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Background: Diabetic neuropathy represents a polyneuropathy with electrophiosiological alterations. Electroneuromyography (NMD) plays an important role in the evaluation of patient with diabetes mellitus type 2 (DM2) and doubtful neuropathy. Objective: To determine clinical manifestations in patients with distal symmetrical sensory polyneuropathy (DSSP) and to correlate them with electromyographic alterations. Material and methods: Transversal, analytical study. 138 patients over 18 years old, with DM2 and PSSD were selected. They underwent physical examination, laboratory studies and electromyography (EM) with 4-channel Nicolet electromyograph. Measures of central tendency and their dispersion were analyzed; data normality with Kolmogorov-Smirnov; Student's t test and Spearman's correlation. Results: Thalar hyperkeratosis was the most frequent clinical finding in 103 (74%) patients. The most frequent symptoms were paresthesia in 132 (95.7%) patients and tingling in 93 (67.4%) patients. Exploration of superficial sensitivity determined neuropathy in 42 (30.4%) patients finding greater insensitivity in the medial plantar nerve territory. In the EM, the nerve with the greatest absent response was the left lateral plantar nerve in 51 (59%) patients. A significant correlation (p < 0.05) was found between the variables of EM with age, years of evolution and levels of glycated hemoglobin A1c. Conclusions: The higher the lack of glycemic control, the chronobiology of the patient and the time of illness, the greater the electromyographic affection. [ABSTRACT FROM AUTHOR]

Background: The diabetic neuropathy is the most common microvascular complication of diabetes mellitus. The reported prevalence ranges from 10-90%. Electrophysiological alterations can be demonstrated in nearly 100% of diabetics. Objective: To know the current profile of the patient with diabetic polyneuropathy. Methods: Retrospective and descriptive study from 2015 to 2016. Reports of electroneuromyography with diabetic polyneuropathy result were analyzed, evaluating neuroconduction parameters of motor and sensory nerves, late F responses and myography. Descriptive statistics, Student's t-test and Pearson's correlation coefficient were used. Results: The sample included 72 men (65.5%) and 38 women (34.5%), mean age 61.2 years, mean duration of diabetes of 9.9 years. The most affected nerve was superficial peroneus, absent in 70% of the population. A positive correlation was found (p <0.001) for the affection of all the nerves symmetrically and predominantly in neuroconduction velocities of the lower and upper limbs. Conclusion: The most frequent electrophysiological finding in diabetic polyneuropathy was sensory affection, being more severe in lower limbs. A finding in patients with recent diagnosis is the prolongation of proximal latencies in the lower extremities. [ABSTRACT FROM AUTHOR]

Background: The objective was to evaluate the prevalence of urinary tract symptoms and the impact in the quality of life in women with diabetes, the association with DM and neuropathy evolution time and glycemic control. Methods: A cohort of women from the DiabetIMSS program was evaluated from January 2011 to 2013. The personal history, time of DM diagnosis, neuropathy, urinary symptoms, glycemic control and quality of life impact were noted. Results: A total of 169 women were evaluated. The median age was 58 years (29-85) and DM main evolution time was 9 years (0.5-31). Urinary tract symptoms were present in 128 (75.7 %) patients. Stress and urge incontinence were predominantly present (45.3 and 40.6 % respectively), followed by obstructive and irritative symptoms (25 and 10.1 % respectively). The impact in the quality of life was mild-moderate in 91.1 % of the patients. At least one criteria for neuropathy was noted in 154 (91.1 %) patients. Neuropathy evolution time was longer in the symptomatic group (12 vs 4.8 months). Symptoms were mainly present in patients with more than one year of neuropathy; p < 0.05. Conclusion: There is a high prevalence of urinary tract symptoms in diabetic women. The only associated risk factor was neuropathy. No significative association was found between the rest of the foctors. [ABSTRACT FROM AUTHOR]

Objective: to determine whether a utility model can be used with acceptable sensitivity and specificity for the diagnosis of diabetic peripheral neuropathy (DPN). Methods: cross sectional study, non-probability sampling, in 381 type 2 diabetic patients with diabetic foot risk. To determine the DPN, it was evaluated the protective sensation in 10 sites on the foot. It was a positive diagnosis if three or more points showed insensitivity at the touch of the skin with Semmes-Weinstein monofilament (SWM). Monofilament was compared to the utility model (MMU); the diagnostic methods of application were the same for both. Results: mean age was 62 years, 11 years of development of DM, mean body mass index of 29 kg/m², average glucose 129 mg/dL (78-264 mg/dL). With sensitivity of 73.68%, 97.67% of specificity, positive predictive value 77.78%, negative predictive value 97.10%, the positive likelihood ratio was 31.59 and the negative likelihood ratio 0.27. Conclusion: currently, diagnostic devices for tactile sensory loss are not readily available in our country; therefore, the results of this research will help to make the diagnosis of the MMU timely, inexpensive and easily accessible. [ABSTRACT FROM AUTHOR]