Primary and secondary sludge treatment using ionizing radiation technology in Alexandria, Egypt.

Improving the treatment efficiency of sludge in Alexandria, Egypt, was studied to improve the primary and secondary sludge treatment efficiency, different doses ranging from 0.25 to 6 kGy of ionizing radiation were proposed and evaluated. The scope of This study is to assess the radiation-based treatment efficiency from physical, chemical, and biological perspectives and to compare between the conventional treatment method and the radiation-based treatment technology.

Effects of Reactive Oxygen Species on in vitro Filtration of Water and Albumin across Glomerular Basement Membrane.

Most of the interest in the glomerular basement membrane (GBM) stems from the observation that it undergoes morphological changes in renal disease. Studies on persistent proteinuria in experimental animal models have shown that the permeability properties of the GBM have been altered as a result of protein degradation and cross-linking of type IV collagen via its NC1 domains promoted by reactive oxygen species (ROS) and extrusion of tubular cell contents. We used the in vitro ultrafiltration technique to assess permeability properties of bare isolated GBM films to water and albumin in the Munich Wistar Fromter rat model of glomerular injury.