Therapeutic interventions improve gait and balance in adults with lower limb amputationTherapy helps people with limb loss walk and balance better

Archives of physical medicine and rehabilitation Published July 8, 2026 Study authors: Dhariwal Aditya, Heitzmann Daniel, Barnett Cleveland, Rusaw David, Nilsson Paola V, Scheepers Lisan,… PubMed ↗ DOI ↗ Editorial oversight: Dr. Sofia Müller, MD · Lifespan & Whole-Person Care

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Key Takeaway

Note that therapeutic interventions improve gait and balance in lower limb amputees, though clinical significance is limited.

This meta-analysis evaluated the impact of various therapeutic interventions, such as cognitive training, exercise, virtual reality, and proprioceptive neuromuscular facilitation, on functional outcomes in adults with lower limb amputation. The analysis included data from 654 participants to assess gait, balance, functional independence, and balance confidence.

The synthesis indicates that these interventions resulted in statistically significant improvements across several domains. Specifically, gait showed an improvement of SMD = 0.54, while balance showed a more substantial improvement of SMD = 0.68. Functional independence also improved with an SMD = 0.30. Balance confidence was reported as improved (SMD = 0.27), though this specific outcome did not reach statistical significance.

A notable limitation identified by the authors is that only 7 of 54 outcomes met minimal clinically important difference or minimal detectable change thresholds. While the results suggest a positive trend for gait and balance, the clinical significance of these improvements remains limited. Practitioners should consider these interventions as supportive measures while noting the modest scale of clinically significant changes.

Losing a leg changes everything. Walking, standing, even feeling steady in your own body becomes a daily challenge. But a new analysis of 654 adults with lower limb amputation offers real hope: specific therapies can help.

The review looked at studies on cognitive training, exercise, virtual reality, and proprioceptive neuromuscular facilitation (a type of stretching). It found that these interventions significantly improved gait (how you walk) and balance. Functional independence also got better. Balance confidence improved too, but that change wasn't strong enough to be considered statistically significant.

Here's the honest part: while the improvements were real, only 7 out of 54 measures met the threshold for what's considered a meaningful change in daily life. So the gains are promising, but not yet life-transforming for everyone.

This matters because there are few clear guidelines on rehab after amputation. The findings give doctors and physical therapists more reason to recommend these therapies. If you or someone you know is adjusting to life with a prosthetic, this research suggests that targeted training can make a difference.

What this means for you:

Therapies like exercise and virtual reality can improve walking and balance after limb loss, but the benefits may be modest.

Common questions

What types of therapy help after a leg amputation?

The analysis looked at cognitive training, exercise, virtual reality, and a type of stretching called proprioceptive neuromuscular facilitation. All of these helped improve walking, balance, and daily function in people with lower limb loss.

How much better did people get with therapy?

Gait improved by a standard mean difference of 0.54, balance by 0.68, and functional independence by 0.30. These are moderate improvements, but only 7 out of 54 measures reached the level of a meaningful change in everyday life.

Is this treatment safe?

The analysis did not report any information on side effects, serious adverse events, or how well people tolerated the therapies. So we cannot say for sure about safety. Always talk to your doctor before starting a new therapy.

Who was included in this research?

The analysis included 654 adults with lower limb amputation. The studies looked at various therapies, but the review did not specify the exact type of amputation or how long ago it occurred.

Study Details

Study typeMeta analysis

Sample sizen = 654

EvidenceLevel 1

PublishedJul 2026

PMID41390050

View Original Abstract ↓

OBJECTIVE: To evaluate the effectiveness of therapeutic interventions on gait, balance, functional independence, and balance confidence in individuals with lower limb amputation. In addition, to examine effects by intervention type and determine their clinical significance. DATA SOURCES: Seven databases (AMED, APA PsycInfo, Medline, CINAHL, PubMed, Scopus, Web of Science) were searched up to May 26, 2025. Reference lists of included studies and related systematic reviews were also screened. STUDY SELECTION: Studies were included if they evaluated a therapeutic intervention in adults with lower limb amputation, had evidence of reliability, validity, and responsiveness in people with limb amputation, and had a Physiotherapy Evidence Database score ≥6. Twenty-one studies met inclusion criteria; 18 were included in the meta-analysis. DATA EXTRACTION: Studies were divided across 6 reviewers, who then independently extracted data using a standardized form (participant characteristics, intervention type and duration, outcome measures, and results). Study quality was reported using the Physiotherapy Evidence Database scale. DATA SYNTHESIS: Twenty-one studies (654 participants) contributed 34 gait outcomes (13 studies), 26 balance outcomes (10 studies), 11 functional independence outcomes (8 studies), and 5 balance confidence outcomes (5 studies). A 3-level random-effects meta-analysis showed that therapeutic interventions statistically significantly improved gait (standardized mean difference [SMD] =0.54), balance (SMD=0.68), and functional independence (SMD=0.30), with smaller effects on balance confidence (SMD=0.27). Cognitive training had the largest effect on gait, exercise on balance, virtual reality on balance confidence, and proprioceptive neuromuscular facilitation on functional independence. All effects were statistically significant except virtual reality on balance confidence. Only 7 of 54 outcomes met minimal clinically important difference or minimal detectable change thresholds. CONCLUSIONS: Therapeutic interventions improve functional outcomes in individuals with a lower limb amputation, although clinical significance was limited. Future research should tailor interventions and standardize outcome measures to better align with meaningful patient improvements.

Therapeutic interventions improve gait and balance in adults with lower limb amputationTherapy helps people with limb loss walk and balance better

Common questions

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