Read more
Publisher's Note: Products purchased from Third Party sellers are not guaranteed by the publisher for quality, authenticity, or access to any online entitlements included with the product.
An innovative, organ-specific text that blends basic science with the fundamentals of clinical medicinePart of the
Human Organ Systems series,
Renal: An Integrated Approach to Disease skillfully bridges the gap between the science and practice of medicine. This beautifully illustrated book seamlessly integrates the core elements of cell biology, anatomy, physiology, pharmacology, and pathology, with clinical medicine. It is the perfect companion for medical students transitioning to their clinical years, as well as practicing physicians who need a user-friendly update on the basic science underlying the practice of clinical medicine.
Features and highlights include:- Detailed learning objectives clearly state learning goals
- Core content emphasizes concepts and incorporates the latest developments in the field
- Beautifully illustrated with detailed legends to clarify important or difficult concepts
- Abundant clinical example boxes highlight the clinical implications of basic science
- Each chapter is accompanied by an annotated bibliography to provide an overview of the critical literature in the field
- A bulleted summary at the end of each chapter highlights the "big picture" and facilitates preparation for standardized exams
- End-of-chapter case-based questions with detailed explanations reinforce important concepts and assess mastery of the material
Medical students and residents will find
Renal: An Integrated Approach to Disease an invaluable study guide for an organ-system based curriculum. The book also serves as an excellent primer for postgraduate residents entering a nephrology fellowship program.
List of contents
Contributors
Foreword
Preface
Acknowledgments
Abbreviations
Section I: Renal Anatomy1. Normal Development and Congenital Anomalies,
Paul G. Schmitz2. Gross and Microscopic Anatomy with Functional Correlations,
Paul G. Schmitz and Bahar BastaniSection II: Renal Physiology3. Body Fluid Composition and Fluid Administration,
Paul G. Schmitz4. Glomerular Hemodynamics,
Paul G. Schmitz5. Principles of Renal Clearance,
Paul G. Schmitz6. Transport of Electrolytes and Water in the Proximal Tubule,
Paul G. Schmitz7. Transport of Electrolytes and Water in the Loop of Henle,
Paul G. Schmitz8. Transport of Electrolytes and Water in the Distal Tubule,
Paul G. Schmitz9. Renal Endocrinology,
Paul G. Schmitz and Kevin J. MartinSection III: Electrolyte Disorders10. Water Disorders,
Paul G. Schmitz11. Potassium Disorders,
Paul G. Schmitz12. Edema and Diuretic Use,
Paul G. SchmitzSection IV: Acid-Base13. Acid-Base Physiology,
Paul G. Schmitz and Bahar Bastani14. Acid-Base Disorders,
Paul G. Schmitz and Bahar BastaniSection V: Kidney Disease15. Approach to the Patient with Kidney and Urinary Tract Disease,
Paul G. Schmitz16. Glomerular Disease,
Paul G. Schmitz17. Tubulointerstitial Disease,
Paul G. SchmitzSection VI: Renal Failure18. Acute Kidney Injury,
Paul G. Schmitz19. Chronic Kidney Disease,
Paul G. Schmitz, Kevin J. Martin, and Bahar BastaniSection VII: Miscellaneous Disorders20. Hypertension,
Paul G. Schmitz21. Urologic Disorders,
Paul G. SchmitzAnswers to Questions
Index
About the author
Paul Schmitz, MD
Professor of Internal Medicine
Program Director, Internal Medicine Training Program
St Louis University School of Medicine
St Louis, MO
