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Somatic & Body Based
Postural Scan is a somatic self-assessment practice in which attention moves systematically through the body's segments, from feet to head, sensing each region for tension, alignment, and ease through internal proprioceptive awareness rather than mirrors or manual correction.
Last Updated
4 Jul 2026
We are still reviewing this page. Our research team checks every technique page for accuracy and evidence quality before final release. Details may change as that review completes. The evidence badge shows our current reading of the published research.
RECOMMENDED DOSE
No direct dose evidence; editorial synthesis. A short, low-commitment session a few times per week helps someone new build the habit of proprioceptive self-sensing without fatigue or drop-out.
No direct dose evidence; editorial synthesis. Once the basic scan feels familiar, a modestly longer and more frequent practice allows fuller attention to each body region.
No direct dose evidence; editorial synthesis. Experienced practitioners may sustain a longer daily session as a maintenance practice; increase gradually and only if it remains comfortable.
Session length
Session length: 5–10 minutes
5
MIN
How long each individual practice session should last from start to finish.
Frequency
Frequency: 3–4 days
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DAYS
The number of days per week to fit a session into your routine.
Session length
Session length: 10–20 minutes
10
MIN
How long each individual practice session should last from start to finish.
Frequency
Frequency: 4–5 days
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DAYS
The number of days per week to fit a session into your routine.
Session length
Session length: 20–30 minutes
20
MIN
How long each individual practice session should last from start to finish.
Frequency
Frequency: 6–7 days
6
DAYS
The number of days per week to fit a session into your routine.
About this card. These recommendations are not a substitute for personalised guidance from a qualified practitioner. No direct dose-response literature exists for the Postural Scan technique; the durations and frequencies below are editorial starting points based on general body-scan and interoceptive meditation conventions.
Quick answers to what people most often ask. Each card links to the deeper section below.
evidence
No study has tested the Postural Scan directly, so the evidence is emerging and indirect. A wearable-sensor study of 26 healthy adults found spinal and joint loading differed between correct and incorrect postures, linking alignment to mechanical strain. Separate reviews show body position can be rated fairly reliably.
Read moregood for
Postural Scan suits people who brace or slump without noticing and want to sense their own alignment from the inside before changing it. It fits naturally alongside physiotherapy, Alexander Technique, or somatic education, where self-assessment is already part of the work. It is not a substitute for professional assessment when pain or injury is significant.
Read moresafety
Most healthy adults can practise Postural Scan with low risk. People with a trauma history, an active eating disorder or body-image distress, or chronic pain should approach with care, ideally alongside a qualified practitioner, since turning attention inward can heighten distress or self-criticism before anything settles. Pause and use an outside anchor if unease rises.
Read morehow it works
Directing attention inward through the body's structure draws on interoception, the sense of internal signals like tension and effort, and proprioception, your felt sense of where each part sits in space. Sweeping from feet to head reveals habitual holding patterns, and where a segment releases, its load can spread more evenly through the skeleton rather than into overworked muscles.
Read morePostural Scan is a somatic self-assessment in which attention moves systematically from feet to head, sensing each region for tension, alignment, and ease from the inside rather than through mirrors or hands-on correction.
You sit or lie still and move attention slowly through the body's structural segments in order, feet, legs, pelvis, spine, shoulders, neck, and head, pausing at each to sense tension, alignment, and ease. There is no mirror, no hands-on correction, and no external feedback; the whole assessment runs on internal sensing. The ordered foot-to-head route gives attention a consistent path and marks where each segment can settle.
Postural Scan differs from a general Body Scan by its narrow focus on skeletal alignment and muscular effort rather than the full range of internal sensation, and from external postural assessment by relying on proprioceptive self-sensing rather than visual feedback or hands-on evaluation by a practitioner. It is a self-assessment and awareness practice, not a diagnostic or corrective treatment, and it does not replace professional evaluation of pain or injury.
Not to be confused with
General Body Scan
A general body scan attends to the full range of internal sensation for its own sake; the Postural Scan uses the same head-to-toe route but zeroes in on skeletal alignment and muscular effort.
External postural assessment
External assessment reads posture from outside using a clinician's eye, photos, or sensors; the Postural Scan relies entirely on proprioceptive self-sensing without visual feedback or manual correction.
Posture-correction or ergonomic training
Posture-correction programs prescribe how you should hold yourself and drill new positions; the Postural Scan is an assessment of what is already happening, noticing current patterns rather than imposing a target shape.
A Postural Scan works by directing attention inward to how the body is stacked. It draws on interoception, your sense of internal signals like tension, warmth, and effort, alongside proprioception, your felt sense of where each part of you sits in space. As attention sweeps from feet to head, habitual holding patterns you normally miss come into view, and where a segment releases, the load it was carrying can spread more evenly through the skeleton instead of into overworked muscles. Adjacent biomechanics research links better alignment to less mechanical strain on the spine and lower body, though that work measured instrumented movement in healthy adults rather than this internal-sensing practice itself (Conforti et al., 2020).
A steadier, more upright way to sit or stand can feel less like holding yourself up and more like being supported by your own frame. A postural scan builds toward this by helping you sense how head, spine, and pelvis stack together, and in movement studies better alignment is linked to less mechanical strain on the spine and lower body (Conforti et al., 2020).
The change the body is reaching for is a drop in postural strain, the mechanical load that builds up when you hold yourself out of balance, so that being upright feels supported by structure rather than braced by tired muscles. This direction is inferred from biomechanics research rather than measured during postural scanning itself, so it is best read as expected rather than demonstrated (Conforti et al., 2020). In the body, practitioners often describe less nagging tension settling in the low back, neck, and shoulders as a segment stops overworking.
When you hold yourself out of balance, tension can nag in the low back, neck, and shoulders. Postural strain, the mechanical load that builds up in those tissues, is expected to ease as alignment improves, so structure carries you rather than tired muscles; this direction comes from related biomechanics research rather than from studies of postural scanning itself (Conforti et al., 2020).
Emerging–indirect evidence is the honest tier here, because no trial has tested the Postural Scan itself, so its benefits are inferred from adjacent research rather than shown directly. Biomechanics work links better alignment to less mechanical strain on the spine and lower body (Conforti et al., 2020), and posture can be observed and rated with reasonable reliability, though some regions are harder to judge than others (Takala et al., 2009), (Wiktorin et al., 1995). What is not yet supported is any direct trial of this practice, or specific claims that scanning sharpens your read of internal body signals, your sense of where the body sits in space, or how your frame stacks together, since none of these has been measured for the technique.
Direct studies of the Postural Scan are not yet available, so the current picture rests on adjacent research. Biomechanics work using wearable sensors in 26 healthy adults found statistically significant differences in spinal and joint loading between correct and incorrect postures, linking alignment to mechanical strain, though it reported significance without an effect size and did not test any self-sensing scan (Conforti et al., 2020). Separate posture-assessment reviews show that body position can be rated fairly reliably, with some regions harder to judge than others (Takala et al., 2009), (Wiktorin et al., 1995). Taken together, this is emerging, indirect evidence that frames what the practice attends to rather than confirming what it produces.
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Meta-analyses
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Systematic reviews
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Observational
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Pilot
Outcomes measured
Measuring Biomechanical Risk in Lifting Load Tasks Through Wearable System and Machine-Learning Approach
n = 26
Finding: Using wearable motion sensors on 26 healthy volunteers during lifting tasks, this study measured clear, consistent differences in how the body loads the spine and joints depending on posture: holding correct alignment placed noticeably less mechanical stress on the back and lower body, while poor alignment increased strain through the spine. For someone practising a Postural Scan, this supports the basic idea that noticing and correcting your alignment can reduce the physical load your body carries during everyday movement. It's worth knowing the limits, though: the study looked at healthy people performing lifting movements, not the Postural Scan self-sensing technique itself, so it tells us about the value of good posture rather than proving the practice delivers these effects.
reported narratively
HARBO, a simple computer-aided observation method for recording work postures
1995
Finding: This study tested whether trained observers watching workers throughout a workday could agree on how much time was spent in different body postures. They found that clear, large-scale positions and actions were judged consistently from person to person, while finer details like wrist and hand positions and trunk rotation were harder to pin down reliably. It is worth knowing that this is about someone else visually rating your posture in a workplace, which is a different skill from the inward, felt self-sensing that the Postural Scan draws on, so it speaks to how posture can be measured rather than to what this practice does for you.
See full citation in referencesThe Postural Scan grows out of the body-scan methodology developed within mindfulness-based practice, narrowed here to a specifically skeletal focus, and it shares its form with the self-assessment used in physiotherapy, Alexander Technique, and somatic education. Rather than checking the full spectrum of internal sensation, it tracks alignment and muscular effort, moving through the body in an ordered foot-to-head route. These roots help explain the practice's form, the sequential placement of attention through the body's structure, not its clinical effects.
For most healthy adults, a postural scan is a low-risk practice. It tends to settle the body and sharpen your sense of where you hold tension and where effort can ease. A few situations call for a gentler approach. Turning sustained attention inward can occasionally heighten distress rather than soften it, most notably for people carrying a trauma history, disordered eating or body-image difficulty, or persistent pain, for whom inward focus may raise arousal or self-criticism before anything settles. This is a practice-informed caution drawn from somatic and trauma-sensitive teaching, not an evidence-based safety finding, because the technique itself has not been formally studied.
People with a trauma history, an active eating disorder or strong body-image distress, or chronic pain should approach the practice with care and, where possible, alongside a qualified practitioner. The scan leans on interoceptive attention, the inward sensing of body states like tension and breath. It also draws on proprioception, your felt sense of where the body sits in space. For these groups, that inward focus can intensify whatever sensation or feeling is already present rather than quiet it, which may register as rising distress, self-criticism, or a wish to disconnect from the body. This is a practice-informed and mechanism-inferred caution rather than an established clinical risk, since no trial of this specific technique exists to measure how often such responses occur.
Turning sustained attention inward can intensify whatever is already present rather than quiet it. For people carrying a trauma history, that inward focus may register as rising distress, self-criticism, or a wish to disconnect from the body before anything settles. Keep sessions short, practise with eyes open and feet grounded, stop if intensity climbs, and work alongside a trauma-informed somatic practitioner where possible. This is a practice-informed caution drawn from somatic and trauma-sensitive teaching, not an evidence-based safety finding, because the technique itself has not been formally studied.
| Technique | Best for | Use with care | Evidence strength | Distinction |
|---|---|---|---|---|
| Body Scan (mindfulness / MBSR) | Building general interoceptive awareness, relaxation, and settling attention across the whole body rather than targeting posture. | EVIDENCE | The classic body scan sweeps attention through the whole spectrum of internal sensation, temperature, weight, tingling, breath, tension, for its own sake. The Postural Scan borrows that foot-to-head sequencing but narrows the focus to skeletal alignment and muscular effort, asking how each segment stacks and where it braces rather than cataloguing every sensation. | |
| Alexander Technique | Learning new movement and postural habits with hands-on guidance from a trained teacher over time. | EVIDENCE | Alexander Technique is usually taught one-to-one, with a teacher using verbal cues and light hands-on guidance to re-educate habitual movement and postural patterns over a series of lessons. The Postural Scan is a self-directed internal assessment that relies on your own proprioceptive sensing, with no teacher, mirror, or manual correction involved. |
A Postural Scan uses the same foot-to-head sequencing as a mindfulness body scan but narrows the focus to skeletal alignment and muscular effort. A general body scan attends to the full range of internal sensation for its own sake, while the Postural Scan asks how each segment stacks and where you brace.
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They share a form but differ in focus. A regular body scan, familiar from mindfulness practice, sweeps attention through the whole spectrum of internal sensation, warmth, weight, tingling, breath, tension, for its own sake. A Postural Scan borrows that same foot-to-head route but stays with the architecture of posture: how each segment is aligned, where you hold effort, and where a region can settle, all sensed proprioceptively rather than by mirror or a practitioner's hands. This is a distinction of practice form, not a claim that either version produces a particular measured outcome.
No. A Postural Scan is self-directed by definition: it runs on proprioception, your felt sense of where the body sits in space, so no mirror, camera, or practitioner is required. If pain, injury, or body-image distress is significant, pair it with professional assessment.
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No. A Postural Scan works by sensing your own alignment from the inside, moving attention foot-to-head to notice tension and ease, rather than reading your posture in a mirror or having a clinician correct it by hand. That internal, proprioceptive route is exactly what sets it apart from external postural assessment, so it needs no equipment or teacher. That said, self-sensing is not the same as an objective outside evaluation, and it is not a substitute for professional assessment or treatment when pain, injury, or body-image distress is significant.
The ability to notice and make sense of signals from inside the body, such as tension, temperature, breath movement, or a sense of effort. It tends to feel like being more tuned in to your own internal state.
Perception and integration of visceral and somatic afferent signals; interoception, visceral afferent processing.
The sense of where your body is in space, how its parts are arranged, and how they are moving, without needing to look. It usually feels like a clearer, more grounded sense of being physically present.
Perception of body position and movement via mechanoreceptors in muscles, tendons, and joints; proprioception, kinesthetic awareness.
Bringing the body's segments — head, spine, pelvis, and limbs — into more balanced relationships so structure carries the load. It often feels like a more effortless way to be upright, stacked and supported rather than braced.
Alignment and coordination of postural segments to reduce compensatory strain patterns; postural alignment, biomechanical integration.
The extra mechanical load muscles and joints carry when the body holds itself out of balance. It can feel like nagging tension in the low back, neck, or shoulders from holding yourself up.
Mechanical loading of spinal and lower-limb structures arising from misaligned posture.
A practice of moving attention systematically through the body, region by region. In mindfulness it covers the whole range of sensation; the Postural Scan adapts the same sequencing to focus on alignment.
How the stacked parts of the body line up relative to one another, from feet through pelvis and spine to the head. Better alignment is what practitioners describe as feeling balanced and supported.
Ilaria Conforti, Ilaria Mileti, Zaccaria Del Prete, Eduardo Palermo (2020). Measuring Biomechanical Risk in Lifting Load Tasks Through Wearable System and Machine-Learning Approach. https://doi.org/10.3390/s20061557
Cited in: Benefits, How it works, Research, What happens in the body
Christina Wiktorin, Monica Mortimer, Lena Ekenvall, Åsa Kilbom, Ewa Wigaeus Hjelm (1995). HARBO, a simple computer-aided observation method for recording work postures. https://doi.org/10.5271/sjweh.60
Explore guided sessions to deepen your Postural Scan technique.
| Outcome | Effect size | 95% CI | N | Comparator | Source |
|---|---|---|---|---|---|
| postural kinematics (spinal/joint loading) | reported significant; p<0.01 | — | — | — | Conforti et al., 2020 |
The research is useful for setting expectations, but study methods and participant groups vary. Treat the findings as general guidance rather than a promise about any single session, and not a replacement for clinical care.
Systematic evaluation of observational methods assessing biomechanical exposures at work
2009
Finding: This review gathered the workplace methods that trained observers use to judge how people hold their bodies on the job, and found that big, clearly visible postures and movements can be rated consistently, while smaller details like wrist and hand positions or a twisted trunk are much harder to pin down reliably. The practical takeaway is modest and indirect: it tells us that some body regions are simply easier to read than others, whether by an outside observer or by your own attention. It's worth knowing that this work looked at people watching and scoring others in occupational settings, not at the inward, felt self-sensing that a Postural Scan actually trains, so it doesn't tell us whether the practice itself improves your posture.
See full citation in referencesInward sensing of the body can heighten self-criticism or unease for people with an active eating disorder or strong body-image distress, so the inward focus may amplify difficult feelings rather than ease them. Approach the practice gently, keep an outside anchor within reach, and pause if distress rises. Where body-image difficulty is significant, practise alongside a qualified practitioner rather than alone. This is a practice-informed caution, not an established clinical risk.
A Postural Scan may help you notice where you hold tension, but it is not a proven treatment for chronic pain, and no study has tested the technique itself. For persistent pain, inward attention can occasionally raise arousal or self-criticism before anything settles, so keep sessions short, use an outside anchor, and stop if distress builds rather than eases. It is not a substitute for professional assessment or care when pain is significant. This is a practice-informed and mechanism-inferred caution rather than a clinical safety finding.
A postural scan is best approached slowly and on your own terms, in a stable position where your body feels comfortably held and you can give attention to sensing rather than to staying balanced. For most healthy adults it settles the body, so a gentle beginner pace works well: keep a neutral point of focus outside the body within reach, and treat easing off or stopping as always available if inward attention starts to feel activating. If body-focused attention reliably brings distress, this is a practice to explore alongside a trauma-informed somatic practitioner rather than alone.
Sit or stand somewhere stable where your frame is comfortably held, so your attention can go to sensing rather than to staying balanced.
Decide before you begin that you can slow down, skip a body region, or stop entirely at any point. The practice works through gentle noticing, not through pushing into discomfort.
If turning attention inward starts to feel activating, open your eyes, feel your feet on the floor, or rest attention on a neutral point outside the body until things steady.
Sweep through each region in turn — feet, legs, pelvis, spine, shoulders, neck, and head — noticing tension and alignment without trying to correct or force anything into place.
If inward focus sharpens arousal, self-criticism, or a wave of unease, ease off the body focus, return to your outside anchor, and let the intensity settle before continuing or ending.
If body-focused attention reliably brings significant distress, work with a trauma-informed somatic practitioner or another qualified professional rather than continuing alone.
This information is educational and is not medical advice. This practice is not a substitute for professional care and should not replace prescribed medication or treatment for any medical or mental-health condition. If you are managing a health condition or taking medication, talk with a qualified health professional before changing your practice. If you are in distress or crisis, seek professional support.
| Clinical / physiotherapy postural assessment | Obtaining an objective, externally measured picture of posture for diagnosis, screening, or tracking change over time. | If you need an accurate structural or clinical evaluation, external assessment is more appropriate than self-sensing alone. | moderate EVIDENCE | A physiotherapy postural assessment is done from the outside: a clinician observes, photographs, or instruments your posture and rates it, and trained observers can do this fairly reliably, though some body regions are harder to judge than others. The Postural Scan reverses the vantage point, working from inside the body through felt sensing rather than external evaluation. |
Not proven. No study has tested the Postural Scan itself, so it is best understood as a way to notice where you brace, not a demonstrated posture fix. Better alignment is linked to less mechanical strain in adjacent biomechanics research, but that is indirect (Conforti et al., 2020).
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Not proven. No trial has measured the Postural Scan directly, so there is no direct evidence that it changes how you are aligned; its honest role is building awareness of where you hold tension and where a segment can settle. Adjacent biomechanics work links better alignment to less mechanical strain on the spine and lower body, though it studied instrumented movement in healthy adults rather than this self-sensing practice (Conforti et al., 2020). Posture can also be rated fairly reliably from the outside, with some regions harder to judge than others, which frames what the scan attends to rather than confirming what it produces (Takala et al., 2009), (Wiktorin et al., 1995).
Emerging and indirect. No study has tested the Postural Scan itself, so its evidence rests on adjacent research: biomechanics work linking alignment to less spinal and lower-body strain, and posture-observation reviews showing body position can be rated fairly reliably (Conforti et al., 2020), (Takala et al., 2009).
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Emerging and indirect. No trial has evaluated this internal-sensing practice, so its benefits are inferred rather than shown. The nearest evidence is a wearable-sensor study in 26 healthy adults that found significant differences in spinal and joint loading between correct and incorrect postures (reported as p<0.01, with no effect size) (Conforti et al., 2020), plus posture-assessment reviews showing body position can be rated reasonably reliably, though some regions are harder to judge (Takala et al., 2009), (Wiktorin et al., 1995). Direct claims that scanning improves interoceptive, proprioceptive, or postural-integration outcomes are not yet evidenced for this technique.
Likely because inward attention surfaces the habitual bracing you normally miss, and once a segment lets go, its load can spread through the skeleton rather than into tired muscles, so tension may ease. This is a proposed mechanism inferred from biomechanics research, not measured for the practice itself (Conforti et al., 2020).
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The proposed path runs through two inner senses: interoception, the felt sense of internal signals like tension and effort, and proprioception, your sense of where each body part sits in space. Sweeping attention from feet to head can surface holding patterns you usually miss, and where a segment releases, better alignment is linked in movement research to less mechanical strain on the spine and lower body (Conforti et al., 2020). That link comes from instrumented movement in healthy adults rather than this internal-sensing practice, so read it as a plausible mechanism rather than a demonstrated effect.
Expect it to feel low-key at first. Most people notice how much quiet effort goes into staying upright and where they habitually clench, and a region may soften and feel grounded. A first pass can feel like little more than sitting still, with ease often deepening over repeated sessions rather than arriving all at once.
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Expect something quiet and subtle rather than dramatic. Practitioners commonly describe first noticing the effort it takes simply to hold themselves up, spotting where they habitually clench, the jaw, shoulders, or one hip, and then feeling a region settle onto the frame beneath it, so the body seems heavier, more grounded, and more clearly present. These are typical practice-informed impressions and vary from person to person; the sense of ease tends to build with repetition. Because the Postural Scan itself has not been formally studied, treat this as what people often report rather than a certain outcome.
Start seated or standing somewhere stable, then slowly move your attention from feet to head, noticing tension and alignment in each region without trying to correct anything. Set a pace you control, keep an outside anchor like your feet on the floor within reach, and stop if inward focus stirs up distress rather than easing it.
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Begin in a supported position where your frame is comfortably held, so attention can go to sensing rather than balancing. Sweep slowly through each region, feet, legs, pelvis, spine, shoulders, neck, head, simply noticing where you brace and where a segment can settle, without forcing any position. Keep an anchor within reach, such as opening your eyes or feeling your feet on the floor, and pause if focus sharpens arousal or self-criticism. This is practice-informed self-guidance for beginning the scan, not a proven fix for posture or pain, and not a substitute for professional assessment; if body-focused attention reliably brings significant distress, work with a trauma-informed practitioner.
Use care. A Postural Scan is low-risk for most healthy adults, but turning attention inward can heighten arousal, distress, or self-criticism if you carry a trauma history. Approach gently, keep an outside anchor, stop if distress rises, and work with a trauma-informed practitioner where possible.
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Use care. This is a practice-informed caution drawn from somatic and trauma-sensitive teaching, not an evidence-based safety finding, because the technique itself has not been formally studied. Interoceptive attention, the inward sensing of internal states like tension and breath, can intensify whatever is already present rather than quiet it, so it may register as rising distress or a wish to disconnect. The safe approach is practical: shorten the practice, open your eyes and feel your feet on the floor, stop if intensity climbs, and seek a trauma-informed somatic practitioner if body-focused attention reliably brings significant distress.
Use care. A Postural Scan may help you notice where you hold tension, but it is not a proven treatment for chronic pain, and no study has tested the technique itself. When pain is persistent, turning attention inward can sometimes heighten distress, so approach it gently and ideally alongside a qualified practitioner.
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Use care. A Postural Scan may help you notice where you hold tension, but it is not a proven treatment for chronic pain, and no study has tested the technique itself. For persistent pain, inward attention can occasionally raise arousal or self-criticism before anything settles, so keep sessions short, use an outside anchor, and stop if distress builds rather than eases. This is a practice-informed caution drawn from somatic and trauma-sensitive teaching, not a clinical safety finding, and it is not a substitute for professional assessment or care when pain is significant.
It depends on the format you want, not on which works better. Choose a Postural Scan for self-directed internal sensing you can do alone, and Alexander Technique for teacher-guided, hands-on posture re-education over one-to-one lessons. No head-to-head study compares them.
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It comes down to format rather than proven effectiveness. A Postural Scan is a self-directed practice: you sweep attention from feet to head, sensing tension and alignment from the inside, with no teacher, mirror, or manual correction. Alexander Technique is usually taught one-to-one, using a teacher's verbal cues and light hands-on guidance to re-educate habitual movement over a series of lessons. No study compares the two directly, and the Postural Scan itself has not been formally tested, so treat this as guidance on preference and format, not a ranking of which is more effective.
Esa‐Pekka Takala, Irmeli Pehkonen, Mikael Forsman, Gert-Åke Hansson, Svend Erik Mathiassen, Patrick Neumann (2009). Systematic evaluation of observational methods assessing biomechanical exposures at work. https://doi.org/10.5271/sjweh.2876
Editorially curated. Tracks are not themselves clinically studied; evidence on the page applies to Postural Scan as a technique.
Beginner content for Postural Scan

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Guided
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44 min
Patrick Briody
How hard is Postural Scan?
Postural Scan belongs in effort 2 because it is light, but it still asks for deliberate attention across the body map.
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Mental Effort
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▾Physical Intensity
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▾Prior Knowledge
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