually. Trigeminal areas, jaw, upper cervical spine, breathing, autonomic responses and cranial inflow and outflow functions are also considered.
- Finding a specific input
- If, for example, an unusual response in a particular direction of gaze occurs alongside a clear upper cervical and outflow relationship, all three functional difficulties are examined separately. A directly helpful input is sought for eye movements, cervical feedback and supply, and these are then integrated into an overall pattern.
- Identical re-test
- The same gaze task, head position, field size and duration are assessed again. Neck comfort, nausea, stability while standing and the course of personal early signs are also compared.
Breaking down migraine functionally
Migraine is more than headache — so the assessment looks beyond the head
Migraine may involve pain, vision, balance, nausea, the neck, energy and autonomic regulation at the same time. The functional assessment follows this overall pattern.
First, we understand the sequence of the attack: early signs, aura, the pain phase itself and recovery may reveal different functions. The history therefore includes not only frequency and pain intensity, but also light, sounds, movement, nausea, neck stiffness, sleep, stress, menstrual cycle and meal timing.
The next step does not follow a fixed migraine programme. Visual, trigeminal, cervical, vestibular, autonomic and cranial functions are assessed individually. Findings are distinguished further, combined with a suitable input and then integrated.
Vision & lightFixation, saccades, smooth pursuit, visual movement, contrast and field size.
Trigeminal system & neckFace, jaw, upper cervical spine and trigeminocervical relationships.
Balance & brainstemGaze stability during head movement, orientation, standing and autonomic relationships.
Supply & regulationBreathing, autonomic responses and assessments of inflow and outflow at the head.
The detailed migraine article series
Understanding migraine — why it is much more than headache
Light sensitivity — screens, patterns and supermarkets
Migraine with aura — flickering and visual field loss
Vestibular migraine — when dizziness is the main symptom
Migraine, nausea and the autonomic nervous system
Neck and migraine — trigeminocervical relationships
A functional look at migraine — inflow and outflow systems at the head
Test, find an input, integrate
Turning a pain pattern into a clear session process
From the first step to the last, the approach stays anchored to the same relevant movement or symptom situation.
Define the initial test
Pain, movement, strength, stability or a specific everyday task are recorded reproducibly under clear conditions.
Isolate a functional difficulty
Structure, side, direction, position, sensory modality and relationships are varied individually.
Look for a targeted input
Testing and re-testing identify the input that improves each particular function that stands out.
Integrate the identified input
Successful individual inputs are applied and brought together into a better organised overall function.
Re-test identically
Only the original task shows the extent to which pain, movement quality and effort have changed. Exercises are added only if an area needs further training.
No collection of exercises based on guesswork: The functions are addressed and integrated first. Only when repeated training is useful to stabilise a function further does this become a short, individually selected everyday exercise.
The next useful step
Explore your symptom pattern precisely
In the first conversation, we discuss which movement or everyday situation limits you most and whether a functional assessment fits your concern.
Further reading
Explore pain and functional symptoms in more depth
The new practical articles describe specific symptom situations. The background articles explain pain processing, protective responses and functional relationships in more detail.
Specific everyday symptoms
Direct examples of how a region can be functionally distinguished into joint, tendon, nerve, blood vessels, tissue and control.
Understand pain and protection more closely
Why imaging, pain location and intensity alone do not explain which function maintains a symptom.
FAQ
Common questions about pain and functional symptoms
Can severe pain persist despite normal imaging?
Yes. Imaging mainly shows structural changes, but does not automatically explain how movement, load, perception and pain processing interact. Symptoms can therefore be significant even when MRI, X-rays or other examinations do not fully explain their intensity.
How can we assess whether skin, muscle, fascia, nerves or joints are involved?
The different levels can be assessed with targeted inputs: for example, touch or skin displacement, muscle contraction and length, joint positions, movement directions and positional or gliding variations of peripheral nerves. The original movement or symptom situation is then re-tested.
Can this approach be useful for back, neck, knee or shoulder symptoms?
These symptoms can be considered functionally through the particular movement or loading situation. Regional mobility, muscle activity, joint position, sensory information, peripheral nerves and overall movement control may be included. What matters is not the region alone, but which change influences the reproducible initial test.
What can be assessed in a persistently tense or stiff neck?
Neck tension may be assessed through active head movements, cervical spine mobility, muscle responses, sensory information from the neck and eye–head coordination, among other factors. Eye and head movements work closely together in everyday life. This does not, however, justify a general conclusion that the eyes cause a neck symptom.
What is assessed when the shoulder does not move freely or raising the arm is difficult?
First, the difficult movement is reproduced as accurately as possible. Shoulder joint, shoulder blade movement, thoracic spine, muscle activity, sensory information and relevant nerve courses can then be varied individually and re-tested. This helps identify which factors currently influence movement quality.
What is assessed in tingling or numbness?
Assessment may include the distribution and quality of sensation, strength, arm or leg position, head posture, mobility, relevant peripheral nerve courses and surrounding tissue. What matters is whether reproducible tingling changes, and under which conditions. New, persistent or progressive numbness should be assessed medically.
Can tension-type headache also be considered functionally?
Yes. Recurring head pressure or tension-type headache may be assessed through neck and head movement, eye movements, visual strain, jaw function, breathing and other sensory influences. The aim is not to claim one cause, but to distinguish possible influences systematically.
Can migraine be assessed functionally?
Where migraine has already been assessed medically, associated functional factors can be explored, such as eye movements, visual movement, balance, head and neck function, the jaw, breathing and individual sensitivity to input. This does not replace neurological diagnosis or medical migraine treatment.
Can jaw tension or temporomandibular disorders be included in a functional assessment?
Jaw movement and tension can be considered alongside head and neck movement, muscle activity, breathing and sensory responses. For temporomandibular disorders, toothache, pronounced teeth grinding or changes in the bite, dental or orthodontic assessment remains the appropriate medical point of contact.
Can posture such as a rounded back or forward head position be assessed functionally?
Posture is not a fixed ideal position; it changes with the task, surroundings, load and perception. We therefore consider not only how someone stands or sits, but how posture changes under different conditions. Vision, balance, body awareness, mobility and breathing may be included, for example.
What is relevant in recurring strains or similar sporting symptoms?
Recurring symptoms may have many causes, including training management, workload, tissue, recovery or technique. We can additionally assess whether sensory information, coordination, movement control or particular joint positions change the movement in question. This does not mean that a neurofunctional finding automatically caused the injury.
What does testing and re-testing mean during a session?
A relevant movement or symptom situation is first defined as clearly as possible as the initial test. One variable is then changed at a time, followed by re-testing under comparable conditions. This immediately shows whether an input is currently helpful, neutral or unhelpful for the particular task.
Will I always receive exercises to do at home?
No. The functions relevant to the situation are assessed and addressed first. Exercises are added when a particular input or function can usefully be trained further. They are selected individually and should generally be short and practical for everyday life.
When should pain be assessed medically first?
Sudden very severe or new pain, pain after an accident, fever, marked swelling, shortness of breath, chest pain, new paralysis or speech difficulties, loss of bladder or bowel control or a new unusually severe headache require prompt or emergency medical assessment.