Background: Diabetes mellitus type-1 is the most common endocrine metabolic disorder in childhood. Mononeuropathy, generalized polyneuro-pathy and autonomic neuropathy are frequent complications of diabetes mellitus and may give rise to troublesome manifestations.
Methods: sixty children suffering from type 1 diabetes mellitus admitted in Children Welfare Hospital- Medical City-Baghdad in the period from 1st Dec2000-31stJuly 2001 were included in
this prospective descriptive study. History, especially symptoms of peripheral neuropathy, examination specially signs of peripheral neuropathy, absent sinus arrhythmia and postural
hypotension and investigations like nerve conduction study were all performed and analyzed.
Results:
The study showed that out of 60 diabetic children 26(43.3%) had symptomatic polyneuropathy, 18 (30%) had postural hypotension and 16 (26.6%) had absent sinus arrhythmia. Neurological manifestations of diabetes mellitus occur frequently in diabetic children with long duration of illness.Polyneuropathy is sensory more than motor and affected the lower limbs more than the upper limbs.
Conclusion: Early diagnosis of autonomic neuropathy in diabetic children is simple easy and requires minimum cooperation, so as detection of peripheral neuropathy in asymptomatic by nerve conduction study.
The Tigris River in Iraq is of highly meandering in several of its parts. So, the largest meandering inside Baghdad City, is in Al-Jadriyah. During its course, the Tigris Riverbanks are facing erosion frequently due to alteration in the geomorphological and hydrological characteristics affecting the river channel. The entire length of Tigris River from the northern entrance of Baghdad to the convergence with Diyala River at southern of Baghdad is about 49 km length. The Tigris River is suffering from the erosion, deposition, and migration conditions. The river migration was found as maximum in the left bank at the side of the University, and lesser in the right bank in the opposite side, Dora. The aim of this study is to measure the magn
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