2026 (Apri.
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id/index.
php/khater Proprioceptive and Balance Training in Functional Recovery: A Literature Review Analysis Latihan Proprioseptif dan Keseimbangan dalam Pemulihan Fungsional:
Analisis Tinjauan Literatur Review Article Adelina Martins Hernyndes* Universidad Complutense de Madrid.
SPAIN Abstract.
Background Objectives Methods Results Conclusion Functional recovery is a key goal in rehabilitation, particularly for individuals with neurological and musculoskeletal impairments.
Proprioceptive and balance training are widely used to improve postural control and motor function.
This study aims to synthesize evidence on the effectiveness of proprioceptive and balance training in functional recovery and identify existing research gaps.
A systematic literature review was conducted following PRISMA guidelines using databases including Scopus.
ScienceDirect.
Web of Science, and PubMed.
Studies published between 2022 and 2026 were selected based on predefined inclusion criteria and analyzed using a narrative synthesis approach.
The findings show that proprioceptive and balance training significantly improve postural stability, coordination, and neuromuscular control.
Combined interventions with conventional rehabilitation yield greater functional improvements.
however, variability in protocols and lack of standardization remain key limitations.
Proprioceptive and balance training are effective components of rehabilitation for enhancing functional Further research is needed to establish standardized protocols and evaluate long-term Keywords: proprioceptive training, balance training, functional recovery, rehabilitation, sensorimotor training.
Received: March 4, 2026.
Accepted: April 24, 2026 *Correspondence: adelinamartins22@gmail.
Adelina Martins Hernyndes Department of Physical Activity and Sports Sciences.
Universidad Complutense de Madrid.
Spain Copyright: A 2025 by the authors.
Published by KHATEC.
Pontianak.
Indonesia.
This is an Open Access article distributed under the terms of the Creative Commons Attribution License (Creative Commons Attribution-ShareAlike 4.
0 International Licens.
, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.
INTRODUCTION
Functional recovery remains a central goal in rehabilitation science, particularly for individuals with neurological and musculoskeletal impairments.
The global burden of disability continues to increase due to aging populations and the rising prevalence of chronic diseases such as stroke, osteoarthritis, and low back pain .
Neurological disorders alone affect nearly one billion people worldwide and significantly contribute to long-term functional limitations .
Impairments in balance, coordination, and motor control are among the most common consequences, often leading to increased fall risk and reduced quality of life .
In developing countries, including Indonesia, limited access to rehabilitation services further exacerbates these outcomes, emphasizing the urgent need for effective, evidence-based rehabilitation interventions .
Proprioception is a critical component of motor control, defined as the bodyAos ability to perceive joint position, movement, and spatial orientation through mechanoreceptors in muscles, tendons, and joints .
This system plays a vital role in maintaining postural stability and coordinated movement.
Proprioceptive deficits are highly prevalent in neurological populations, particularly in stroke patients, where impairment rates can reach up to 64% .
Such deficits are strongly associated with decreased functional performance and independence in activities of daily living (ADL) .
From a theoretical perspective, proprioception is closely linked to sensorimotor integration and neuroplasticity, both of which are essential mechanisms underlying recovery in rehabilitation .
To address these impairments, proprioceptive and balance training have been widely implemented as core components of exercise-based rehabilitation.
These interventions aim to enhance Hernyndes.
Indonesian Journal of Exercise Therapy and Rehabilitation 2026 (Apri.
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php/khater sensory feedback, improve postural control, and facilitate motor relearning through repetitive and taskspecific exercises .
Techniques such as proprioceptive neuromuscular facilitation (PNF), balance exercises, and neuromuscular training have demonstrated positive effects on strength, coordination, and functional outcomes .
Furthermore, emerging approaches such as vibration therapy and sensorimotor stimulation have shown potential in enhancing neural activation and promoting functional recovery through neuroplastic mechanisms .
Despite the growing body of evidence, findings regarding the effectiveness of proprioceptive and balance training remain inconsistent.
Several studies have reported significant improvements in postural control and functional performance.
however, variations in intervention protocols, training intensity, and patient characteristics contribute to heterogeneity in outcomes .
For example, .
found that different proprioceptive training modalities yield comparable improvements, yet the lack of standardized protocols limits the comparability of results.
Similarly, .
demonstrated improvements in balance among stroke patients following proprioceptive stimulation, but its superiority over conventional rehabilitation remains inconclusive.
In addition to inconsistent findings, several critical research gaps persist.
First, there is limited understanding of the optimal dose-response relationship, including frequency, intensity, and duration of proprioceptive and balance training required to maximize functional recovery Manapure.
Second, long-term sustainability of intervention effects remains underexplored, particularly beyond short-term clinical outcomes Apriliyasari.
Renny Wulan.
Third, while combined interventions .
, proprioceptive training integrated with task-oriented or strength-based program.
have been proposed, their synergistic effects on functional independence and quality of life are not yet well established .
These gaps indicate the need for a comprehensive synthesis of current evidence.
Therefore, this study aims to systematically review and synthesize the existing literature on proprioceptive and balance training in functional recovery.
Specifically, this review seeks to .
evaluate the effectiveness of these interventions across various clinical populations, .
examine the physiological and neuroplastic mechanisms underlying functional improvements, and .
identify existing research gaps that may guide future investigations.
By integrating findings from recent studies, this research intends to provide a more comprehensive and coherent understanding of the role of proprioceptive and balance training in rehabilitation.
This study is expected to contribute both theoretically and practically.
From a theoretical perspective, it advances understanding of sensorimotor integration and neuroplasticity in rehabilitation science .
From a practical standpoint, the findings may assist clinicians in designing more effective, evidence-based intervention protocols tailored to individual patient needs.
Furthermore, this review may serve as a foundation for future research aimed at developing standardized and optimized rehabilitation strategies, ultimately improving functional outcomes and quality of life for patients undergoing rehabilitation.
METHOD
Research Design This study employed a systematic literature review design following the Preferred Reporting Items for Systematic Reviews and Meta-Analyses (PRISMA) guidelines to ensure transparency, rigor, and reproducibility in the review process.
The PICO framework (Population.
Intervention.
Comparison.
Outcom.
was utilized to guide the identification of relevant studies and extraction of key data.
The population (P) included individuals with neurological or musculoskeletal impairments.
the intervention (I) focused on proprioceptive and balance training.
the comparison (C) involved conventional rehabilitation or other exercise-based interventions.
and the outcomes (O) included functional recovery measures such as balance performance, mobility, and activities of daily living (ADL).
This review specifically focused on synthesizing evidence related to proprioceptive and balance training interventions and their role in enhancing functional recovery within rehabilitation contexts.
Hernyndes.
Indonesian Journal of Exercise Therapy and Rehabilitation 2026 (Apri.
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php/khater Search and Selection Strategy A comprehensive literature search was conducted using multiple electronic databases, including Scopus.
ScienceDirect.
Web of Science (WoS), and PubMed.
The search strategy was designed to identify relevant peer-reviewed articles published between 2022 and 2026.
The keywords used in this study included: Auproprioceptive training,Ay Aubalance training,Ay Aufunctional recovery,Ay Aurehabilitation,Ay Ausensorimotor training,Ay and Aupostural control.
Ay Boolean operators (AND.
OR) were applied to refine the search results.
All identified articles were imported into reference management software (Mendele.
to facilitate organization, duplication removal, and screening processes.
The selection process consisted of three stages: .
title screening, .
abstract screening, and .
full-text review based on predefined inclusion and exclusion criteria.
A total of approximately 180 articles were initially identified, of which 120 articles published between 2020 and 2024 were considered eligible for further screening.
The final selection of articles included those that met all eligibility criteria and were relevant to the objectives of this study.
The detailed process of article identification and selection is illustrated in the PRISMA flow diagram (Figure .
Inclusion and Exclusion Criteria The inclusion criteria for this systematic review were: .
peer-reviewed journal articles focusing on proprioceptive training, balance training, or sensorimotor interventions.
studies examining the effects of these interventions on functional recovery outcomes such as balance, mobility, coordination, and ADL.
studies involving clinical populations .
, stroke, musculoskeletal disorders, elderly .
articles published between 2020 and 2024.
articles available in full-text and written in English.
Conversely, articles were excluded if they: .
were not published in peer-reviewed scientific .
did not specifically address proprioceptive or balance training interventions.
lacked sufficient outcome data related to functional recovery.
were conference abstracts, editorials, or narrative opinions without empirical evidence.
were not accessible in full-text format.
Only studies that fulfilled all inclusion criteria were included in the final analysis.
The overall process of article selection and screening is presented in the PRISMA flowchart (Figure .
Figure 1.
PRISMA Research Flowchart Hernyndes.
Indonesian Journal of Exercise Therapy and Rehabilitation Identification 2026 (Apri.
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php/khater Records identified through database search (Scopus.
ScienceDirect.
Web of Science (WOS), and PubMe.
(N = Published in the Last 5 Years 2022-2026 (N=.
Eligibility Total records after filtering (N=.
Full text articles are assessed for eligibility (N=.
Inclusion Filtering Notes are excluded because bahasa non-Inggris (N=.
Studies included in quantitative synthesis (N=.
Duplicate notes and original articles have been removed (N=.
Articles were excluded if they did not specifically address proprioceptive and balance training interventions, their effects on functional recovery, or underlying sensorimotor and neurophysiological mechanisms.
(N=.
RESULTS AND DISCUSSION
Table 1 summarizes the methodological characteristics of the included studies published between 2020 and 2024.
The findings indicate that proprioceptive and balance training play a significant role in improving functional recovery, particularly in enhancing postural stability, coordination, and neuromuscular control .
Several interventions, including sensorimotor training and specific modalities such as Gyrokinesis and proprioceptive-based exercises, demonstrate positive effects on balance and functional outcomes .
Furthermore, combining proprioceptive training with conventional rehabilitation appears to produce greater improvements compared to single interventions .
However, limitations remain, as some rehabilitation protocols do not adequately address sensorimotor deficits and there is a lack of standardization across training methods .
Overall, these findings highlight the importance of optimizing and individualizing proprioceptive and balance training to achieve more effective functional recovery.
Table 1.
Summary of Proprioceptive and Balance Training Interventions in Functional Recovery Author Characteristics of Method Conclusion the sample Hernyndes.
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Adults undergoing rehabilitation with Individuals participating in movement-based Patients requiring rehabilitation for Individuals with impaired balance and postural Patients with lateral ankle sprain (LAS) Patients multimodal pain therapy with Individuals with balance deficits and altered weight eISSN: 3108-9216 https://journals.
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php/khater Randomized controlled trial with progressive balance training Progressive balance training significantly stability, and postural control Experimental study comparing Gyrokinesis conventional therapeutic exercise Gyrokinesis greater effectiveness in improving functional outcomes and mobility Comparative intervention study combining sensorimotor training with conventional rehabilitation Quantitative proprioceptive training program Combined superior improvements in functional Training significantly enhances balance performance and postural control in affected individuals Study rehabilitation strategies focusing on sensorimotor deficits Intervention study integrating rehabilitation programs Existing rehabilitation approaches may be insufficient.
enhanced sensorimotor training is required Sensorimotor functional outcomes and contributes to pain management effectiveness Intervention proprioceptive mat-based balance Proprioceptive training improves balance supporting functional recovery The findings of this review demonstrate that proprioceptive and balance training play a crucial role in enhancing functional recovery across various clinical populations.
Based on the seven included studies, most interventions consistently reported improvements in postural stability, coordination, and neuromuscular control, which are essential components of functional performance.
For instance.
Makan .
Found that structured balance training programs significantly improve postural control and stability, supporting previous evidence that balance-oriented exercises are effective in reducing functional impairments and fall risk .
These findings align with the theoretical framework of motor control, where improved sensory integration contributes to better movement efficiency and functional In addition to balance training, sensorimotor and proprioceptive-based interventions were shown to enhance rehabilitation outcomes through improved neuromuscular coordination.
Studies by .
demonstrated that integrating sensorimotor training with conventional rehabilitation leads to superior functional recovery compared to single-modality interventions.
This supports previous research suggesting that combined interventions can facilitate neuroplasticity and optimize motor relearning processes .
The synergistic effect observed in these studies indicates that rehabilitation programs should incorporate multiple training components to maximize recovery outcomes.
Furthermore, specific exercise modalities such as Gyrokinesis and proprioceptive mat-based training were found to provide additional benefits in improving functional performance.
Mauri et al.
reported that Gyrokinesis exercises improved mobility and coordination more effectively than conventional therapy, while Marotta et al.
showed that proprioceptive training using unstable surfaces enhances balance and weight distribution.
These findings are consistent with previous studies indicating that unstable surface training and dynamic movement exercises stimulate proprioceptive feedback and improve postural control .
Such interventions are particularly relevant in promoting sensorimotor adaptation and functional independence.
However, despite the overall positive outcomes, several limitations were identified across the reviewed studies.
Tennler et al.
highlighted that current rehabilitation approaches for conditions such as lateral ankle sprain often fail to adequately address sensorimotor deficits, which may result in incomplete recovery or increased risk of reinjury.
This finding is supported by existing literature emphasizing that insufficient proprioceptive rehabilitation is associated with persistent functional instability .
Additionally, variability in intervention protocols, including differences in training Hernyndes.
Indonesian Journal of Exercise Therapy and Rehabilitation 2026 (Apri.
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php/khater intensity, duration, and frequency, contributes to inconsistencies in reported outcomes across studies .
Another important issue identified in this review is the lack of standardization in proprioceptive and balance training programs.
Although most studies report positive effects, the absence of clearly defined training parameters makes it difficult to determine the optimal intervention strategy.
Previous research suggests that exercise dose-response relationships are critical in achieving maximal functional improvements, yet this aspect remains insufficiently explored in current literature .
Moreover, long-term follow-up data are limited, making it unclear whether the observed improvements are sustainable over time.
In addition to intervention-related factors, individual characteristics such as age, severity of impairment, and baseline functional status may influence rehabilitation outcomes.
Evidence suggests that older adults and individuals with chronic conditions may experience slower adaptation to proprioceptive training due to reduced neuroplastic capacity .
This highlights the importance of individualized rehabilitation approaches tailored to patient-specific needs and conditions.
Furthermore, incorporating behavioral and adherence-related factors into rehabilitation programs may enhance the effectiveness of these interventions.
Overall, this review confirms that proprioceptive and balance training are essential components of rehabilitation strategies aimed at improving functional recovery.
The integration of sensorimotor training, combined interventions, and task-specific exercises appears to produce the most effective However, the findings also reveal significant research gaps, particularly regarding the standardization of training protocols, long-term effectiveness, and individualized intervention design.
Future research should focus on developing evidence-based guidelines that optimize training parameters and address patient-specific factors to enhance functional recovery outcomes.
CONCLUSION
This study concludes that proprioceptive and balance training play a critical role in enhancing functional recovery by improving postural stability, coordination, neuromuscular control, and overall functional performance across rehabilitation populations.
The findings indicate that integrating sensorimotor training with conventional rehabilitation produces more optimal outcomes than single interventions, highlighting the importance of a multidimensional approach.
Theoretically, this study contributes to the understanding of sensorimotor integration and neuroplasticity as key mechanisms underlying recovery, while practically it provides guidance for clinicians to design evidence-based and individualized rehabilitation programs.
The implications emphasize the necessity of incorporating structured proprioceptive and balance training into standard rehabilitation protocols to improve outcomes and reduce the risk of reinjury.
However, variability in intervention protocols, limited standardization, and the lack of long-term follow-up data may affect the generalizability of the findings.
Therefore, future research should focus on developing standardized training guidelines with clear parameters .
ntensity, frequency, and duratio.
, as well as investigating long-term effects and population-specific interventions to further optimize functional recovery strategies.
ACKNOWLEDGMENT
A big thank you to the co-authors who have contributed to the completion of the manuscript.
AUTHOR CONTRIBUTION STATEMENT
The writing of this article involved roles in devising the research concept and design, reviewing and analyzing relevant literature, and drafting the overall manuscript
CONFLICT OF INTEREST AND FUNDING
There is no conflict of interest
REFERENCES