: Karen Moritz, E. Marelyn Wintour-Coghlan, M. Jane Black, John F. Bertram, Georgina Caruana
: Factors Influencing Mammalian Kidney Development: Implications for Health in Adult Life
: Springer-Verlag
: 9783540777687
: 1
: CHF 85.30
:
: Klinische Fächer
: English
: 79
: Wasserzeichen/DRM
: PC/MAC/eReader/Tablet
: PDF

In this monograph the authors have emphasized a number of important concepts in mammalian kidney development. Emphasis has been put on methodology so that the reader can understand how certain results or conclusions were reached and what the optimal methods for reliable results to be obtained are. In addition, as well as descriptions of the morphology there is information on the genetic basis of the structural development. In addition much attention has been paid to how nephron number may be altered by changes in the environment of the developing kidney and to the consequences for the remaining nephron gene expression and kidney function when total nephron number is altered. The consequences for the health of the adult, upon the formation of an adult kidney with altered nephron number and (potentially) gene expression, can be quite serious. The epigenetic mechanisms by which such changes can occur are introduced as a very fertile field for future investigation.

List of Contents6
Abstract9
1 Introduction10
2 Morphological Development of the Mammalian Kidney10
2.1 Pronephros12
2.2 Mesonephros12
2.3 Metanephros14
2.4 Renal Vascular Development16
2.5 Development of the Renal Nerves18
3 Genetic Regulation of Metanephric Development18
3.1 Molecular Specification of the Metanephric Blastema19
3.2 Molecular Regulation of Ureteric Budding and Branching Morphogenesis19
3.3 Molecular Regulation of Nephrogenesis21
3.4 Molecular Regulation of the Stroma23
3.5 The Renin Angiotensin System: An Important System Regulating Renal Development and Function23
3.6 Summary of Molecular Regulation of Metanephric Development24
4 Abnormalities of Renal Development in the Human25
4.1 Hydronephrosis25
4.2 Congenital Anomalies of the Kidney and Urinary Tract25
4.3 Bilateral Renal Agenesis (Potter's Syndrome)26
4.4 Renal Abnormalities Caused by Maternal Drug Use26
4.5 Polycystic Kidney Disease26
5 Methodology to Examine Kidney Development27
5.1 Organ Culture27
5.2 Three-Dimensional and Four-Dimensional Imaging29
5.3 Quantitation of Nephron Number30
5.4 Microarrays33
5.5 Use of Knock-in/Reporter Mice to Analyse Gene Function and Expression34
6 Development of Function in the Fetus36
6.1 Mesonephric Function36
6.2 Fetal Metanephric Renal Function36
6.3 Sodium Transporters37
6.4 Water Channels41
6.5 Renal Renin Angiotensin System41
7 Nephron Endowment41
7.1 Nephron Endowment in the Human41
7.2 Effect of Prematurity44
7.3 Factors Important for Normal Kidney Development45
7.3.2 Iron45
7.4 Timing of Nephrogenesis and Nephron Endowment in Animal Models46
8 Developmental Programming of the Kidney48
8.1 Overview: The Developmental Origins of Health and Disease Hypothesis48
8.2 Human Epidemiology49
8.3 Common Animal Models Used to Test the DOHaD Hypothesis50
8.4 Reduced Nephron Endowment: A Common Denominator in the DOHaD Hypothesis?52
8.5 Link Between Nephron Endowment and Hypertension55
8.6 Mechanisms Leading to a Reduced Nephron Endowment56
8.7 Programmed Changes in Renal Gene Expression57
8.7.2 Sodium Channels57
8.8 Why a Low Nephron Endowment Does Not Always Lead to Hypertension58
8.9 Unilateral Nephrectomy as a Model of Low Nephron Endowment62
8.10 Potential Underlying Mechanisms of Developmental Programming62
9 Future Directions63
9.1 Clock Genes64
9.2 Renal Stem Cells and Renal Regeneration65
9.3 New Renal Factors65
References67
Subject Index88