Publications by authors named "J Miarka"
Article Synopsis
- The study measured skin electrical resistance and galvanic skin response in 102 patients with type I diabetes and compared the results to 121 healthy controls.
- Diabetes mellitus was found to increase skin electrical resistance.
- Additionally, the study noted a longer latency time and potentially absent galvanic skin responses in diabetic patients.
Acetylation phenotype was determined in 184 diabetics: 102 patients with Type I (insulin-dependent) and 82 patients with Type II (non-insulin-dependent) diabetes mellitus, who underwent complex investigations to assess the development of sensorimotor and autonomic neuropathy. The control group consisted of 121 healthy subjects of the same age distribution. The results obtained imply that the slow acetylation phenotype may be considered as a significant risk factor of diabetic neuropathy.
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