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Acid-Base Disorders and Their Treatment [Pehme köide]

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  • Formaat: Paperback / softback, 880 pages, kõrgus x laius: 229x152 mm, kaal: 1520 g
  • Ilmumisaeg: 18-Oct-2019
  • Kirjastus: CRC Press
  • ISBN-10: 0367392348
  • ISBN-13: 9780367392345
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  • Formaat: Paperback / softback, 880 pages, kõrgus x laius: 229x152 mm, kaal: 1520 g
  • Ilmumisaeg: 18-Oct-2019
  • Kirjastus: CRC Press
  • ISBN-10: 0367392348
  • ISBN-13: 9780367392345
Teised raamatud teemal:
With detailed contributions and research from experts in the physiology of normal acid-base homeostasis and the management of acid-base disorders, this reference supplies an abundance of information on acid-base physiology, disorders of acid-base equilibrium, and the management and treatment of these disorders in clinical practice. A unique and timely source, this guide provides a large number of tables, references, and figures to illustrate the relationship between the underlying physiology and diagnosis of acid-base disorders.
Foreword iii
Jordan J. Cohen
John T. Harrington
Jerome P. Kassirer
Preface v
Contributors xvii
SECTION I
1 Acid-Base Chemistry and Buffering
1(24)
F. John Gennari
John H. Galla
Introduction
1(5)
Buffering
6(11)
The Role of Strong Ions
17(3)
Conclusion
20(1)
References
21(4)
2 Intracellular Acid-Base Homeostasis
25(22)
F. John Gennari
Introduction
25(1)
Assessment of Intracellular pH
26(2)
Nonequilibrium Distribution of H+
28(1)
Regulation of Cell pH
29(6)
Cell Buffer Properties
35(1)
Effect of Changes in ECF pH on Cell pH
36(1)
Cell PCO2 and [ HCO+-]
36(1)
pH in Intracellular Organelles
37(4)
Summary
41(1)
References
41(6)
3 Determinants of Carbon Dioxide Tension
47(32)
Shahrokh Javaheri
Introduction 47 Why Is PaCO2 40 mmHg in Man?
47(1)
The Imidazole α-Stat Hypothesis
48(1)
Quantitative Components of Ventilation
49(4)
Pathophysiology of Alterations in PaCO2
53(1)
Normal Control of Breathing
54(8)
Overview of Mechanisms Causing Changes in PaCO2
62(2)
Changes in PaCO2 in Metabolic Acid-Base Disturbances
64(3)
Changes in PaCO2 in Cardiopulmonary Disorders
67(3)
Hypercapnia in Neuromuscular Disorders
70(1)
Obesity-Hypoventilation Syndrome
71(2)
Summary
73(1)
References
73(6)
4 Renal Regulation of Hydrogen Ion Balance
79(40)
L. Lee Hamm
Introduction and Overview
79(1)
Carbonic Anhydrase
80(1)
Bicarbonate Reabsorption
81(17)
Ammonium Excretion
98(3)
References
101(18)
5 Molecular Biology of Renal Acid-Base Transporters
119(658)
Orson W. Moe
Michel Baum
Robert J. Alpern
Introduction
119(1)
Acid-Base Transporters in Renal Epithelia: Overview
120(29)
Other Acid-Base Transporters
149(4)
Concluding Remarks
153(1)
References
153(24)
6 Regulation of Acid-Base Balance: Overview
177(1)
F. John Gennari
Introduction
177(1)
Body Buffers
178(3)
Acid Balance
181(5)
Renal HCO+- Reabsorption and Acid Excretion
186(2)
Factors Influencing HCO+- Reabsorption and Acid Excretion
188(13)
References
201(8)
7 Gastrointestinal Influences on Hydrogen Ion Balance
209(32)
Alan N. Charney
Mark Donowitz
Introduction
209(1)
The Intestine Is Not a Kidney
210(1)
Bioavailability of Oral Intake
211(2)
Importance of Diet
213(3)
Intestinal Transit Time
216(2)
Cellular Transport Pathways of H+ and HCO3-
218(6)
Gastrointestinal Causes of Acid/Base Disorders
224(7)
Role in Therapeutics
231(3)
Concluding Comments
234(1)
References
234(7)
8 An Evolutionary Perspective on the Acid-Base Effects of Diet
241(52)
Anthony Sebastian
Lynda A. Frassetto
Renee L. Merriam
Deborah E. Sellmeyer
R. Curtis Morris Jr.
Introduction
241(2)
Definitions of Metabolic Acidosis and Alkalosis
243(1)
Determinants of the Set-Point at which Blood Acidity and Plasma [ HCO+-] Regulate in "Normal" Subjects
244(7)
Acidosis vs. Acid Retention
251(4)
Pathophysiological Consequences of Diet-Induced, Age-Amplified Metabolic Acidosis in Humans
255(15)
Diet-Induced Potassium-Replete Chloride-Sufficient Chronic Low-Grade Metabolic Alkalosis as the Naturally Selected Optimal Systemic Acid-Base State of Humans
270(8)
Summary and Implications for Further Research
278(2)
References
280(13)
SECTION II
9 Metabolic Acidosis: General Considerations
293(20)
Michael Emmett
Introduction
293(1)
Secondary Respiratory Response to Metabolic Acidosis
293(3)
Plasma Electrolyte Profile and Differential Diagnosis
296(1)
Use of Anion Gap in Metabolic Acidosis
296(4)
Plasma Potassium Concentration in Metabolic Acidosis
300(2)
Clinical Manifestations of Metabolic Acidosis
302(4)
Effects of Metabolic Acidosis on the Kidney
306(2)
Summary
308(1)
References
309(4)
10 Diabetic and Other Forms of Ketoacidosis
313(38)
Horacio J. Adrogue
Nicolaos E. Madias
Introduction
313(1)
Pathophysiology---General Considerations
313(1)
Diabetic Ketoacidosis
314(22)
Nonketotic Hyperglycemia
336(5)
Starvation Ketosis
341(1)
Alcoholic Ketoacidosis
342(2)
References
344(7)
11 Lactic Acidosis
351(32)
Virginia L. Hood
Introduction
351(1)
Physiology and Pathophysiology
351(6)
Metabolic Consequences of Lactic Acid Accumulation
357(1)
Clinical Manifestations
358(1)
Diagnosis
359(1)
Etiology
360(9)
Clinical Course
369(1)
Treatment
369(6)
References
375(8)
12 Toxin-Induced Metabolic Acidosis
383(34)
Man S. Oh
Mitchell L. Halperin
Introduction
383(1)
Major Toxins
384(18)
Toxins Leading to the Production of Lactic Acid
402(2)
Uncommon Toxins
404(3)
References
407(10)
13 Renal Tubular Acidosis
417(52)
K. M. L. S. T. Moorthi
Daniel Batlle
Introduction
417(1)
Proximal Renal Tubular Acidosis
418(8)
Distal Renal Tubular Acidosis (Distal RTA)
426(13)
Distal Renal Tubular Acidosis with Hyperkalemia
439(8)
Diagnostic Evaluation of Distal RTA
447(6)
Therapy of Distal RTA
453(1)
References
454(15)
14 Metabolic Acidosis in Chronic Renal Insufficiency
469(18)
F. John Gennari
Introduction
469(1)
Normal Regulation of Acid-Base Homeostasis
469(2)
Pathophysiology of Metabolic Acidosis in Renal Insufficiency
471(3)
Summary of Pathophysiology
474(1)
Acid Balance in Chronic Renal Insufficiency
474(3)
Clinical Characteristics of Renal Insufficiency-Associated Metabolic Acidosis
477(2)
Deleterious Effects of Metabolic Acidosis
479(1)
Diagnosis and Management
480(2)
Summary
482(1)
References
482(5)
SECTION III
15 Hyperchloremic Metabolic Acidosis Due to Intestinal Losses and Other Nonrenal Causes
487(14)
Donald E. Wesson
Melvin Laski
Introduction
487(1)
Diagnosis
488(1)
Pathophysiology of Metabolic Acidosis in Diarrhea
489(4)
Management of HCMA Due to Diarrhea
493(1)
Pancreatic and Biliary Losses
494(1)
Villous Adenoma
495(1)
Strong Acid Ingestion or Administration
495(1)
Parenteral Nutrition
496(1)
References
497(4)
16 Metabolic Alkalosis: General Considerations
501(18)
Robert G. Luke
Introduction
501(1)
Definitions
501(1)
Respiratory Adaptation
502(1)
Classification
503(1)
Pathophysiology
504(3)
Clinical Features
507(3)
Diagnosis
510(4)
Prevalence and Outcome
514(1)
References
514(5)
17 Chloride-Depletion Alkalosis
519(34)
John H. Galla
Definitions
519(1)
Classification
519(1)
Generation
520(4)
Posthypercapnia
524(2)
Maintenance
526(11)
Management
537(4)
References
541(12)
18 Potassium-Depletion Metabolic Alkalosis
553(32)
Manoocher Soleimani
Definition
553(1)
Classification
553(1)
Clinical Presentation
554(1)
Pathophysiology
555(5)
Effect of K+ Depletion and Hypokalemia on Bicarbonate Reabsorption in Nephron Segments
560(7)
Specific Causes
567(4)
Diagnosis
571(1)
Management
572(2)
References
574(11)
19 Metabolic Alkalosis: Miscellaneous Causes
585(12)
John H. Galla
Robert G. Luke
Introduction
585(1)
Hypercalcemia Disorders
585(3)
Milk-Alkali Syndrome
588(3)
Other Disorders
591(1)
References
592(5)
SECTION IV
20 Respiratory Acidosis
597(44)
Horacio J. Adrogue
Nicolaos E. Madias
Introduction and Definitions
597(1)
Pathophysiology
597(8)
Secondary Physiologic Adjustments
605(10)
Clinical Manifestations of Respiratory Acidosis
615(3)
Causes of Respiratory Acidosis
618(2)
Diagnosis
620(1)
Treatment
621(8)
References
629(12)
21 Respiratory Alkalosis
641(40)
Reto Krapf
Henry N. Hulter
Introduction and Definitions
641(1)
Pathophysiology of Respiratory Alkalosis
642(8)
Effects of Hypocapnia on Extracellular Volume and Electrolyte Balance
650(4)
Systemic and Clinical Consequences of Respiratory Alkalosis
654(5)
Causes of Acute and Chronic Respiratory Alkalosis
659(9)
Diagnosis
668(1)
Treatment
669(1)
References
669(12)
22 Mixed Acid-Base Disorders
681(16)
Asghar Rastegar
Introduction
681(1)
Approach to the Patient with a Mixed Acid--Base Disorder
682(1)
Tools for Diagnosing Mixed Acid-Base Disorders
683(2)
Classification of Mixed Acid-Base Disorders
685(2)
Examples of Mixed Disorders: Diagnosis and Management
687(8)
References
695(2)
SECTION V
23 Effect of Renal Replacement Therapy on Acid-Base Homeostasis
697(20)
F. John Gennari
Introduction
697(1)
Nature of the Acid-Base Equilibrium Engendered by Renal Replacement Therapy
698(13)
Summary
711(1)
References
712(5)
24 Acid-Base Disorders in Dialysis Patients
717(14)
F. John Gennari
Introduction
717(1)
Identifying an Acid-Base Disorder
717(2)
Diagnosis of Specific Disorders
719(1)
Evaluation of the Secondary Response
720(1)
Causes and Management
720(7)
Mixed Acid-Base Disorders
727(1)
Summary
728(1)
References
729(2)
SECTION VI
25 Acid-Base Considerations in Infants and Children
731(44)
George J. Schwartz
Introduction
731(1)
Maturation of Acid-Base Homeostasis
732(1)
Overview of Acid-Base Handling by the Neonatal Kidney
733(3)
Sites of Acid-Base Transport Along the Developing Nephron
736(8)
Specific Acid-Base Problems of Infants and Children
744(21)
References
765(10)
SECTION VII
26 Measurement of Acid-Base Status
775(14)
Horacio J. Adrogue
Nicolaos E. Madias
Introduction
775(1)
Blood Gas Analyzers
775(12)
References
787(2)
27 Normal Acid-Base Values
789(12)
Horacio J. Adrogue
Nicolaos E. Madias
Introduction
789(1)
Scales of Acidity: pH vs. Hydrogen Ion Concentration
789(3)
The Range of Normal Values
792(6)
References
798(3)
28 Tools for Clinical Assessment
801(16)
Horacio J. Adrogue
Nicolaos E. Madias
Introduction
801(1)
Definition of Terms
801(1)
Simple Acid-Base Disorders
802(1)
Secondary Responses
803(1)
Mixed Acid-Base Disorders
803(1)
Systematic Approach to Acid-Base Diagnosis
804(1)
Assessment of the Accuracy of the Acid-Base Measurements and the Reliability of Blood Sampling
805(1)
Role of Clinical Information to Identify the Acid-Base Disorder
806(2)
Identification of the Primary or Dominant Acid-Base Disorder
808(1)
Assess the Expected Secondary Response to Determine Whether a Simple or Mixed Acid-Base Disorder is Present
808(1)
Establish the Cause of the Acid-Base Disorder by Evaluating Other Laboratory Parameters
809(4)
Measurement of Urine Electrolytes, pH, and Calculation of Urine Anion Gap
813(2)
References
815(2)
29 Illustrative Cases
817(32)
F. John Gennari
John H. Galla
Horacio J. Adrogue
Nicolaos E. Madias
Introduction
817(1)
Case 1
817(3)
Case 2
820(1)
Case 3
821(2)
Case 4
823(3)
Case 5
826(2)
Case 6
828(2)
Case 7
830(1)
Case 8
831(2)
Case 9
833(2)
Case 10
835(2)
Case 11
837(2)
Case 12
839(1)
Case 13
840(2)
Case 14
842(1)
Case 15
843(2)
Case 16
845(2)
Case 17
847(2)
Index 849
F. John Gennari, Horacio J. Adrogué, John H. Galla, Nicolaos E. Madias