effects of electromagnetic radiations from conventional and advanced mobile phone on the histomorphology of proximal tubules of mesonephros of chick embryo

The study was conducted to investigate the comparative histomorphogical effects of radiations from conventional and advanced mobile phone, on the developing kidney of the chick embryo. Randomized control trial. Duration of Study: Three months. Fifty fertilized eggs of Fayoumibreed were selected. Two groups II and IV were exposed to conventional mobile phone radiation and two groups III and V was exposed to advanced mobile phone radiation for 15 and 30 minutes respectively, group I, being the control. The results were significant between control and groups III, IV and V regarding tubular diameter. The luminal diameters were statistically insignificant between the respective groups but significant between groups I and all the experimental groups, II and III when comparing proximal tubular cell's height. The proximal tubular and luminal diameters and epithelial height of the cells lining the proximal tubules of mesonephros were affected by not only advancement in the mobile phones but also increase in the exposure time to the radiations

Ultrastructure of convoluted proximal tubule of kidney mice before and after X-ray exposure

Ultrastructural initial changes study of convoluted proximal tubule after single dose of 154.8 mC/Kg (600R), X, ray whole body radiation was performed in 12C57BL mice. Twenty-four hours later, mitochondria evidenced proeminent changes such as cristolyses, dilatation and vacuolization. Within 72 hours, heterochromatin nuclei increased and vanished 144 hours after X-ray exposure. Such findings suggest that recovery probably happened because convoluted proximal tubules take place, regeneration occurs in aslow rate