Over recent years, much renal research has focused on the pathology of the glomerulus, where many primary renal insults occur. However, nearly thirty years have passed since Risdon's study made the apparently anomalous observation that the extent of damage to the tubulointerstitial compartment is the major determinant of renal outcome in a variety of human glomerular diseases. This volume covers various aspects of tubulointerstitial disease, and starts with an update on cystic disease of the kidney, by Drs. WILSON and FALKENSTEIN, which includes recent experimental data on the altered properties of cystic epithelium. My own chapter gives an overview of the mechanisms of tubulo interstitial damage in progressive renal disease and includes a dis cussion of the possible role of cytokines, vasoactive peptides and peptide growth factors found over the last few years to be secreted by renal tubular cells. These comments are expanded in the contribution by Dr. WOLF and Professor NEILSON, who provide a detailed account of the cellular biology of tubulointerstitial growth. The earliest studies from the 19608 attempted to correlate histo morphometry of the tubulointerstitium with renal outcome. Dr. KHAN and Professor SINNIAH provide us with an update on mor phometric methods as applied to the kidney using new techniques. Similar techniques are employed by Dr. IVANYI and Professor OLSEN who give a detailed stereomorphological account of tubulitis both in acute allograft rejection, where its- recognition is central to the diagnosis, and in other forms of tubulointerstitial disease.
Dodd
Tubulointerstitial and Cystic Disease of the Kidney jetzt bestellen!
Weitere Infos & Material
The Pathology of Human Renal Cystic Disease.- The Pathogenesis of Tubulointerstitial Disease and Mechanisms of Fibrosis.- Cellular Biology of Tubulointerstitial Growth.- Morphometric Assessment of Tubulointerstitial Damage in Renal Disease.- Tubulitis in Renal Disease.- Atubular Glomeruli in Chronic Renal Disease.- The Diabetic Renal Tubulointerstitium.- Selected Experimental Models of Renal Tubular Atrophy and of Cystic Tubular Cell Hyperplasia.- Mechanisms of Renal Damage in Chronic Pyelonephritis (Reflux Nephropathy).
