Comparison of sensory motor training effect with or without resistancetraining on performance, balance and pain in patients with diabeticperipheral neuropathy: A randomized controlled clinical trial

Comparison of sensory motor training effect with or without resistance training on performance, balance and pain in patients with diabetic peripheral neuropathy

Randomized controlled trial method: Balanced, Block Randomization in three equal groups Determining and comparing the effect of 8 weeks of sensorimotor exercises with or without resistance exercises on static and dynamic balance, Function and pain in patients with peripheral diabetic neuropathy

The exercise was conducted thrice a week (alternate days with gap not exceeding more than 48 hours) for eight weeks (total 24 sessions). Each session comprised 10 minutes of warm-up, followed by 50- 60 minutes of exercise, followed by 5-10 minutes of cool down.

• Male and female subjects aged between 40 and 65 years; • diagnosed T2DM for at least 5years; • BMI was between 20 and 29.9 kg/m2; • Subjects had scored more than 2/13 points in the Michigan neuropathy screening instrument) questionnaire • A score greater than 1/10 of the MNSI physical examination score, including vibration perception impairment • Score 4 to 6 in VAS DPN patients who do not eligible or give consent Absence in more than 3 meetings without any episode of plantar ulceration; no partial or total amputation; and ability to walk independently in the laboratory. Patients were excluded from the study if they had any other neurological impairment; any major vascular complication; severe retinopathy; severe nephropathy; severe musculoskeletal impairment to lower limb; cardiovascular complication; and been receiving any supervised physical intervention

1.Sensory-motor exercises 2.Sensory-motor exercises + resistance training

Static and Dynamic Balance Function Pain

We performed randomization using the block randomization method to allocate participants into three groups. A predetermined block size was used to ensure an equal distribution of participants across groups. The randomization sequence was generated using a computer-based random number generator, and allocation was concealed to prevent selection bias. Participants were then assigned to their respective groups based on the generated sequence, ensuring that the allocation process was truly random and balanced.

In this study, we applied single-blind blinding, meaning that participants were unaware of their group assignments. Additionally, the investigator responsible for administering interventions and the data analysts were blinded to the group allocations to minimize potential bias in outcome assessment and data interpretation.

The document contains research data related to title including anonymized individual participant data (IPD) and supporting materials. The data primarily focuses on Diabetics neurapathy, collected through Randomized controlled trials

The data will be available starting from date mentioned prior and will remain accessible for six months after publication of results

The data will be accessible to researchers affiliated with academic institutions and professionals in related industries, provided they submit a formal request.

Access will be granted based on ethical approval and alignment with the research objectives. Applicants must submit a research proposal detailing how the data will be used.

The data can be obtained from Shahid beheshti university by submitting a request through email mentioned in the file.

Just email to: az.shirin@mail.sbu.ac.ir