Balance on the Brink: Understanding and Addressing Diabetic Neuropathy
"Discover how diabetic peripheral neuropathy impacts postural control and balance, leading to increased fall risk, and learn practical steps to improve stability and quality of life."
Diabetes, a widespread health challenge, often brings complications such as diabetic peripheral neuropathy (DPN). This condition reduces somatosensation, impacting postural control and balance. For many, this means an increased risk of falls and a diminished quality of life, but understanding DPN is the first step toward managing it.
Research has explored how DPN affects balance, often using sophisticated equipment. However, a recent study published in the Brazilian Journal of Kinthropometry and Human Performance sheds light on postural control in individuals with DPN using simpler, more accessible methods. This study emphasizes the importance of assessing balance in different conditions to understand the full scope of the challenge.
This article breaks down the key findings of the study, translating complex research into actionable advice. Whether you're living with DPN, caring for someone who is, or simply interested in understanding the connection between diabetes and balance, this guide offers practical insights and strategies to improve stability and prevent falls.
Promising Training, Unsettled Prescription
Diabetic peripheral neuropathy (DPN) can impair balance through sensory loss, proprioceptive deficits, muscle weakness, altered gait, and delayed reflexes. Targeted aerobic and balance training appear promising for addressing these problems, but the recommended training regime’s exact content has not been determined. A February 23, 2026 review also reports that evidence on exercise interventions’ effects on balance in people with DPN remains insufficient, underscoring the need for larger, more systematic studies.
How Does Diabetic Neuropathy Impact Balance?
Diabetic peripheral neuropathy primarily affects the nerves in the feet and legs, leading to reduced sensation. This nerve damage disrupts the body's ability to sense its position in space, a crucial component of balance. The study in the Brazilian Journal of Kinthropometry and Human Performance specifically looked at how this sensory loss affects postural control—the ability to maintain balance while standing.
- Eyes Open (EO): Standing with eyes open and feet parallel.
- Eyes Closed (EC): Standing with eyes closed and feet parallel.
- Semi-Tandem (ST): Standing with eyes open, one foot slightly in front of the other.
Evidence Gaps Limit Confidence
A study of postural sway in Indian older adults with DPN had no comparable healthy group, so it could not establish how their postural impairment differed from that of healthy counterparts. A systematic review and meta-analysis found no significant difference between intervention and control groups in fall risk, while noting that small samples and short follow-up may help explain that result. A separate review found that few rehabilitation studies assessed prospective fall rates; most recorded falls retrospectively at baseline, and one asked participants to report falls during the intervention. The balance-training review described the studies as few and generally low in methodological quality, with intervention content—especially intensity—minimally reported.
Falls in DPN and Related Groups
In a nationwide questionnaire study of people with type 2 diabetes, the prevalence ratio of falls was higher among those with possible diabetic polyneuropathy than among those without it (aPR 2.33; 95% CI 2.06–2.63). In a separate year-long observation of older people with peripheral neuropathy, 13 of 20 participants (65%) fell and 6 of 20 (30%) sustained a fall-related injury. These findings describe different populations and study designs, so they should not be treated as a direct comparison. A 2024 experimental study title indicates a comparison of multisensory exercises with a focused exercise regimen for dynamic balance and balance confidence in people with type 2 diabetic neuropathy, but the supplied source material does not report its results.
Taking Control: Practical Steps for Better Balance
The study underscores the importance of early assessment and intervention to address balance issues related to DPN. By understanding how DPN affects postural control, individuals can take proactive steps to improve their stability, reduce their risk of falls, and maintain a higher quality of life. Simple balance exercises, regular check-ups, and mindful attention to foot health can make a significant difference in managing this condition and staying steady on your feet.
Measure Falls Prospectively
A 2024 review identifies prospective fall-rate measurement as a priority for future research on rehabilitation and fall risk in DPN. The review notes that few physical rehabilitation studies have assessed prospective fall rates, with most relying on retrospective fall histories collected at baseline. Future studies can address this evidence gap by examining how physical interventions affect prospectively recorded falls. A separate review searched PubMed, Embase, Web of Science, and the Cochrane Library through June 10, 2026, to identify randomized controlled trials of non-pharmacological treatments for balance in DPN.
Multisensory Training Under Study
A study published November 3, 2024, set out to examine the impact of multisensory exercises on balance control in people with diabetic peripheral neuropathy. The supplied source material identifies its research focus but does not provide results or details about access, implementation, or wider health-system challenges. It therefore supports describing multisensory balance training as a topic under study, not as an established solution.
Adapting Practice to the Person
A case study published January 2, 2025, reports improvements in gait and balance following a physical therapy plan of care for a person with DPN, despite constraints on intervention selection and intensity. The therapist modulated intensity by allowing errors during balance training, optimizing attentional focus, and selecting nonweightbearing exercises that still required high effort. This individual case illustrates one way a plan was adapted to constraints; it does not establish how broadly the approach works. A separate systematic-review source describes exercise training as a proposed non-pharmacological intervention for physical function in DPN but supplies no review results in the provided snippet.