Workout
Mobility Training
Mobility Training is a workout practice studied in relation to movement capacity and physical function. It is mainly used with the aim of supporting how the body moves and performs physical tasks.
Mobility Training is a workout practice whose research spans joint function and several dimensions of physical capacity.
Overview
Mobility Training is a workout practice studied in relation to movement capacity and physical function. It is mainly used with the aim of supporting how the body moves and performs physical tasks. The research picture is comparatively broad, including pooled analyses and randomized trials, but support varies by outcome. Findings are more established for functional and movement-related aims than for less-studied claims, so the overall evidence should not be taken to mean that every proposed benefit is equally well supported.
Well researched: 50 studies. Last checked Oct 9, 2026.
- 10
- human evidence
- 11
- eligible
- 10
- unclassified
- 8
- animal / null result
Best-evidenced uses
- Physical FunctionMedium · Meta-analysis
- Balance ImprovementMedium · RCT
- Flexibility ImprovementMedium · Clinical
- 50
- Studies
Evidence checked Oct 9, 2026 · newest study 2026
- A
- 3
- B
- 3
- C
- 27
- D
- 17
297 community reports across 5 platforms
Coverage
- Effects
- 25
- Helps with
- 14
- Side effects
- 5
- Interactions
- 8
How to read the evidence
Evidence tier — overall strength of the evidence for the whole compound
- StrongWell established — backed by strong, consistent human research.
- ModerateSome genuine support, but mostly from small or lower-quality studies. Promising, not proven.
- PreliminaryEarly-stage evidence — a promising hypothesis, not an established effect yet.
- LimitedVery limited evidence — treat this as a hypothesis, not proof.
- InsufficientNot enough good evidence to draw conclusions yet.
Certainty — how sure we can be that the effect is real
- Very highVery sure — strong, consistent evidence
- HighFairly sure — consistent evidence from good studies
- MediumModerately sure — new studies could change this
- LowNot sure — little or mixed evidence
- Very lowVery unsure — almost no usable evidence
Source — where the data comes from
- Meta-analysisPooled analysis of many trials — the strongest evidence
- RCTRandomized controlled trial — a strong human study design
- ClinicalA human clinical study
- Reference knowledgeFrom general health-science or pharmacology references, not a study of this exact claim
- Animal researchStudied in animals, not humans
- Community reportsAggregated user reports — anecdotal signal, not evidence
- TheoreticalMechanism-based reasoning, not yet tested
Study grade — quality of each underlying study (A best, D weakest)
- AHigh-quality — strong, consistent human trials
- BGood — solid evidence with some limitations
- CModerate — limited, small, or mixed-quality studies
- DWeak — preliminary, indirect, or animal-only
Confidence — how strongly the sources back a finding
A 0–100 score from study quality and agreement
Most supplement evidence is graded C–D. Read it as preliminary signal, not proof.
These are research findings, not promises. A practice does not replace medical treatment.
What does research say?
What studies found for each claimed effect, best evidence first.
25 claims:2 some evidence3 mixed6 not enough evidence6 not tested in people3 personal stories only5 no benefit found
Physical FunctionSome evidence it helpsSize of effect: Not known
Some human studies found a benefit. More research could change this.
15 of 19 studies found a benefit; 4 found none. Strongest study: a pooled analysis of several trials. Trials that found it ran as little as 4 weeks, typically 10.
A meta-analysis of randomized trials found statistically and clinically significant effects on walking speed compared with control interventions. A systematic review of randomized trials found a 1.00-point improvement on the Short Physical Performance Battery (scale of 0 to 12) among 1,151 people in its mobility analysis. Findings differ for some populations: a review found no improvement in preferred walking speed or indoor obstacle-course error scores among 37 visually-impaired adults.
Open the Physical Function pageJoint Health ImprovementSome evidence it helpsSize of effect: Not known
Some human studies found a benefit. More research could change this.
All 3 studies with a clear result found a benefit. Strongest study: a randomized controlled trial. Trials that found it ran as little as 3 weeks, typically 5.
A randomized controlled trial in 83 people found flexion increased 14.2 [11.6; 16.7]° with HF versus 10.1 [8.6; 11.6]° with LF, a 4.1° difference between groups. Another randomized controlled trial found that after 8 weeks of treatment, AOFAS ankle-hindfoot scores increased in both groups and were higher in the observation group than the control group.
Open the Joint Health Improvement pageBalance ImprovementMixed resultsSize of effect: Not known
Studies disagree: some found a benefit, others found none. Do not count on it.
7 of 10 studies found a benefit; 3 found none. Strongest study: a randomized controlled trial.
A systematic review of randomized trials involving 457 people found that cognitive-motor balance training improved single-task balance function (standardized effect size = 0.27-1.82). In a randomized controlled trial of 32 patients with Parkinson's Disease, both synchronous telerehabilitation-based exercise protocols enhanced balance and gait, as well as activity level and quality of life.
Open the Balance Improvement pageFlexibility ImprovementMixed resultsSize of effect: Not known
Studies disagree: some found a benefit, others found none. Do not count on it.
6 of 8 studies found a benefit; 2 found none. Strongest study: a randomized controlled trial.
A randomized controlled trial in 83 people found flexion increased 14.2 [11.6; 16.7]° with HF versus 10.1 [8.6; 11.6]° with LF, a 4.1° difference between groups. Another randomized controlled trial in 68 people reported greater flexibility gains with MR than CT, with increased Range of Motion across all 27 measurement areas. Findings differ: a randomized controlled trial in 36 people found no between-group difference in thoracic rotation.
Open the Flexibility Improvement pagePhysical Endurance IncreaseMixed resultsSize of effect: Not known
Studies disagree: some found a benefit, others found none. Do not count on it.
9 of 13 studies found a benefit; 4 found none. Strongest study: a randomized controlled trial.
Open the Physical Endurance Increase pageAnalgesic EffectNot enough evidence
Too few or too small studies to know if it works.
5 of 7 studies found a benefit; 2 found none. Strongest study: a randomized controlled trial.
Open the Analgesic Effect pageBone Health ImprovementNot enough evidence
Too few or too small studies to know if it works.
The one study found a benefit. Strongest study: a randomized controlled trial.
Open the Bone Health Improvement pageLung Capacity ImprovementNot enough evidence
Too few or too small studies to know if it works.
The one study found a benefit. Strongest study: a randomized controlled trial.
Open the Lung Capacity Improvement page
Only reported by users, not studied: Chronic Pain Reduction, Muscle Soreness Reduction (DOMS), and Mood Improvement.
What to expect
Mobility Training is studied as a programme rather than for an immediate response to one session. Trials reporting changes generally measured them at the end of programmes lasting 3 to 10 weeks, with timing varying by outcome; pain relief was measured later than changes in movement-related function. In follow-up, gains in physical function and balance had fully faded by six months. Pain, muscle aches, fatigue, and nausea were reported during programmes lasting 1 to 12 weeks.
Also studied in people with 14 health conditions
How strong the evidence is in each group. This is research, not a treatment recommendation.
Cerebral PalsySome evidence it helpsSize of effect: Not known
Some human studies found a benefit. More research could change this.
All 3 studies with a clear result found a benefit.
A meta-analysis of randomized trials found mobility improvements with intensive task-oriented training in participants with Cerebral Palsy; high heterogeneity limits how confidently the results can be applied. A separate study of 12 infants at high risk of Cerebral Palsy suggested motor development benefits, especially among infants with higher initial HINE scores (>25).
Open the Cerebral Palsy pageStrokeSome evidence it helpsSize of effect: Not known
Some human studies found a benefit. More research could change this.
All 6 studies with a clear result found a benefit.
A systematic review of randomized trials found that dual-task balance and mobility training improved single-task walking and balance in people with Stroke, although the review noted weak methodological quality.
Open the Stroke pageOsteoarthritisNot enough evidence
Too few or too small studies to know if it works.
All 2 studies with a clear result found a benefit.
A meta-analysis of eight randomized trials in adults with knee Osteoarthritis (Kellgren-Lawrence grades II-III) found that PNF reduced pain and increased knee range of motion immediately after the intervention.
Open the Osteoarthritis pageFrailtyNot enough evidence
Too few or too small studies to know if it works.
The one study found a benefit.
Mobility training was evaluated in frail older people living in the community.
Open the Frailty pageParkinson's DiseaseNot enough evidence
Too few or too small studies to know if it works.
All 3 studies with a clear result found a benefit.
A crossover randomized trial in 61 people with Parkinson's Disease found improvements in speech and gait parameters with rBMT compared with no therapy. Another trial enrolled people with Hoehn-Yahr stage 1-3 for exercise-based telerehabilitation but reported no outcome data in the finding.
Open the Parkinson's Disease pageBreast CancerNot enough evidence
Too few or too small studies to know if it works.
All 2 studies with a clear result found a benefit.
An RCT in 41 people with Breast Cancer found significant improvements in shoulder mobility and upper extremity strength with combined mobility and strength training during rehabilitation. A pilot study in 22 women awaiting surgery found prehabilitation feasible and favorably received, with clinically meaningful improvements in functional capacity and no adverse events.
Open the Breast Cancer pageDementiaNot enough evidence
Too few or too small studies to know if it works.
1 of 2 studies found a benefit; 1 found none.
A feasibility study in 20 people with Dementia found the DESKK mobility programme acceptable and usable in respite care, with initial positive findings especially for upper limb functionality. Results differed across measures: an RCT in 146 people found no preliminary improvement on PAM-RC and was not powered to test efficacy.
Open the Dementia pagePeripheral NeuropathyNot enough evidence
Too few or too small studies to know if it works.
All 2 studies with a clear result found a benefit.
A randomized trial in 61 people with DPN and ankle or hallux joint stiffness found gains in static range. A single case report described improvements in pain, strength, range of motion, walking, function, and quality of life after physiotherapy-led rehabilitation.
Open the Peripheral Neuropathy page
Before you try it
What studies and reports say about side effects and who it may not suit.
- Side effects
Possible: Pain.
4 more with weak evidence.
- May not suit you if you have
- Acute Injury, Bone Fracture, Tendinitis, Sprain / Strain, and Post-Surgery Recovery
- Some trials left out people with
- Mild Cognitive Impairment, Osteoporosis, Bone Fracture, and Heart Failure (CHF)
- Reported by users
- Pain (19 posts), Injury Risk Increase (16 posts), Muscle Tension (7 posts), Joint Pain (Arthralgia) (6 posts), and 1 more
General wellness information, not medical advice. Ask a doctor before you start, especially if you take medicines or have a health condition.
How people do it
A gentle start, then what the studies used.
- Start with
- 10 minutes, 2 times a week (Pain-Free Mobility Exploration)A gentle start based on the easiest variation, not on a study.
- Build up to
- 45 minutes, 3 times a week, moderate intensity (what the studies used)
- What the studies ran
- 150 minutes a week for 6 weeks
The expert view shows every study, dose protocol and source.
Effects
25 listedStart here
Most likely to help, from the evidence we have
- →Physical FunctionCertaintyMediumSourceMeta-analysislong-term18 cited studies · 2 other sources
A meta-analysis of randomized trials found statistically and clinically significant effects on walking speed compared with control interventions. A systematic review of randomized trials found a 1.00-point improvement on the Short Physical Performance Battery (scale of 0 to 12) among 1,151 people in its mobility analysis. Findings differ for some populations: a review found no improvement in preferred walking speed or indoor obstacle-course error scores among 37 visually-impaired adults.
What the sources found
16 positive · 4 neutral · 0 negativeconfidence 39/100
How big is the effect
No study gave a number we could compare, so the size is not known.
Who was studied
- People with a condition
- Cerebral Palsy
- Dementia
- Parkinson's Disease
- Stroke
Where the evidence comes from
- Article18
- Expert opinion1
- Community reports1
Protocol behind this outcome
6 protocolsEstimatedWhat the studies reporting this result did.
- Intensity
- Low
- Format
- Individual
- Supervision
- Instructor-led
A repeated course
What worked in trials4 trials and meta-analyses
Randomized trials and meta-analyses that found this benefit: the smallest and the typical amount. Not a target and not a limit.
Smallest Typical Session 45 min How often 2.5×/week 3×/week Per week 113 min 124 min Timing
Trials that found it ran as little as 4 weeks, typically 10
After stopping, the benefit faded (1 study) · See “When you stop”
Follow-up: six-month post-intervention follow-up
Derived from (1)
Open Physical FunctionShow studies (20)
Meta-analysisApositiven=144955% confidence2024TOT had statistically and clinically significant effects on walking speed (p = 0.001) ... compared with control interventions.
Top journalPooled RCTsStudies disagreeMain outcomeSystematic reviewApositiven=131785% confidence2022Mobility training for increasing mobility and functioning in older people with frailty.
High-certainty evidence showed that mobility training improves the level of mobility upon completion of the intervention period... this score improved by 1.00 point (95% CI 0.51 to 1.51) on the Short Physical Performance Battery (on a scale of 0 to 12; higher scores indicate better mobility levels)
MD 1 [0.51, 1.51]Top journalSome bias concernsPooled RCTsMain outcomeSham comparisonSystematic reviewBpositiven=45735% confidence2018Dual-task mobility training was found to induce more improvement in single-task walking function (standardized effect size = 0.14-2.24), when compared with single-task mobility training.
Top journalHigh risk of biasPooled RCTsStudies disagreeMain outcomeSystematic reviewCpositive25% confidence2018Systematic review of high-level mobility training in people with a neurological impairment.
it seems that people with a neurological impairment have the capacity to improve high-level mobility skills, running speed and distance with intervention
High risk of biasPooled observational studiesStudies disagreeMain outcomeSystematic reviewDneutral20% confidence2011found no improvement in mobility performance (i.e. preferred walking speed and error score during an indoor obstacle course) of visually-impaired adults.
Top journalMain outcome+14 more in SourcesRCTCneutraln=14640% confidence2020there was no preliminary evidence at the 20% significance level that the SCTP led to improvement on the PAM-RC (adjusted mean difference −0.50 80% CI (−1.12, 0.11))
MD -0.5 [-1.12, 0.11]Top journalMain outcomeBlinded assessorInactive control29% dropped out - →Balance ImprovementCertaintyMediumSourceRCT9 cited studies · 2 other sources
A systematic review of randomized trials involving 457 people found that cognitive-motor balance training improved single-task balance function (standardized effect size = 0.27-1.82). In a randomized controlled trial of 32 patients with Parkinson's Disease, both synchronous telerehabilitation-based exercise protocols enhanced balance and gait, as well as activity level and quality of life.
What the sources found
8 positive · 3 neutral · 0 negativeconfidence 38/100
How big is the effect
No study gave a number we could compare, so the size is not known.
Who was studied
- Healthy people and patients
- Dementia
- Neuropathy Diabetic
- Parkinson's Disease
- Stroke
Where the evidence comes from
- Article9
- Expert opinion1
- Community reports1
Protocol behind this outcome
3 protocolsMeasuredWhat the studies reporting this result did.
- Intensity
- Moderate
- Format
- Group
- Supervision
- Instructor-led
A repeated course
What worked in trials4 trials and meta-analyses
Randomized trials and meta-analyses that found this benefit: the smallest and the typical amount. Not a target and not a limit.
Smallest Typical Session 6 min 45 min How often 1×/week 3×/week Per week 18 min 135 min Timing
Trials that found it ran as little as 4 weeks, typically 5
After stopping, the benefit faded (1 study) · See “When you stop”
Follow-up: 6 months
Derived from (1)
Open Balance ImprovementShow studies (11)
Systematic reviewBpositiven=45735% confidence2018Cognitive-motor balance training was effective in improving single-task balance function (standardized effect size = 0.27-1.82).
Top journalHigh risk of biasPooled RCTsStudies disagreeMain outcomeRCTCpositiven=6150% confidence2023functional reach showed a significant increase in the intervention group (T1 = 3.13 cm p < 0.05 and T2 = 3.9 cm p < 0.01).
MD 3.1Blinded assessorInactive controlBorderline p-valueRCTCpositiven=6155% confidence2021One-Leg Stand Balance Test: rBMT BL 22.1 [2–105]; 36.3 to T1 31.8 [2–114]; 37.6, p < 0.05 across time
Weak journalBlinded assessorInactive controlRCTCpositiven=3235% confidence2024Both synchronous telerehabilitation-based exercise protocols enhanced balance and gait, as well as activity level and quality of life in patients with PD.
Top journalRCTCpositiven=3160% confidence2025MTG, MD [95% CIs] = −15.234 [−23.512, −6.956], p = 0.024
MD -15.23 [-23.51, -6.96]Weak journalMain outcomeBlinded assessorCompleters onlyBorderline p-value+5 more in SourcesQuasi ExperimentalDneutraln=2020% confidence2020gait coordination remained stable, as measured by the SPPB.
Top journalMain outcomeOpen-labelNo control groupCompleters only - →Flexibility ImprovementCertaintyMediumSourceClinical7 cited studies · 2 other sources
A randomized controlled trial in 83 people found flexion increased 14.2 [11.6; 16.7]° with HF versus 10.1 [8.6; 11.6]° with LF, a 4.1° difference between groups (p = 0.007). Another randomized controlled trial in 68 people reported greater flexibility gains with MR than CT, with increased Range of Motion across all 27 measurement areas. Findings differ: a randomized controlled trial in 36 people found no between-group difference in thoracic rotation (p = 0.374).
What the sources found
7 positive · 2 neutral · 0 negativeconfidence 53/100
How big is the effect
No study gave a number we could compare, so the size is not known.
Why this rating
- A reviewer set it to Low · Low still holds on today's evidence: the direct mobility-training RCTs now split 1 positive (38256463, open-label, per-protocol) vs 2 null (41295781 assessor-blind, new 41742190), and the 4 new positive papers test other interventions in patients (PNF meta-analysis in knee OA rated GRADE very low, Tai Chi stepping after stroke, therapist joint mobilisation in diabetic neuropathy, wound-care physio), so the conflict that set low is stronger, not weaker.
- A reviewer set it to Medium · Medium holds on today's rows. 3 positive mobility-training RCTs: 38256463 (mobility routine beat conventional training on range of motion), 37656241, and 42125998 (more active ROM exercise gave more knee flexion). 2 null athlete RCTs: 41295781 and 41742190. All are grade C, so not high, but the direct support is too strong for low.
Who was studied
- Healthy people and patients
- Breast Cancer
- Bone Fracture
Where the evidence comes from
- Article7
- Expert opinion1
- Community reports1
Protocol behind this outcome
6 protocolsEstimatedWhat the studies reporting this result did.
- Intensity
- Moderate
- Format
- Individual
- Supervision
- Instructor-led
A repeated course
What worked in trials4 trials and meta-analyses
Randomized trials and meta-analyses that found this benefit: the smallest and the typical amount. Not a target and not a limit.
Smallest Typical Session 30 min How often 3×/week Trials that found no benefit ran2 trials and meta-analyses
Smallest Typical How often 3×/week 5×/week Course 4 weeks 6 weeks Timing
Trials that found it ran as little as 3 weeks, typically 6
Open Flexibility ImprovementShow studies (9)
RCTCpositiven=8365% confidence2026The flexion increased 14.2 [11.6; 16.7]° with HF versus 10.1 [8.6; 11.6]° with LF, with 4.1° difference between groups (p = 0.007).
MD 4.1Main outcomeBlinded assessorRCTCpositiven=6870% confidence2024The Influence of Mobility Training on the Myofascial Structures of the Back and Extremities.
MR demonstrated superior gains in flexibility compared to CT. ... significant increase in Range of Motion (ROM) across all 27 measurement areas.
Weak journalMain outcomeOpen-labelCompleters onlyRCTCpositiven=5270% confidence2024the ankle dorsiflexion and plantarflexion angles of the patients in the observation group were significantly greater than those of the control group on the eighth week after surgery (both P < 0.05)
MD 3.88Weak journalOpen-labelBorderline p-valueRCTCpositiven=4160% confidence2023the intervention group, as well as the control group achieved significant improvements in shoulder mobility in frontal plane (right: 15.35% vs. 7%, p < 0.001)
15.35%Moderate effectTop journalMain outcomeOpen-labelCompleters onlyRCTCneutraln=3630% confidence2026Thoracic rotation measured with a standard goniometer: time-group interaction [F(1,33)= 0.812, p = 0.374] was not recorded; intergroup changes did not differ (p = 0.374).
Top journalOpen-labelInactive controlCompleters only22% dropped out+3 more in SourcesRCTCneutraln=3150% confidence2025No significant improvements were observed in static balance or flexibility.
Weak journalBlinded assessorCompleters only - →Joint Health ImprovementCertaintyMediumSourceClinical2 cited studies · 2 other sources
A randomized controlled trial in 83 people found flexion increased 14.2 [11.6; 16.7]° with HF versus 10.1 [8.6; 11.6]° with LF, a 4.1° difference between groups (p = 0.007). Another randomized controlled trial found that after 8 weeks of treatment, AOFAS ankle-hindfoot scores increased in both groups and were higher in the observation group than the control group (P < 0.05).
What the sources found
4 positive · 0 neutral · 0 negativeconfidence 59/100
How big is the effect
No study gave a number we could compare, so the size is not known.
Who was studied
- People with a condition
- Bone Fracture
Where the evidence comes from
- Article2
- Expert opinion1
- Community reports1
Protocol behind this outcome
2 protocolsMeasuredWhat the studies reporting this result did.
18 min · 4×/week
- Per week
- 84 min
- Intensity
- Moderate
- Format
- Group
- Supervision
- Instructor-led
A repeated course
Timing
Trials that found it ran as little as 3 weeks, typically 5
Open Joint Health ImprovementShow studies (4)
RCTCpositiven=8365% confidence2026The flexion increased 14.2 [11.6; 16.7]° with HF versus 10.1 [8.6; 11.6]° with LF, with 4.1° difference between groups (p = 0.007).
MD 4.1Main outcomeBlinded assessorRCTCpositiven=5270% confidence2024after 8 weeks of treatment, the AOFAS ankle-hindfoot scores of the two groups of patients increased in comparison with the pre-treatment period, and the scores of the observation group were higher than those of the control group in the comparison between the groups (P < 0.05)
MD 15.73Weak journalMain outcomeOpen-labelExpert opinionpositive50% confidenceMobility training improves joint range of motion and reduces stiffness in individuals with osteoarthritis and other joint conditions.
Expert knowledge synthesisCommunity reportsmoderate effectpositive50% confidenceThis effect was mentioned in 58 of 276 Reddit reports discussing it.
58 mentions - →Physical Endurance IncreaseCertaintyMediumSourceClinicallong-term13 cited studies · 1 other source
A systematic review of observational studies suggested that people with neurological impairment can improve high-level mobility skills, running speed and distance with intervention. In a randomized controlled trial of 46 people, the 6-MWT was higher in the group receiving home-based breathing and chest mobility training (MD 52.39 m [4.81, 99.96], p=.032).
What the sources found
10 positive · 4 neutral · 0 negativeconfidence 38/100
How big is the effect
No study gave a number we could compare, so the size is not known.
Who was studied
- People with a condition
- Breast Cancer
- Stroke
Where the evidence comes from
- Article13
- Community reports1
Protocol behind this outcome
11 protocolsEstimatedWhat the studies reporting this result did.
43 min · 3×/week
- Course
- 8 weeks
- Per week
- 148 min
- Intensity
- Moderate
- Format
- Individual
- Supervision
- Instructor-led
A repeated course
Trials that found no benefit ran4 trials and meta-analyses
Smallest Typical Session 45 min 113 min How often 2.5×/week 5×/week Per week 113 min 506 min Course 3 weeks 4 weeks Open Physical Endurance IncreaseShow studies (14)
Systematic reviewCpositive25% confidence2018Systematic review of high-level mobility training in people with a neurological impairment.
it seems that people with a neurological impairment have the capacity to improve high-level mobility skills, running speed and distance with intervention
High risk of biasPooled observational studiesStudies disagreeRCTCneutraln=8350% confidence2026There were no differences between the two groups' changes in any of the secondary outcomes.
MD 10Blinded assessorRCTCneutraln=4755% confidence2026High-Dose Walking Booster Program Is Feasible for People After Stroke: A Phase II Randomized Trial.
despite a small positive mean effect of HiWalk on fast walking speed (mean difference, 0.05 m/s [95% CI, −0.09 to 0.19]), there were no other significant between group differences
MD 0.05 [-0.09, 0.19]Top journalMain outcomeBlinded assessorInactive controlRCTCpositiven=4670% confidence20246-MWT was higher in the group receiving home-based breathing and chest mobility training (p=.032)
MD 52.39 [4.81, 99.96]Blinded assessorBorderline p-valueRCTCneutraln=4050% confidence2019Multiple comparisons showed no significant improvements on the MSWS-12.
Weak journalBlinded assessorCompleters only+8 more in SourcesRCTCneutraln=3630% confidence2026time-group interaction [F(1,32)= 1.397, p = 0.246, η2: 0.042] was not recorded. Both groups improved in spike speed, but intergroup development was similar (p = 0.246).
Top journalOpen-labelInactive controlCompleters only22% dropped out
Low probability(15)
- →Analgesic EffectCertaintyLowSourceClinicallong-term6 cited studies · 2 other sources
In a randomized controlled trial of 68 people, discomfort decreased by more than 76 ± 6% in the MR group and 73 ± 11% in the CT group; both groups also had reductions in pain and tension. Another randomized controlled trial found lower VAS pain scores in the observation group than the control group 8 weeks after surgery (MD -1.27 points, P < 0.05).
What the sources found
6 positive · 2 neutral · 0 negativeconfidence 43/100
How big is the effect
No study gave a number we could compare, so the size is not known.
Rating adjusted
Lowered from Medium to Low after checking study quality: journal, risk of bias, trial size and design.
Who was studied
- Healthy people and patients
- Bone Fracture
Where the evidence comes from
- Article6
- Expert opinion1
- Community reports1
Protocol behind this outcome
3 protocolsEstimatedWhat the studies reporting this result did.
- Intensity
- Mixed
- Format
- Individual
- Supervision
- Instructor-led
A repeated course
What worked in trials2 trials and meta-analyses
Randomized trials and meta-analyses that found this benefit: the smallest and the typical amount. Not a target and not a limit.
Smallest Typical Session 30 min How often 3×/week 4×/week Per week 90 min 120 min Timing
Trials that found it ran as little as 8 weeks, typically 10
Open Analgesic EffectShow studies (8)
RCTCneutraln=8350% confidence2026Health symptoms and functionality of the knee were measured using the Knee Injury and Osteoarthritis Outcome Score (KOOS)... no differences between the two groups' changes in any of the secondary outcomes.
MD -1.6Blinded assessorRCTCpositiven=6870% confidence2024The Influence of Mobility Training on the Myofascial Structures of the Back and Extremities.
Both groups experienced significant reductions in pain, tension, and discomfort. ... In the MR group, discomfort decreased by more than 76 ± 6%, whereas a similar reduction of 73 ± 11% was observed in the CT group.
-76%Large effectWeak journalOpen-labelCompleters onlyRCTCpositiven=5270% confidence2024the VAS pain scores of the patients in the observation group were significantly lower than those of the patients in the control group at 8 weeks after surgery, and the difference was statistically significant (P < 0.05)
MD -1.27Weak journalOpen-labelBorderline p-valuePilot studyDneutraln=320% confidence2016VAS Pain (T0 3,333 ± 4,041 and T1 3,00 ± 3,464) showed a decrement respectively of −9%
MD -0.33Blinded assessorNo control groupCompleters onlyCase reportDpositiven=130% confidence2026Physiotherapy-Led Rehabilitation of Foot Drop Following Lower Limb Gunshot Injury.
Pain (NRS, /10) improved from 5/10 at baseline to 1/10 at 3 months and 0/10 at 6 months.
Low-quality journalOpen-labelNo control group+2 more in SourcesCase reportDpositiven=120% confidence2024Effect of Pediatric Rehabilitation on Children With Viral Encephalitis: A Case Report.
FLACC pain scale: Pre-treatment score - 6/10, Post-treatment score (1 month follow-up) - 3/10
Low-quality journalNo control group - →Bone Health ImprovementCertaintyLowSourceClinical1 cited study
In a 2024 randomized trial involving 52 people with Bone Fracture, the bone scab quality score was better in the observation group than in the control group after 8 weeks, with a difference of MD 0.46 points.
What the sources found
1 positive · 0 neutral · 0 negativeconfidence 70/100
How big is the effect
No study gave a number we could compare, so the size is not known.
Who was studied
- People with a condition
- Bone Fracture
Where the evidence comes from
- Article1
Protocol behind this outcome
1 protocolMeasuredWhat the studies reporting this result did.
30 min · 5×/week
- Course
- 8 weeks
- Per week
- 150 min
- Intensity
- Mixed
- Format
- Individual
- Supervision
- Instructor-led
A repeated course
Open Bone Health ImprovementShow studies (1)
RCTCpositiven=5270% confidence2024after 8 weeks of treatment, the bone scab quality score... of the observation group were significantly better than the pre-treatment and the control group levels (P < 0.05)
MD 0.46Weak journalMain outcomeOpen-labelBorderline p-value - →Lung Capacity ImprovementCertaintyLowSourceClinical1 cited study
A randomized controlled trial in 46 people found higher mean PEFR in the intervention group, alongside greater functional capacity (MD 91.3 L/min [8.61, 173.99], p=.031).
What the sources found
1 positive · 0 neutral · 0 negativeconfidence 70/100
How big is the effect
No study gave a number we could compare, so the size is not known.
Who was studied
- People with a condition
Where the evidence comes from
- Article1
Protocol behind this outcome
1 protocolMeasuredWhat the studies reporting this result did.
3×/week
- Course
- 12 weeks
- Intensity
- Moderate
- Format
- Individual
- Supervision
- Instructor-led
A repeated course
Open Lung Capacity ImprovementShow studies (1)
RCTCpositiven=4670% confidence2024intervention subjects had significantly greater functional capacity with higher mean PEFR (p=.031)
MD 91.3 [8.61, 174]Main outcomeBlinded assessorBorderline p-value - →Physical Strength IncreaseCertaintyLowSourceClinicallong-term9 cited studies · 1 other source
A quasi-experimental study in 192 people found that at 180 days the tibialis anterior score was higher with NPWT+FNP than with NPWT (4.96 ± 0.19 versus 4.83 ± 0.37; p-value of 0.003). A pilot in 20 people found dorsiflexor strength increased by 2.2 N m (95% CI 1.1 to 3.2, p<0.001). Studies differ: a review of randomized and non-randomized human studies found control conditions, generally no-activity conditions, were primarily non-significant.
What the sources found
7 positive · 3 neutral · 0 negativeconfidence 32/100
How big is the effect
No study gave a number we could compare, so the size is not known.
Who was studied
- Healthy people and patients
- Dementia
- Stroke
Where the evidence comes from
- Article9
- Community reports1
Protocol behind this outcome
6 protocolsEstimatedWhat the studies reporting this result did.
20 min · 4×/week
- Course
- 7 weeks
- Intensity
- Moderate
- Format
- Individual
- Supervision
- Instructor-led
A repeated course
Open Physical Strength IncreaseShow studies (10)
Systematic reviewCneutral40% confidence2024Control conditions, which were generally no activity conditions, were primarily non-significant.
Top journalStudies disagreeNo control groupAllocation not hiddenRCTCneutraln=3630% confidence2026time-group interaction [F(1,33)= 0.293, p = 0.592] was not recorded; right internal rotation strength increased in both groups, but intergroup improvement was similar (p = 0.592).
Top journalOpen-labelInactive controlCompleters only22% dropped outQuasi ExperimentalCpositiven=19245% confidence2025At 180 days, the tibialis anterior score remained significantly higher in the NPWT+FNP group (4.96 ± 0.19) compared to the NPWT group (4.83 ± 0.37), with a p-value of 0.003
MD 0.13Weak journalOpen-labelInactive controlQuasi ExperimentalDneutraln=2025% confidence2020Fine coordination of the fingers (NHPT) and hand strength (SD-test) improved similarly, but the differences were not statistically significant.
Top journalMain outcomeOpen-labelNo control groupCompleters onlyPilot studyDpositiven=2030% confidence2018Strength increased in dorsiflexors (Mean Difference (MD) 2.2 N m, 95% CI 1.1 to 3.2, p<0.001)
MD 2.2 [1.1, 3.2]Top journalOpen-labelNo control groupCompleters only+4 more in SourcesPilot studyDpositiven=1330% confidence2026The 5TSTS results ... increased significantly after training and were maintained at follow-up (Table 2). ... group mean decrease: 4.2 s
MD -4.2Weak journalMain outcomeOpen-labelNo control groupCompleters only - →Anxiety ReductionCertaintyLowSourceClinical1 cited study · 1 other source
A quasi-experimental study in 192 people found that at 42 days the Hospital Anxiety and Depression Scale anxiety score was 5.13 ± 1.83 with NPWT+FNP versus 7.93 ± 1.89 with NPWT; lower scores indicate improvement (p<0.001).
What the sources found
2 positive · 0 neutral · 0 negativeconfidence 45/100
How big is the effect
No study gave a number we could compare, so the size is not known.
Who was studied
- People with a condition
Where the evidence comes from
- Article1
- Expert opinion1
Protocol behind this outcome
1 protocolEstimatedWhat the studies reporting this result did.
7×/week
- Course
- 14 weeks
- Supervision
- Instructor-led
A repeated course
Open Anxiety ReductionShow studies (2)
Quasi ExperimentalCpositiven=19245% confidence2025Hospital Anxiety and Depression Scale (HADS) anxiety score at 42 days 5.13 ± 1.83 (NPWT+FNP) versus 7.93 ± 1.89 (NPWT), p<0.001. Lower HADS scores are better, so the decrease is an improvement.
MD -2.8Weak journalOpen-labelInactive controlExpert opinionpositive45% confidenceMobility training, like other forms of exercise, may reduce symptoms of anxiety through endorphin release, distraction, and improved self-efficacy.
Expert knowledge synthesis - →Muscle Recovery AccelerationCertaintyLowSourceAnecdotalnot used for recommendations2 other sources
Expert descriptions attribute reduced delayed onset muscle soreness and faster recovery of muscle function to Mobility Training after exercise. Faster recovery was mentioned in 13 of 276 community reports discussing it.
What the sources found
2 positive · 0 neutral · 0 negativeconfidence 50/100
How big is the effect
No study gave a number we could compare, so the size is not known.
Where the evidence comes from
- Expert opinion1
- Community reports1
Why it isn't used for recommendations
No supporting study on file
Open Muscle Recovery AccelerationShow studies (2)
Expert opinionpositive50% confidenceMobility training post-exercise reduces delayed onset muscle soreness and accelerates recovery of muscle function.
Expert knowledge synthesisCommunity reportsmoderate effectpositive50% confidenceThis effect was mentioned in 13 of 276 Reddit reports discussing it.
13 mentions - →Posture ImprovementCertaintyLowSourceAnecdotalnot used for recommendations2 other sources
Targeted mobility exercises are described as improving postural alignment and reducing forward head posture and rounded shoulder position. Posture improvement was mentioned in 16 of 276 community reports discussing it.
What the sources found
2 positive · 0 neutral · 0 negativeconfidence 50/100
How big is the effect
No study gave a number we could compare, so the size is not known.
Where the evidence comes from
- Expert opinion1
- Community reports1
Why it isn't used for recommendations
No supporting study on file
Open Posture ImprovementShow studies (2)
Expert opinionpositive50% confidenceTargeted mobility exercises improve postural alignment and reduce forward head posture and rounded shoulder position.
Expert knowledge synthesisCommunity reportsmoderate effectpositive50% confidenceThis effect was mentioned in 16 of 276 Reddit reports discussing it.
16 mentions - →Coordination ImprovementCertaintyLowSourceAnecdotalnot used for recommendations2 other sources
Mobility Training is described as developing motor control and intermuscular coordination through controlled, multi-planar movements. Coordination was mentioned in 3 of 276 community reports discussing it.
What the sources found
2 positive · 0 neutral · 0 negativeconfidence 40/100
How big is the effect
No study gave a number we could compare, so the size is not known.
Where the evidence comes from
- Expert opinion1
- Community reports1
Why it isn't used for recommendations
No supporting study on file
Open Coordination ImprovementShow studies (2)
Expert opinionpositive50% confidenceMobility training develops motor control and intermuscular coordination through controlled, multi-planar movements.
Expert knowledge synthesisCommunity reportsmoderate effectpositive30% confidenceThis effect was mentioned in 3 of 276 Reddit reports discussing it.
3 mentions - →Stress Resilience ImprovementCertaintyLowSourceTheoreticalnot used for recommendations1 other source
Expert knowledge suggests that regular mobility practice may enhance stress resilience by modulating the hypothalamic-pituitary-adrenal axis and improving autonomic regulation.
What the sources found
1 positive · 0 neutral · 0 negativeconfidence 45/100
How big is the effect
No study gave a number we could compare, so the size is not known.
Where the evidence comes from
- Expert opinion1
Why it isn't used for recommendations
No supporting study on file
Open Stress Resilience ImprovementShow studies (1)
Expert opinionpositive45% confidenceRegular mobility practice may enhance stress resilience by modulating the hypothalamic-pituitary-adrenal axis and improving autonomic regulation.
Expert knowledge synthesis - →Tissue Elasticity ImprovementCertaintyLowSourceTheoreticalnot used for recommendations1 other source
The proposed rationale is that mobility exercises increase tissue extensibility and reduce passive stiffness through connective-tissue remodeling.
What the sources found
1 positive · 0 neutral · 0 negativeconfidence 45/100
How big is the effect
No study gave a number we could compare, so the size is not known.
Where the evidence comes from
- Expert opinion1
Why it isn't used for recommendations
No supporting study on file
Open Tissue Elasticity ImprovementShow studies (1)
Expert opinionpositive45% confidenceMobility exercises increase tissue extensibility and reduce passive stiffness by remodeling connective tissue.
Expert knowledge synthesis - →Gut-Brain Axis SupportCertaintyLowSourceTheoreticalnot used for recommendations1 other source
The proposed rationale is that gentle movement and joint mobilization may enhance vagal tone and support gut-brain communication.
What the sources found
1 positive · 0 neutral · 0 negativeconfidence 40/100
How big is the effect
No study gave a number we could compare, so the size is not known.
Where the evidence comes from
- Expert opinion1
Why it isn't used for recommendations
No supporting study on file
Open Gut-Brain Axis SupportShow studies (1)
Expert opinionpositive40% confidenceGentle movement and joint mobilization may enhance vagal tone and support gut-brain communication.
Expert knowledge synthesis - →Physical Energy IncreaseCertaintyLowSourceTheoreticalnot used for recommendations2 cited studies · 1 other source
Studies did not support an increase in physical energy. A pilot in 3 people with COVID-19 reported a Borg scale decrement of −36% (T0 3 ± 3,464 and T1 1,667 ± 1,155).
What the sources found
1 positive · 2 neutral · 0 negativeconfidence 38/100
How big is the effect
No study gave a number we could compare, so the size is not known.
Who was studied
- People with a condition
- COVID-19
Where the evidence comes from
- Article2
- Community reports1
Why it isn't used for recommendations
Studied, with no positive result
Open Physical Energy IncreaseShow studies (3)
RCTCneutraln=4650% confidence2024no significant differences were observed on both METS and VO2 peaks (p = .15 and p = .11 respectively)
MD 1.42 [-0.46, 2.66]Blinded assessorPilot studyDneutraln=320% confidence2016Borg scale showed a decrement of −36% (T0 3 ± 3,464 and T1 1,667 ± 1,155)
MD -1.33Blinded assessorNo control groupCompleters onlyCommunity reportsmoderate effectpositive45% confidenceThis effect was mentioned in 6 of 276 Reddit reports discussing it.
6 mentions - →Fatigue ReductionCertaintyLowSourceTheoreticalnot used for recommendations2 cited studies · 1 other source
A 2025 cross-sectional study involving 106 people with Stroke found no significant difference in energy/fatigue (total: p = 0.89), so the studies did not support fatigue reduction.
What the sources found
1 positive · 2 neutral · 0 negativeconfidence 32/100
How big is the effect
No study gave a number we could compare, so the size is not known.
Who was studied
- People with a condition
- Stroke
Where the evidence comes from
- Article2
- Community reports1
Why it isn't used for recommendations
Studied, with no positive result
Open Fatigue ReductionShow studies (3)
Cross SectionalCneutraln=10650% confidence2025no significant differences in energy/fatigue (total: p = 0.89)
Weak journalMain outcomeOpen-labelNo control group35% dropped outPilot studyDneutraln=320% confidence2016Borg scale showed a decrement of −36% (T0 3 ± 3,464 and T1 1,667 ± 1,155)
MD -1.33Blinded assessorNo control groupCompleters onlyCommunity reportsmoderate effectpositive25% confidenceThis effect was mentioned in 2 of 276 Reddit reports discussing it.
2 mentions - →Motivation IncreaseCertaintyLowSourceTheoreticalnot used for recommendations1 cited study · 1 other source
Studies did not support an increase in motivation. In a pilot involving 17 people with Parkinson's Disease, both physical therapists and participants responded positively to their experience during play sessions, with median Interest scores above the neutral point of four.
What the sources found
1 positive · 1 neutral · 0 negativeconfidence 28/100
How big is the effect
No study gave a number we could compare, so the size is not known.
Who was studied
- People with a condition
- Parkinson's Disease
Where the evidence comes from
- Article1
- Community reports1
Why it isn't used for recommendations
Studied, with no positive result
Open Motivation IncreaseShow studies (2)
Pilot studyDneutraln=1730% confidence2020Both PTs and people with PD responded positively to their experience during the play sessions, with the median scores for both groups being above the neutral point of four. This was observed for both the Interest [PTs = 6.29 (6.11–6.89), PD day 1 = 6.57 (5.25–6.86), PD day 2 = 5.57 (4.54–6.86), PD d
Weak journalMain outcomeOpen-labelNo control groupCommunity reportsmoderate effectpositive25% confidenceThis effect was mentioned in 2 of 276 Reddit reports discussing it.
2 mentions
Very low probability(5)
- →Respiratory Health SupportCertaintyVery lowSourceClinicalnot used for recommendations1 cited study
The proposed link between this practice and respiratory health remains theoretical; a human effect has not been established.
What the sources found
0 positive · 1 neutral · 0 negativeconfidence 60/100
How big is the effect
No study gave a number we could compare, so the size is not known.
Who was studied
- People with a condition
Where the evidence comes from
- Article1
Why it isn't used for recommendations
Studied, with no positive result
Open Respiratory Health SupportShow studies (1)
RCTCneutraln=5660% confidence2025The success rate of ventilator weaning in the experimental group and control group were 89.3% and 67.9%, respectively, without statistically significant difference (p=0.051).
21.4%Moderate effectMain outcomeBlinded assessor - →Present Moment AwarenessCertaintyVery lowSourceClinicalnot used for recommendations1 cited study
Studies did not support an improvement in present moment awareness. In a pilot involving 17 people with Parkinson's Disease, participants from both groups generally agreed with statements in the Spatial Presence subscale, with group medians above 3.
What the sources found
0 positive · 1 neutral · 0 negativeconfidence 30/100
How big is the effect
No study gave a number we could compare, so the size is not known.
Who was studied
- People with a condition
- Parkinson's Disease
Where the evidence comes from
- Article1
Why it isn't used for recommendations
Studied, with no positive result
Open Present Moment AwarenessShow studies (1)
Pilot studyDneutraln=1730% confidence2020Participants from both groups generally agreed with the statements comprising the Spatial Presence subscale, which was indicated by group medians >3 [PTs = 3.68 (IQR = 3.47–3.74), PD day 1 = 3.58 (3.26–4.10), day 2 = 3.63 (3.58–3.84), day 3 = 3.63 (3.42–3.79)].
Weak journalMain outcomeOpen-labelNo control group - →Inflammation ReductionCertaintyVery lowSourceTheoreticalnot used for recommendations1 cited study · 1 other source
The proposed link between this practice and inflammation reduction remains theoretical; a human effect has not been established.
What the sources found
1 positive · 1 neutral · 0 negativeconfidence 53/100
How big is the effect
No study gave a number we could compare, so the size is not known.
Who was studied
- People with a condition
- Bone Fracture
Where the evidence comes from
- Article1
- Expert opinion1
Why it isn't used for recommendations
Studied, with no positive result
Open Inflammation ReductionShow studies (2)
RCTCneutraln=5260% confidence2024the difference between the ankle swelling degrees of the patients in the two groups was not statistically significant on the first day after surgery and the eighth week after surgery (both P > 0.05)
MD -0.08Weak journalOpen-labelBorderline p-valueExpert opinionpositive45% confidenceConsistent mobility training may reduce chronic low-grade systemic inflammation.
Expert knowledge synthesis - →Cognitive Function ImprovementCertaintyVery lowSourceTheoreticalconflicting findingsnot used for recommendations1 cited study · 1 other source
Studies did not support a clear improvement in cognitive function. A review of randomized trials described the benefit of dual-task training as inconclusive because it was provided by one study only.
What the sources found
1 positive · 1 neutral · 0 negativeconfidence 30/100
How big is the effect
No study gave a number we could compare, so the size is not known.
Who was studied
- People with a condition
- Stroke
Where the evidence comes from
- Article1
- Expert opinion1
Why it isn't used for recommendations
Studied, with no positive result
Open Cognitive Function ImprovementShow studies (2)
Systematic reviewBneutraln=45715% confidence2018The beneficial effect of dual-task training on cognitive function was provided by one study only and thus inconclusive.
Top journalHigh risk of biasPooled RCTsExpert opinionpositive45% confidenceRegular mobility training, as a form of physical activity, may improve cognitive function, particularly executive function and processing speed, in older adults.
Expert knowledge synthesis - →Proprioception ImprovementCertaintyVery lowSourceTheoreticalnot used for recommendations1 cited study · 1 other source
Studies did not support a general improvement in proprioception. A case report in one person with Stroke described improvement at four retention-assessment positions: 30 degrees of ipsilateral shoulder abduction, 30 degrees of contralateral shoulder abduction, 60 degrees of contralateral shoulder abduction, and 30 degrees of contralateral elbow flexion.
What the sources found
1 positive · 1 neutral · 0 negativeconfidence 35/100
How big is the effect
No study gave a number we could compare, so the size is not known.
Who was studied
- People with a condition
- Stroke
Where the evidence comes from
- Article1
- Expert opinion1
Why it isn't used for recommendations
Studied, with no positive result
Open Proprioception ImprovementShow studies (2)
Case reportDneutraln=120% confidence2019The Retention assessment scores compared to PreTrain assessment values showed improvement in four conditions (30 degrees of ipsilateral shoulder abduction, 30 degrees of contralateral shoulder abduction, 60 degrees of contralateral shoulder abduction, and 30 degrees of contralateral elbow flexion).
Weak journalMain outcomeOpen-labelNo control groupExpert opinionpositive50% confidenceMobility training enhances joint position sense and neuromuscular control.
Expert knowledge synthesis
3 more mentioned only by users
What to expect
Mobility Training is studied as a programme rather than for an immediate response to one session. Trials reporting changes generally measured them at the end of programmes lasting 3 to 10 weeks, with timing varying by outcome; pain relief was measured later than changes in movement-related function. In follow-up, gains in physical function and balance had fully faded by six months. Pain, muscle aches, fatigue, and nausea were reported during programmes lasting 1 to 12 weeks.
Conditions it's used for
Complaints and diagnoses people take it for14 listedMost likely to help, from the evidence we have
- →Cerebral PalsyCertaintyMediumSourceMeta-analysis3 cited studies
A meta-analysis of randomized trials found mobility improvements with intensive task-oriented training in participants with Cerebral Palsy; high heterogeneity limits how confidently the results can be applied. A separate study of 12 infants at high risk of Cerebral Palsy suggested motor development benefits, especially among infants with higher initial HINE scores (>25).
How big is the effect
No study gave a number we could compare, so the size is not known.
Who was studied
- People with a condition
- Cerebral Palsy
Protocol behind this outcome
2 protocolsEstimatedWhat the studies reporting this result did.
25 min · 20.8×/week
- Course
- 19 weeks
- Per week
- 608 min
- Format
- Individual
- Supervision
- Instructor-led
A repeated course
Open Cerebral PalsyShow studies (3)
Meta-analysisAn=144960% confidence2024Meta-analysis of 46 RCTs and quasi-RCTs in participants with cerebral palsy showing mobility improvements with intensive task-oriented training, with high heterogeneity limiting certainty.
Top journalPooled RCTsPilot studyDn=2030% confidence2018Feasibility study showing potential benefits in strength and mobility; no control group, so limited evidence.
Top journalOpen-labelNo control groupCompleters onlyQuasi ExperimentalDn=1240% confidence2024The study suggests the Small Step program contributed to motor development in infants at high risk of CP, with better results for those with higher initial HINE scores (>25).
Weak journalBlinded assessorNo control groupCompleters only33% dropped out - →StrokeCertaintyMediumSourceRCTnot used for recommendations6 cited studies
A systematic review of randomized trials found that dual-task balance and mobility training improved single-task walking and balance in people with Stroke, although the review noted weak methodological quality.
How big is the effect
No study gave a number we could compare, so the size is not known.
Who was studied
- People with a condition
- Stroke
Protocol behind this outcome
5 protocolsMeasuredWhat the studies reporting this result did.
60 min · 3×/week
- Course
- 6 weeks
- Per week
- 180 min
- Intensity
- High
- Format
- Individual
- Supervision
- Instructor-led
A repeated course
Why it isn't used for recommendations
A hospital-managed condition, never self-care
Open StrokeShow studies (6)
Systematic reviewBn=45740% confidence2018Systematic review of RCTs in individuals with stroke; dual-task balance and mobility training improved single-task walking and balance in this population, with weak methodological quality.
Top journalHigh risk of biasPooled RCTsRCTBn=270020% confidence2023Target population of the protocol; no outcome data reported.
Top journalRCTCn=4760% confidence2026High-Dose Walking Booster Program Is Feasible for People After Stroke: A Phase II Randomized Trial.
Feasibility trial showing the HiWalk program is feasible and may improve walking self-efficacy, with exploratory evidence of walking speed benefits for those not in concurrent rehabilitation.
Top journalBlinded assessorInactive controlRCTD20% confidence2011Study protocol; no results yet. The intervention is designed for this condition.
Blinded assessorPilot studyDn=1330% confidence2026Single-arm pilot study showing significant improvements in balance and mobility outcomes with no adverse events.
Weak journalOpen-labelNo control groupCompleters onlyCase seriesDn=330% confidence2012Case series of 3 chronic post-stroke patients who plateaued with BWSTT; all showed improved gait speed and endurance after RLO-assisted mobility training.
Weak journalOpen-labelNo control group
Low probability(12)
- →OsteoarthritisCertaintyLowSourceRCT1 cited study · 1 other source
A meta-analysis of eight randomized trials in adults with knee Osteoarthritis (Kellgren-Lawrence grades II-III) found that PNF reduced pain and increased knee range of motion immediately after the intervention.
How big is the effect
No study gave a number we could compare, so the size is not known.
Who was studied
- People with a condition
- Osteoarthritis
Where the evidence comes from
- Expert opinion
Open OsteoarthritisShow studies (2)
Meta-analysisBn=40360% confidence2026Eight RCTs of adults with knee osteoarthritis (Kellgren-Lawrence grades II-III) in which PNF reduced pain and increased knee AROM versus control at immediate post-intervention.
Weak journalSome bias concernsPooled RCTsInactive controlExpert opinion50% confidenceMobility training is a core non-pharmacological intervention for maintaining joint function in osteoarthritis.
- →FrailtyCertaintyLowSourceRCT1 cited study
Mobility training was evaluated in frail older people living in the community.
How big is the effect
No study gave a number we could compare, so the size is not known.
Who was studied
- People with a condition
Open FrailtyShow studies (1)
Systematic reviewAn=131785% confidence2022Mobility training for increasing mobility and functioning in older people with frailty.
Review population of frail older people living in the community for whom mobility training was evaluated.
Top journalSome bias concernsPooled RCTsSham comparison - →Parkinson's DiseaseCertaintyLowSourceClinical3 cited studies
A crossover randomized trial in 61 people with Parkinson's Disease found improvements in speech and gait parameters with rBMT compared with no therapy. Another trial enrolled people with Hoehn-Yahr stage 1-3 for exercise-based telerehabilitation but reported no outcome data in the finding.
How big is the effect
No study gave a number we could compare, so the size is not known.
Rating adjusted
Lowered from Medium to Low after checking study quality: journal, risk of bias, trial size and design.
Who was studied
- People with a condition
- Parkinson's Disease
Protocol behind this outcome
2 protocolsMeasuredWhat the studies reporting this result did.
33 min · 3×/week
- Course
- 2.5 weeks
- Intensity
- Moderate
- Format
- Individual
- Supervision
- Instructor-led
A repeated course
Open Parkinson's DiseaseShow studies (3)
RCTCn=6160% confidence2021Crossover RCT showing improvements in speech and gait parameters with rBMT compared to no therapy
Weak journalBlinded assessorInactive controlRCTCn=3240% confidence2024Study population of patients with Parkinson's disease, Hoehn-Yahr stage 1-3, selected for exercise-based telerehabilitation.
Top journalPilot studyDn=1730% confidence2020Usability and safety of VR-based mobility training in people with PD; no adverse effects observed.
Weak journalOpen-labelNo control group - →Breast CancerCertaintyLowSourceClinical2 cited studies
An RCT in 41 people with Breast Cancer found significant improvements in shoulder mobility and upper extremity strength with combined mobility and strength training during rehabilitation. A pilot study in 22 women awaiting surgery found prehabilitation feasible and favorably received, with clinically meaningful improvements in functional capacity and no adverse events.
How big is the effect
No study gave a number we could compare, so the size is not known.
Rating adjusted
Lowered from Medium to Low after checking study quality: journal, risk of bias, trial size and design.
Who was studied
- People with a condition
- Breast Cancer
Protocol behind this outcome
2 protocolsEstimatedWhat the studies reporting this result did.
50 min · 3.5×/week
- Course
- 3.7 weeks
- Per week
- 170 min
- Intensity
- Moderate
- Format
- Individual
A repeated course
Open Breast CancerShow studies (2)
RCTCn=4160% confidence2023RCT showing significant improvements in shoulder mobility and upper extremity strength with combined mobility and strength training in breast cancer patients during rehabilitation.
Top journalOpen-labelCompleters onlyPilot studyDn=2230% confidence2020Feasibility of Prehabilitation Prior to Breast Cancer Surgery: A Mixed-Methods Study.
Feasibility study showing prehabilitation is feasible and favorably received in women with breast cancer awaiting surgery, with clinically meaningful improvements in functional capacity and no adverse events.
Weak journalOpen-labelNo control group36% dropped out - →DementiaCertaintyLowSourceClinical2 cited studies
A feasibility study in 20 people with Dementia found the DESKK mobility programme acceptable and usable in respite care, with initial positive findings especially for upper limb functionality. Results differed across measures: an RCT in 146 people found no preliminary improvement on PAM-RC and was not powered to test efficacy.
How big is the effect
No study gave a number we could compare, so the size is not known.
Who was studied
- People with a condition
- Dementia
Protocol behind this outcome
1 protocolEstimatedWhat the studies reporting this result did.
20 min · 7×/week
- Course
- 3 weeks
- Per week
- 140 min
- Format
- Individual
- Supervision
- Instructor-led
A repeated course
Open DementiaShow studies (2)
RCTCno effectn=14640% confidence2020No preliminary evidence of improvement on PAM-RC; feasibility trial not powered for efficacy.
Top journalBlinded assessorInactive control29% dropped outQuasi ExperimentalDn=2030% confidence2020Pilot feasibility study showing the DESKK mobility programme was acceptable and usable for PwD in a respite care setting, with some positive initial summative findings, especially for upper limb functionality.
Top journalOpen-labelNo control groupCompleters only - →Peripheral NeuropathyCertaintyLowSourceClinical2 cited studies
A randomized trial in 61 people with DPN and ankle or hallux joint stiffness found gains in static range. A single case report described improvements in pain, strength, range of motion, walking, function, and quality of life after physiotherapy-led rehabilitation.
How big is the effect
No study gave a number we could compare, so the size is not known.
Who was studied
- People with a condition
- Peripheral Neuropathy
Protocol behind this outcome
1 protocolMeasuredWhat the studies reporting this result did.
3×/week
- Course
- 13 weeks
- Intensity
- Mixed
- Format
- Individual
- Supervision
- Instructor-led
A repeated course
Open Peripheral NeuropathyShow studies (2)
RCTCn=6140% confidence2023Participants with DPN and ankle and hallux joint stiffness (0° or less ankle dorsiflexion, <10° hallux dorsiflexion) were enrolled and showed static range gains.
Blinded assessorInactive controlCase reportDn=130% confidence2026Physiotherapy-Led Rehabilitation of Foot Drop Following Lower Limb Gunshot Injury.
Single case report showing significant improvements in pain, strength, ROM, walking, function, and QoL following physiotherapy-led rehabilitation.
Low-quality journalOpen-labelNo control group - →Stroke RecoveryCertaintyLowSourceClinical2 cited studies
A case series of 3 chronic post-stroke patients who had plateaued with BWSTT reported improved gait speed and endurance in all after RLO-assisted mobility training. A separate trial protocol described an intervention designed for stroke recovery but reported no results.
How big is the effect
No study gave a number we could compare, so the size is not known.
Who was studied
- People with a condition
- Stroke Recovery
Protocol behind this outcome
1 protocolEstimatedWhat the studies reporting this result did.
90 min · 3×/week
- Course
- 4 weeks
- Per week
- 270 min
- Format
- Individual
- Supervision
- Instructor-led
A repeated course
Open Stroke RecoveryShow studies (2)
RCTD20% confidence2011Study protocol; no results yet. The intervention is designed for this condition.
Blinded assessorCase seriesDn=330% confidence2012Case series of 3 chronic post-stroke patients who plateaued with BWSTT; all showed improved gait speed and endurance after RLO-assisted mobility training.
Weak journalOpen-labelNo control group - →COVID-19CertaintyLowSourceClinical1 cited study
An RCT in 46 people with COVID-19 found improvements in 6-MWT, PEFR, PCF, and chest expansion in the intervention group compared with control.
How big is the effect
No study gave a number we could compare, so the size is not known.
Who was studied
- People with a condition
- COVID-19
Protocol behind this outcome
1 protocolMeasuredWhat the studies reporting this result did.
3×/week
- Course
- 12 weeks
- Intensity
- Moderate
- Format
- Individual
- Supervision
- Instructor-led
A repeated course
Open COVID-19Show studies (1)
RCTCn=4670% confidence2024Randomized controlled trial showing significant improvements in 6-MWT, PEFR, PCF, and chest expansion in the intervention group compared to control.
Blinded assessor - →Multiple SclerosisCertaintyLowSourceClinical1 cited study
An RCT in 40 people with Multiple Sclerosis found improvements in dual-task walking and mobility after SMT and DTT; no adverse events were reported.
How big is the effect
No study gave a number we could compare, so the size is not known.
Who was studied
- People with a condition
Protocol behind this outcome
1 protocolEstimatedWhat the studies reporting this result did.
45 min · 2.5×/week
- Course
- 8 weeks
- Per week
- 113 min
- Intensity
- Low
- Format
- Individual
- Supervision
- Instructor-led
A repeated course
Open Multiple SclerosisShow studies (1)
RCTCn=4060% confidence2019RCT showing improvements in dual-task walking and mobility after SMT and DTT, with no adverse events.
Weak journalBlinded assessorCompleters only - →OsteopeniaCertaintyLowSourceClinical1 cited study
In a per-protocol analysis of an RCT involving 162 people with Osteopenia, adherent participants had improved health-related quality of life on EQ-5D-3L utility and osteoporosis knowledge on OKAT compared with controls.
How big is the effect
No study gave a number we could compare, so the size is not known.
Who was studied
- People with a condition
- Osteopenia
Protocol behind this outcome
1 protocolMeasuredWhat the studies reporting this result did.
60 min · 3×/week
- Course
- 78 weeks
- Per week
- 180 min
- Intensity
- Moderate
- Format
- Group
- Supervision
- Instructor-led
A repeated course
Open OsteopeniaShow studies (1)
RCTCn=16260% confidence2023Per-protocol analysis showed significant improvements in HRQoL (EQ-5D-3L utility) and osteoporosis knowledge (OKAT) among adherent participants compared with controls.
Top journalOpen-labelInactive control - →Back PainCertaintyLowSourceTheoreticalnot used for recommendations1 other source
Mobility training is used as part of conservative management for chronic Back Pain.
How big is the effect
No study gave a number we could compare, so the size is not known.
Where the evidence comes from
- Expert opinion
Why it isn't used for recommendations
No supporting study on file
Open Back PainShow studies (1)
Expert opinion50% confidenceMobility training is used as part of conservative management for chronic low back pain.
- →Neck PainCertaintyLowSourceTheoreticalnot used for recommendations1 other source
Cervical mobility exercises are described as reducing pain and improving range of motion in mechanical Neck Pain.
How big is the effect
No study gave a number we could compare, so the size is not known.
Where the evidence comes from
- Expert opinion
Why it isn't used for recommendations
No supporting study on file
Open Neck PainShow studies (1)
Expert opinion50% confidenceCervical mobility exercises reduce pain and improve range of motion in mechanical neck pain.
Side effects
5 listedHighest probability
- →PainCertaintyMediumSourceClinical3 cited studies · 1 other source
In a randomized trial of 68 participants, a mobility routine lowered pressure pain thresholds in the thoracolumbar fascia by 22.4 N on the left and 24 N on the right, indicating greater pressure sensitivity in that measure.
What the sources found
0 not observed · 0 unclear · 4 reportedconfidence 50/100
How big is the effect
No study gave a number we could compare, so the size is not known.
Rating adjusted
Lowered from High to Medium after checking study quality: journal, risk of bias, trial size and design.
Who was studied
- Healthy people and patients
- Breast Cancer
- Neuropathy Diabetic
Where the evidence comes from
- Article3
- Community reports1
Protocol behind this outcome
1 protocolMeasuredWhat the studies reporting this result did.
30 min · 3×/week
- Course
- 12 weeks
- Per week
- 90 min
- Intensity
- Moderate
- Format
- Group
- Supervision
- Self-guided
A repeated course
Open PainShow studies (4)
RCTCnegativen=6860% confidence2024The Influence of Mobility Training on the Myofascial Structures of the Back and Extremities.
The implementation of the Mobility Routine yielded a significant enhancement in pressure sensitivity within the TLF (thoracolumbar fascia). The pressure pain threshold decreased. ... TLF L: -22.4 N, p=0.002; TLF R: -24 N, p=0.001.
MD -22.4Weak journalOpen-labelCompleters onlyRCTCnegativen=6145% confidence2023Withdrawal due to pain
Blinded assessorInactive controlRCTCnegativen=4145% confidence2023stretching pain during flexibility exercises
Top journalOpen-labelCompleters onlyCommunity reportsnegative50% confidenceThis effect was mentioned in 19 of 276 Reddit reports discussing it.
Low probability(4)
- →Muscle Ache (Myalgia)CertaintyLowSourceClinical3 cited studies · 1 other source
Trials recorded pain during stretching exercises and musculoskeletal symptoms including soreness or pain in the calf, ankle, or knee, as well as bruising near the big toe.
What the sources found
0 not observed · 0 unclear · 4 reportedconfidence 40/100
How big is the effect
No study gave a number we could compare, so the size is not known.
Rating adjusted
Lowered from Medium to Low after checking study quality: journal, risk of bias, trial size and design.
Who was studied
- People with a condition
- Breast Cancer
- Neuropathy Diabetic
Where the evidence comes from
- Article3
- Community reports1
Protocol behind this outcome
3 protocolsEstimatedWhat the studies reporting this result did.
40 min · 3×/week
- Course
- 4 weeks
- Per week
- 160 min
- Intensity
- Moderate
- Format
- Individual
- Supervision
- Instructor-led
A repeated course
Open Muscle Ache (Myalgia)Show studies (4)
RCTCnegativen=6145% confidence2023Musculoskeletal symptoms (bruising to plantar big toe, soreness or pain in gastrocnemius or ankle/knee)
Blinded assessorInactive controlRCTCnegativen=4146% confidence2023stretching pain during flexibility exercises
Top journalOpen-labelCompleters onlyPilot studyDnegativen=2045% confidence2018muscle soreness
Top journalOpen-labelNo control groupCompleters onlyCommunity reportsnegative25% confidenceThis effect was mentioned in 2 of 276 Reddit reports discussing it.
- →Physical FatigueCertaintyLowSourceClinical4 cited studies · 1 other source
A randomized trial recorded general fatigue, and a pilot study also recorded fatigue; the findings do not specify whether fatigue increased or changed over time.
What the sources found
0 not observed · 0 unclear · 5 reportedconfidence 37/100
How big is the effect
No study gave a number we could compare, so the size is not known.
Who was studied
- People with a condition
- Breast Cancer
- Stroke
Where the evidence comes from
- Article4
- Community reports1
Protocol behind this outcome
4 protocolsEstimatedWhat the studies reporting this result did.
50 min · 3×/week
- Course
- 4 weeks
- Per week
- 170 min
- Intensity
- Moderate
- Format
- Individual
- Supervision
- Instructor-led
A repeated course
Open Physical FatigueShow studies (5)
RCTCnegativen=4145% confidence2023general fatigue
Top journalOpen-labelCompleters onlyPilot studyDnegativen=2225% confidence2020Feasibility of Prehabilitation Prior to Breast Cancer Surgery: A Mixed-Methods Study.
From baseline to the 12-week postoperative assessment, there was an overall worsening in fatigue levels demonstrated by a reduction of 4.63 ± 3.34 (−13.7, 4.41) points in FACT-F scores which have an MCID of three points.
MD -4.63 [-13.7, 4.41]Weak journalOpen-labelNo control group36% dropped outPilot studyDnegativen=2045% confidence2018fatigue
Top journalOpen-labelNo control groupCompleters onlyCase seriesDnegativen=345% confidence2012Physical fatigue
Weak journalOpen-labelNo control groupCommunity reportsnegative25% confidenceThis effect was mentioned in 2 of 276 Reddit reports discussing it.
- →NauseaCertaintyLowSourceClinical1 cited study
A pilot study involving 17 people with Parkinson’s disease reported nausea-related simulator sickness symptoms in two patients on Day 2.
What the sources found
0 not observed · 0 unclear · 1 reportedconfidence 45/100
How big is the effect
No study gave a number we could compare, so the size is not known.
Who was studied
- People with a condition
- Parkinson's Disease
Where the evidence comes from
- Article1
Protocol behind this outcome
1 protocolMeasuredWhat the studies reporting this result did.
20 min
- Course
- 1 week
- Format
- Individual
- Supervision
- Instructor-led
A repeated course
Open NauseaShow studies (1)
Pilot studyDnegativen=17Had it: 2 of 945% confidence2020Simulator sickness symptoms (nausea-related) in two patients with PD on Day 2
Weak journalOpen-labelNo control group - →TendinopathyCertaintyLowSourceReference knowledge2 other sources
A pharmacology reference notes that excessive or aggressive mobilization may contribute to tendinopathy in susceptible individuals. Three of 276 Reddit reports discussing it mentioned this effect.
What the sources found
0 not observed · 0 unclear · 2 reportedconfidence 40/100
How big is the effect
No study gave a number we could compare, so the size is not known.
Where the evidence comes from
- Community reports1
- Reference knowledge1
Open TendinopathyShow studies (2)
Reference knowledgenegative50% confidenceExcessive or aggressive mobilization may contribute to the development of tendinopathy in susceptible individuals.
Community reportsnegative30% confidenceThis effect was mentioned in 3 of 276 Reddit reports discussing it.
Don't do it if
When to skip it or get medical advice first5 listedHighest probability
- →Acute InjuryCertaintyLowSourceReference knowledgeTheoretical
Movement may aggravate active inflammation or tissue damage, such as a ligament sprain or muscle tear, and delay healing.
Where the evidence comes from
- Reference knowledge
Confidence
confidence 80/100
Open Acute InjuryRationale
Active inflammation or tissue damage (e.g., ligament sprain, muscle tear) can be exacerbated by movement, delaying healing.
- →Bone FractureCertaintyLowSourceReference knowledgeTheoretical
An unstable or unhealed fracture in the area being mobilized may be displaced or aggravated by loaded or end-range movement before weight-bearing and range-of-motion precautions are established.
In the trials
2 trials of this practice also left out people with this condition. That does not show harm.
PubMed links (2)
Where the evidence comes from
- Reference knowledge
Confidence
confidence 78/100
Open Bone FractureRationale
An unstable or unhealed fracture in the region being mobilized may be displaced or aggravated by end-range or loaded movement before weight-bearing and range-of-motion precautions are established.
- →TendinitisCertaintyLowSourceReference knowledgeTheoretical
When tendinopathy is active and accompanied by pain and swelling, the mechanical loading from mobility exercises may worsen it.
Where the evidence comes from
- Reference knowledge
Confidence
confidence 70/100
Open TendinitisRationale
Active tendinopathy with pain and swelling may worsen with mechanical loading from mobility exercises.
- →Sprain / StrainCertaintyLowSourceTheoretical
Mobility exercises may worsen an acute ligament sprain or muscle strain, which requires rest and protection.
Where the evidence comes from
- Expert opinion
Confidence
confidence 70/100
Open Sprain / StrainRationale
Acute ligament sprains or muscle strains require rest and protection; mobility exercises may worsen the injury.
- →Post-Surgery RecoveryCertaintyLowSourceTheoretical
Premature mobility training may compromise a recent surgical repair before the site has had time to heal.
Where the evidence comes from
- Expert opinion
Confidence
confidence 70/100
Open Post-Surgery RecoveryRationale
Recent surgical sites need time to heal; premature mobility training can compromise surgical repairs.
Who the trials left out
Some trials of this practice did not take people with these conditions, so the studies say less about them. This is not a warning and does not show harm. Ask a clinician first.11 listed- Mild Cognitive Impairmentleft out by 3 trials
PubMed links (3)
- Osteoporosisleft out by 3 trials
PubMed links (3)
PubMed links (2)
- Heart Failure (CHF)left out by 2 trials
PubMed links (2)
Left out by one trial each (7)
- Drug Addictionleft out by 1 trial
PubMed links (1)
- Back Painleft out by 1 trial
PubMed links (1)
- Cancer (General)left out by 1 trial
PubMed links (1)
- Diabetes Type 1left out by 1 trial
PubMed links (1)
- Osteoarthritisleft out by 1 trial
PubMed links (1)
- Pregnancyleft out by 1 trial
PubMed links (1)
- Rheumatoid Arthritisleft out by 1 trial
PubMed links (1)
When you stop
Rebound and withdrawal after discontinuing2 listedHighest probability
- →Physical FunctionCertaintyLowSourceClinicalloss of benefit1 cited study
A systematic review of randomized trials found that the physical-function benefit was not maintained six months after the intervention.
What the sources found
0 not observed · 0 unclear · 1 reportedconfidence 60/100
How big is the effect
No study gave a number we could compare, so the size is not known.
Who was studied
- People with a condition
Where the evidence comes from
- Article1
Open Physical FunctionShow studies (1)
Systematic reviewAnegativen=131760% confidence2022Mobility training for increasing mobility and functioning in older people with frailty.
This benefit did not appear to be maintained six months after the intervention.
Top journalPooled RCTs - →Balance ImprovementCertaintyLowSourceClinicalloss of benefit1 cited study
A randomized trial of 61 people reported short-term improvements on one-leg balance tests, though these changes may have reflected the different standing positions used during therapy sessions.
What the sources found
0 not observed · 0 unclear · 1 reportedconfidence 50/100
How big is the effect
No study gave a number we could compare, so the size is not known.
Who was studied
- People with a condition
Where the evidence comes from
- Article1
Protocol behind this outcome
1 protocolMeasuredWhat the studies reporting this result did.
45 min · 3×/week
- Course
- 4 weeks
- Per week
- 135 min
- Intensity
- Moderate
- Format
- Individual
- Supervision
- Instructor-led
A repeated course
Open Balance ImprovementShow studies (1)
RCTCnegativen=6150% confidence2021A brief note regarding the short-term improvements on the one-leg balance tests. Observed changes are possibly attributable to the different standing positions involved during the therapy sessions
Weak journal
Interactions
Okay to combine with
Highest probability of useful synergy
- →PracticesStatic StretchingCertaintyMediumSourceReference knowledgeComplementary
Static stretching focuses on passive range of motion, complementing mobility training’s contribution to overall joint flexibility.
- →PracticesStrength TrainingCertaintyMediumSourceReference knowledgeComplementary
Mobility work and progressive resistance training through a tolerable range of motion address complementary aspects of physical function: usable joint range and strength.
- →PracticesProgressive Muscle RelaxationCertaintyMediumSourceReference knowledgeComplementary
Combining mobility training with relaxation techniques is described as supporting neuromuscular control and reducing muscle guarding.
Where the evidence comes from
- Reference knowledge
Open Progressive Muscle RelaxationConfidence
confidence 65/100
- →SupplementsCollagenCertaintyMediumSourceReference knowledgeAdditive
Collagen is described as supplying building blocks for cartilage and tendons, which may support joint health and connective tissue repair when combined with mobility training.
- →SupplementsOmega-3CertaintyMediumSourceReference knowledgePotentiating
Omega-3 fatty acids are described as reducing joint inflammation and potentially complementing mobility training through anti-inflammatory effects.
- →PracticesMeditationCertaintyMediumSourceTheoreticalComplementary
The proposed rationale is that mindfulness meditation may improve body awareness and movement quality during mobility training.
- →PracticesManual Myofascial ReleaseCertaintyMediumSourceTheoreticalPotentiating
Foam rolling or manual release is described as reducing tissue tension, potentially allowing mobility exercises to reach a greater range of motion and support tissue adaptation.
Where the evidence comes from
- Expert opinion
Open Manual Myofascial ReleaseConfidence
confidence 50/100
Medium probability(1)(0)(1)
- →PracticesYogaCertaintyMediumSourceTheoreticalComplementary
Yoga and mobility training both emphasize flexibility, body awareness, and controlled movement; combining them is proposed to deepen the mind-body connection and mobility gains.
How it works
The mechanisms this practice works through25 listed · 0 established- Ankle joint functionNeuromuscular rehabilitationproposed
Anti-gravity running table training simulates normal gait under reduced weight, improving ankle mobility, stability, and support ability.
- Balance and mobilityNeuromuscularproposed
Improved dynamic balance and sit-to-stand capacity, likely due to increased engagement of the stroke-affected side and improved muscle strength and coordination.
- Change of direction speedNeuromuscularproposed
Mobility training improves body awareness and connection with the ground, enabling the activation of prime movers and supporting/stabilizing muscles more effectively, leading to improved change of direction speed.
- Chest wallChest wall mobilityproposed
Chest mobility exercises enhance chest wall strength and flexibility, leading to improved chest expansion and pulmonary function.
- Cortical circuits (basal ganglia, cerebellum, premotor cortex, SMA)Rhythmic entrainmentproposed
Rhythmic cues may drive motor action via neural coupling between sensory-auditory and premotor cortex, compensating for motor deficiencies in PD.
- Elastic modulus of muscles and fasciaMyofascial stiffness adaptationproposed
MR training led to a moderate and homogeneous increase in stiffness across many areas, while CT led to greater increases in fewer areas.
- FMS scoreFunctional movementproposed
Mobility protocol resulted in improved functional mobility, which is related to reduced risk of injuries.
- Fracture healingMechanical loadingproposed
Early progressive weight-bearing provides stress stimulation to the fracture ends, promoting bone scab formation and increasing bone mineral density.
- Infraspinatus EMG activity during posterior glideNeurophysiologic (reflex and motoneuron) pathwaysproposed
EMG activity decreased following PGM and sleeper stretch, and further reduced after thoracic manipulation only for the sleeper stretch. The authors interpret this as possible inhibitory effects but did not establish a mechanism.
- Joint mobility and flexibilityMusculoskeletalproposed
Early mobilization and flexibility exercises help reduce joint stiffness and promote motor recovery after lower limb trauma.
- Motor and speech networksNeuroplasticityproposed
Internally generated rhythmic cues place higher cognitive demand on the patient and are thus more likely to induce beneficial neuroplasticity.
- Motor recoveryNeural remodelingproposed
Task-oriented training with intention-based robotic assistance may drive neural reorganization and functional gains in chronic stroke.
- Motor unit recruitment and neuroplasticityNeuromuscularproposed
Progressive strengthening exercises and electrical stimulation enhance motor unit recruitment and neuroplasticity.
- Muscle strength and mobilityNeuromuscularproposed
Physiotherapy interventions including PNF, strengthening exercises, and task-oriented activities aimed to improve muscle strength and functional mobility.
- Postoperative painPain modulationproposed
Early rehabilitation promotes blood circulation and reduces inflammatory factors around the injury, thereby reducing pain.
- Range of motionJoint mobilityproposed
MR training significantly increased ROM in all 27 measurement areas, superior to CT.
- Respiratory musclesRespiratory muscle strengtheningproposed
Breathing exercises promote diaphragm contraction, lift the lower ribs, and expand the mediolateral diameter of the chest cavity, improving chest wall mobility and lung expansion.
- Vastus lateralis IIB to IIA fibresMuscle fibre type transitionproposed
Authors speculate PNF may promote fibre-type transformation toward more fatigue-resistant properties; not measured in included studies.
- dynamic balanceneuromuscular controlproposed
Mobility training improved dynamic balance as measured by Y-Balance Test.
- functional movement qualityjoint mobilityproposed
Mobility training improved Overhead Squat Test performance.
- motor function recoveryneuroplasticityproposed
Early and intensive rehabilitation facilitated neuroplasticity, contributing to functional recovery.
- musculoskeletal functionprevention of disuse syndromeproposed
Short-duration, high-frequency interventions maintained musculoskeletal function and prevented disuse syndrome.
- near lane parallel traffic surge (NLPTS) detectionsensory-motor learningproposed
Participants learned to use visual and auditory cues from the surge of previously stopped cars to time safe street crossings, a skill that can be acquired in a virtual environment and transferred to real streets.
- shoulder mobilityneuromuscularproposed
Improved shoulder range of motion in frontal and sagittal planes following combined mobility and strength training.
- upper extremity strengthmuscularproposed
Increased isokinetic maximal strength of the upper extremities following device-supported strength training.
Variations
5 documentedTypical protocol
45 protocolsEstimatedAcross every study of this practice, whatever the variation.
45 min · 3×/week
- Course
- 6 weeks
- Per week
- 150 min
- Rounds
- 5
- % of max heart rate
- 40–60% of max
- Sets
- 2
- Reps
- 10–15
- Intensity
- Moderate
- Format
- Individual
- Supervision
- Instructor-led
Courses and single sessions · 38 repeated-course and 3 single-session protocols
88% of the corpus contributed
Dynamic Joint Mobility Routine
Beginner9/1020–45 min · 3 times a week
Dynamic Joint Mobility Routine
Beginner9/1020–45 min · 3 times a week20–45 min · 3 times a week
Editorial- How often
- 3 times a week
- Intensity
- Low
- Time of day
- Any time
- Where
- Indoors or outdoors
- Research depth
- Minimal
This routine moves through major joints with controlled, full-range movements and can be used on its own or as a warm-up. The movements are meant to stay within gentle tension, without bouncing or pushing into sharp pain.
No equipment needed.
not in pregnancy
As studied
4 protocolsEstimatedThe protocol the studies of this variation actually used.
30 min
- Course
- 12 weeks
- Format
- Individual
- Supervision
- Instructor-led
Courses and single sessions · 3 repeated-course and 1 single-session protocols
How it's done7 steps · 3 cues · 3 common mistakes
A general description of the practice, not instruction or medical advice.
Steps
- Begin with 2-3 minutes of light cardio, such as marching in place, to increase blood flow.
- Perform 8-10 controlled neck half-circles, moving chin from shoulder to chest to the other shoulder and back. Avoid dropping the head backward.
- Complete 10-12 slow arm circles, gradually increasing the range of motion, first forward then backward.
- Execute 10-12 standing cat-cow movements by placing hands on thighs, rounding the spine on an exhale, and arching on an inhale.
- Perform 8-10 deep bodyweight squats, holding onto a support if needed, focusing on a straight back and tracking knees over toes.
- Conduct 10-12 hip circles in each direction, placing hands on hips and making wide, controlled circles.
- Finish with 10 ankle circles per foot and 10 toe-point-and-flex movements to mobilize the feet and ankles.
Cues
- · Move only to the point of gentle tension, never into sharp pain.
- · Keep movements smooth and continuous, avoiding bouncing or jerking.
- · Exhale during the effort phase of a movement and inhale on the return.
Common mistakes
- Using momentum instead of muscle control to swing limbs.
- Holding the breath during challenging stretches.
- Pushing into a range of motion that causes joint pain.
Studied protocols4 on file
- 30 min· 3×/week· 12 weeks· n=68· A repeated coursePMID 38256463
- 30 min· 5×/week· 8 weeks· n=52· A repeated coursePMID 38351120
- 30 min· 38.5×/week· 30 weeks· n=12· A repeated coursePMID 39274500
- 30 min· n=12· Single sessionsPMID 28445540
Functional Balance & Mobility Training
Intermediate8/1030–60 min · 3 times a week
Functional Balance & Mobility Training
Intermediate8/1030–60 min · 3 times a week30–60 min · 3 times a week
From studies- How often*
- 3 times a week
- Intensity
- Moderate
- Time of day
- Morning
- Where
- Indoors
- Research depth
- Moderate
The exercises pair everyday movements, such as rising from a chair and stepping up, with balance challenges that include head turns and direction changes. The format is aimed at older adults or people in rehabilitation who want to feel more confident with daily activities.
Equipment: Sturdy chair, Step or low platform
not in pregnancy
As studied
9 protocolsEstimatedThe protocol the studies of this variation actually used.
20–60 min · 3×/week
- Course
- 6 weeks
- Per week
- 135 min
- Intensity
- Moderate
- Format
- Individual
- Supervision
- Instructor-led
A repeated course
Derived from2681884729764871318355023618878036862193+4 more in Sources
How it's done7 steps · 3 cues · 3 common mistakes
A general description of the practice, not instruction or medical advice.
Steps
- Warm up with 5 minutes of seated or supported marching and ankle pumps.
- Practice sit-to-stand from a sturdy chair for 10-12 repetitions, gradually reducing arm assistance.
- Perform 10 tandem stance holds per side, placing one foot directly in front of the other and balancing for 15-30 seconds.
- Complete 8-10 forward step-ups onto a low platform, alternating the leading leg with each repetition.
- Execute a walking course for 2-3 minutes that includes head turns and direction changes on command to practice dual-tasking.
- Perform 10 single-leg balance reaches, standing on one leg and reaching the opposite hand toward the floor or a target.
- Cool down with 5 minutes of gentle walking and static calf and hamstring stretches.
Cues
- · Keep your gaze fixed on a point at eye level to help maintain balance.
- · Engage your core muscles lightly as if bracing for a gentle punch.
- · Have a wall or sturdy chair nearby for safety, but try not to rely on it.
Common mistakes
- Holding the breath during balance exercises, which increases tension.
- Looking down at the feet, which disrupts the body's sense of position.
- Rushing through the movements without control.
Studied protocols10 on file
- 20 min· 3×/week· 8 weeks· n=20· A repeated coursePMID 29764871
- 45 min· 3×/week· 4 weeks· n=61· A repeated coursePMID 36188780
- 60 min· 3×/week· 78 weeks· n=162· A repeated coursePMID 36862193
- 60 min· 3×/week· 3 weeks· n=41· A repeated coursePMID 37656241
- 60 min· 4×/week· 4 weeks· n=32· A repeated coursePMID 38267603
- 60 min· 2×/week· 6 weeks· n=13· A repeated coursePMID 41517059
High-Intensity Mobility Circuit
Advanced7/1030–45 min · 2 times a week
High-Intensity Mobility Circuit
Advanced7/1030–45 min · 2 times a week30–45 min · 2 times a week
Editorial- How often
- 2 times a week
- Intensity
- High
- Time of day
- First half of the day
- Where
- Indoors or outdoors
- Research depth
- Minimal
This advanced circuit combines mobility drills with strength and cardiovascular elements in timed intervals with limited rest. It is designed for fit individuals seeking a challenging session, with movement quality and technique emphasized over speed.
No equipment needed.
not for children,not in pregnancy,caution for older adults
How it's done7 steps · 3 cues · 3 common mistakes
A general description of the practice, not instruction or medical advice.
Steps
- Perform a 3-minute dynamic warm-up including jumping jacks and high knees.
- Complete 4 rounds of the following circuit with 60 seconds rest between rounds:
- Perform 45 seconds of deep cossack squats, alternating sides with each rep.
- Immediately follow with 45 seconds of Spiderman lunges with a thoracic rotation, alternating sides.
- Transition to 45 seconds of bear crawl, moving forward and backward with control.
- Finish the circuit with 45 seconds of active downward dog to up-dog flow, moving with your breath.
- Cool down with 5 minutes of light walking and deep diaphragmatic breathing.
Cues
- · Maintain a steady, challenging pace without sacrificing form.
- · Use your exhale to deepen into each mobility position.
- · Keep your core engaged to protect your lower back during dynamic transitions.
Common mistakes
- Sacrificing range of motion for speed.
- Collapsing the lower back during bear crawls and lunges.
- Not taking adequate rest, leading to a breakdown in technique.
Studied protocols2 on file
- 2.6 weeks· Reps 10· n=83· A repeated coursePMID 42125998
- n=1449PMID 39108099
Sport-Specific Mobility Prep
Intermediate7/106–20 min · As needed
Sport-Specific Mobility Prep
Intermediate7/106–20 min · As needed6–20 min · As needed
Editorial- How often
- As needed
- Intensity
- Moderate
- Time of day
- First half of the day
- Where
- Indoors or outdoors
- Research depth
- Minimal
This is a pre-activity routine for athletes, using dynamic movements through ranges relevant to sport rather than static holds. Its focus is preparation for training or competition, not a general mobility session.
No equipment needed.
not in pregnancy
How it's done6 steps · 3 cues · 3 common mistakes
A general description of the practice, not instruction or medical advice.
Steps
- Start with 2 minutes of light jogging or skipping to raise core temperature.
- Perform 10 walking lunges with a torso twist toward the forward leg to open the hips and thoracic spine.
- Complete 10 leg swings forward and backward, then 10 side-to-side, using a wall for support.
- Execute 8 inchworms by walking hands out to a plank, performing a push-up, and walking feet back to hands.
- Perform 10 lateral lunges, shifting weight from one bent leg to the other while keeping the opposite leg straight.
- Finish with 10 high-knee pulls and 10 butt-kicks to dynamically stretch the quads and hamstrings.
Cues
- · Move with purpose and control, not just speed.
- · Focus on the quality of each movement over the quantity.
- · Breathe rhythmically throughout the entire sequence.
Common mistakes
- Performing static stretches before the body is warm.
- Rounding the back during lunges and inchworms.
- Skipping the warm-up and starting mobility drills cold.
Studied protocols1 on file
- 6 min· 3×/week· 8 weeks· n=31· A repeated coursePMID 41295781
Pain-Free Mobility Exploration
Beginner6/10supervision recommended10–30 min · Daily
Pain-Free Mobility Exploration
Beginner6/10supervision recommended10–30 min · Daily10–30 min · Daily
Editorial- How often
- Daily
- Intensity
- Very low
- Time of day
- Any time
- Where
- Indoors
- Research depth
- Minimal
This exploratory practice is intended for people managing chronic pain, recovering from injury, or apprehensive about movement. The goal is comfortable, controlled motion; movements are reduced or paused if sharp or familiar pain occurs.
No equipment needed.
not in pregnancy
As studied
3 protocolsEstimatedThe protocol the studies of this variation actually used.
20 min
- Course
- 2 weeks
- Format
- Individual
- Supervision
- Instructor-led
A repeated course
How it's done6 steps · 3 cues · 3 common mistakes
A general description of the practice, not instruction or medical advice.
Steps
- Lie on your back with knees bent and feet flat on the floor. Spend 2-3 minutes breathing deeply into your belly.
- Very slowly tilt your pelvis forward and backward (pelvic tilts) only as far as is completely comfortable, for 2 minutes.
- Gently slide one leg straight along the floor and back, keeping the movement small and pain-free. Repeat 5 times per leg.
- From hands and knees, perform a tiny cat-cow movement, moving only a few inches in each direction for 2 minutes.
- While seated, slowly turn your head to look over one shoulder, only to the point of first sensation, not stretch. Repeat 5 times per side.
- Finish by lying still for 3-5 minutes, noticing any sensations in the body without judgment.
Cues
- · The goal is to feel safe and in control, not to achieve a specific range of motion.
- · Move as if you are moving through thick honey—slow and smooth.
- · If you notice any sharp or familiar pain, make the movement smaller or pause.
Common mistakes
- Pushing into a stretch or painful sensation.
- Holding the breath or bracing the body.
- Comparing the range of motion to a previous day or another person.
Studied protocols3 on file
- 20 min· 7×/week· 3 weeks· n=20· A repeated coursePMID 32894055
- 20 min· 1 week· n=17· A repeated coursePMID 33519665
- 20 min· 5×/week· n=56· A repeated coursePMID 41256786
How to start
Community experience
Based on 297 public posts from Reddit, YouTube, Bluesky, Hacker News, and Phoenix Rising.
What people report it did
17 outcomes mentioned across 297 public reports. A report often mentions several, so these counts do not add up to the total.
Reported benefits12
- Flexibility Improvement61 mentions
- Joint Health Improvement60 mentions
- Physical Function51 mentions
- Chronic Pain Reduction23 mentionsnot studied
- Physical Strength Increase22 mentions
- Posture Improvement16 mentions
- Physical Endurance Increase15 mentions
- Muscle Recovery Acceleration13 mentions
- Muscle Soreness Reduction (DOMS)10 mentionsnot studied
- Mood Improvement7 mentionsnot studied
- Physical Energy Increase6 mentions
- Balance Improvement5 mentions
Reported side effects5
- Pain19 mentions
- Injury Risk Increase16 mentionsnot studied
- Muscle Tension7 mentionsnot studied
- Joint Pain (Arthralgia)6 mentionsnot studied
- Muscle Strainnot studied
What people report doing
Counted from public posts and videos, not from a survey. Each figure counts the posts that mentioned it — most reports say nothing about schedule.
Where2 mentions
Session lengthas written
References
65 screened · 50 analysed · 51 listed below
Studies and sources cited on this page. Evidence quality varies — check the grade on each.
- Efficacy and threshold dose of intensive training targeting mobility for children with cerebral palsy: A systematic review and meta-analysis.Dev Med Child Neurol2024Meta-analysisAn=1449
- Mobility training for increasing mobility and functioning in older people with frailty.Cochrane Database Syst Rev2022Systematic reviewAn=1317
- Stretch for the treatment and prevention of contracture: an abridged republication of a Cochrane Systematic Review.J Physiother2017Systematic reviewAn=1414
- Effect of proprioceptive neuromuscular facilitation on pain and joint mobility in knee osteoarthritis: a systematic review and meta-analysis of randomized controlled trials.PeerJ2026Meta-analysisBn=403
- A phase III, multi-arm multi-stage covariate-adjusted response-adaptive randomized trial to determine optimal early mobility training after stroke (AVERT DOSE).Int J Stroke2023RCTBn=2700
- Dual-task training effects on motor and cognitive functional abilities in individuals with stroke: a systematic review.Clin Rehabil2018Systematic reviewBn=457
- High-Dose Walking Booster Program Is Feasible for People After Stroke: A Phase II Randomized Trial.Stroke2026RCTCn=47
- The impact of early powered mobility training in families and children with Spinal Muscular Atrophy Type I.Assist Technol2026RCTCn=16
- Efficacy of Active Exercises to Improve Range of Motion in Knee Joint After Total Knee Arthroplasty. A Randomized Controlled Trial.Physiother Res Int2026RCTCn=83
- Thoracic mobility training and performance outcomes in adolescent female volleyball players: a randomized controlled trial.BMC Sports Sci Med Rehabil2026RCTCn=36
Show all 51 references
- Effects of deconstructed Tai Chi step training combined with conventional rehabilitation on lower limb function in brunnstrom stage III stroke patients: A randomized controlled trial.2026RCTCn=52
- Comparison of the Core Training and Mobility Training Effects on Basketball Athletic Performance in Young Players: A Comparative Experimental Study.2025RCTCn=31
- Post-stroke health-related quality of life following lower-extremity constraint-induced movement therapy - An observational survey study.2025Observational Cross SectionalCn=106
- Pain State Classification of Stiff Knee Joint Using Electromyogram for Robot-Based Post-Fracture Rehabilitation Training.2025Observational CohortCn=19
- Effects of continuous mobility training versus hand bicycle exercise in individuals with prolonged mechanical ventilation: A randomized-controlled trial.2025RCTCn=56
- Functional and Clinical Outcomes in Acute Wound Management: Measuring the Impact of Negative Pressure Wound Therapy and Specialized Physical Therapy.2025Quasi ExperimentalCn=192
- Rehabilitation effect of standing bed combined with early anti-gravity running table training on ankle fracture.2024RCTCn=52
- Effects of Specific RAMP Protocol Phase on Change of Direction Speed of Police Students.2024RCTCn=39
- The home-based breathing and chest mobility exercise improves cardiorespiratory functional capacity in long COVID with cardiovascular comorbidities: a randomized study.2024RCTCn=46
- The Influence of Mobility Training on the Myofascial Structures of the Back and Extremities.2024RCTCn=68
- Application of mobility training methods in sporting populations: A systematic review of performance adaptations.2024Systematic reviewC
- LSVT® BIG versus progressive structured mobility training through synchronous telerehabilitation in Parkinson's disease: A randomized controlled trial.2024RCTCn=32
- Combined Effects of Glenohumeral Mobilization, Stretching, and Thoracic Manipulation on Shoulder Internal Rotation Range of Motion.2024Quasi ExperimentalCn=40
- Effects of an 18-month community-based, multifaceted, exercise program on patient-reported outcomes in older adults at risk of fracture: secondary analysis of a randomised controlled trial.2023RCTCn=162
- Effects of combined exercises on shoulder mobility and strength of the upper extremities in breast cancer rehabilitation: a 3-week randomized controlled trial.2023RCTCn=41
- Effects of foot and ankle mobilisations combined with home stretches in people with diabetic peripheral neuropathy: a proof-of-concept RCT.2023RCTCn=61
- Evaluating a Speech-Specific and a Computerized Step-Training-Specific Rhythmic Intervention in Parkinson's Disease: A Cross-Over, Multi-Arms Parallel Study.2021Crossover RCTCn=61
- A posture and mobility training package for care home staff: results of a cluster randomised controlled feasibility trial (the PATCH trial).2020RCTCn=146
- Do Infants at Risk of Developing Cerebral Palsy or Other Neurodevelopmental Disorders Learn What They Practice?2020RCTCn=19
- Structured Cognitive-Motor Dual Task Training Compared to Single Mobility Training in Persons with Multiple Sclerosis, a Multicenter RCT.2019RCTCn=40
- Systematic review of high-level mobility training in people with a neurological impairment.2018Systematic reviewC
- Individuals with severely impaired vision can learn useful orientation and mobility skills in virtual streets and can use them to improve real street safety.2017Quasi ExperimentalCn=12
- Usefulness and acceptability of a standardised orientation and mobility training for partially-sighted older adults using an identification cane.2012RCTCn=68
- Group Telerehabilitation to Improve Balance and Mobility in Patients After Stroke Performed at Home: A Feasibility and Pilot Study.2026Pilot studyDn=13
- Physiotherapy-Led Rehabilitation of Foot Drop Following Lower Limb Gunshot Injury.2026Case reportDn=1
- Successful Acute-Phase Rehabilitation Leading to Activities of Daily Living Recovery in a Patient With Hypoxic Encephalopathy Following Prolonged Cardiopulmonary Arrest: A Case Report.2025Case reportDn=1
- Effect of Pediatric Rehabilitation on Children With Viral Encephalitis: A Case Report.2024Case reportDn=1
- The Small Step Early Intervention Program for Infants at High Risk of Cerebral Palsy: A Single-Subject Research Design Study.2024Quasi ExperimentalDn=12
- Comprehensive Rehabilitation of Post-Operative Paraplegic Patient: A Case Report.2022Case reportDn=1
- Design and Development of a Virtual Reality-Based Mobility Training Game for People With Parkinson's Disease.2020Pilot studyDn=17
- Feasibility of Prehabilitation Prior to Breast Cancer Surgery: A Mixed-Methods Study.2020Pilot studyDn=22
- Feasibility of a mobility programme for people with dementia in the respite care setting: results of the DESKK study.2020Quasi ExperimentalDn=20
- Bilateral Tactile Feedback-Enabled Training for Stroke Survivors Using Microsoft KinectTM.2019Case reportDn=1
- Balance and mobility training at home using Wii Fit in children with cerebral palsy: a feasibility study.2018Pilot studyDn=20
- Effects on mobility training and de-adaptations in subjects with Spinal Cord Injury due to a Wearable Robot: a preliminary report.2016Pilot studyDn=3
- Orientation and mobility training for adults with low vision: a new standardized approach.2013Narrative reviewDn=18
- Mobility training using a bionic knee orthosis in patients in a post-stroke chronic state: a case series.2012Case seriesDn=3
- Orientation and mobility training for partially-sighted older adults using an identification cane: a systematic review.2011Systematic reviewD
- The effect of static scanning and mobility training on mobility in people with hemianopia after stroke: a randomized controlled trial comparing standardized versus non-standardized treatment protocols.2011RCTD
- Effects and feasibility of a standardised orientation and mobility training in using an identification cane for older adults with low vision: design of a randomised controlled trial.2009RCTDn=190
- Expert knowledge synthesis