Table of Contents
|
|
|
|
Preface |
xi |
|
List of Contributors |
xiii |
|
Dedication |
xvii |
|
Acknowledgments |
xix |
|
Abbreviations |
xxi |
1 |
Introduction J |
1 |
|
Biochemistry and Clinical
Medicine |
1 |
|
Entire Biochemistry
on Two Pages |
1 |
|
The Final Word |
3 |
2 |
Amino Acids and Proteins |
5 |
|
Introduction |
5 |
|
Amino Acids |
5 |
|
Buffers |
10 |
|
Peptides and Proteins |
11 |
|
Purification and Characterization
of Proteins |
14 |
|
Analysis of Protein
Structure |
17 |
3 |
Carbohydrates and Lipids J |
23 |
|
Introduction |
23 |
|
Carbohydrates |
23 |
|
Lipids |
26 |
|
Structure of Biomembranes |
29 |
4 |
Blood: Cells and Plasma Proteins W D Fraser |
33 |
|
Introduction |
33 |
|
Plasma and Serum |
33 |
|
Formed Elements of Blood |
33 |
|
Plasma Proteins |
34 |
|
The Acute Phase
Response and C-Reactive Protein |
40 |
5 |
Oxygen Transport G M Helmkamp |
43 |
|
Introduction |
43 |
|
Characteristics of Mammalian
Globin Proteins |
43 |
|
Allosteric Modulation of the Oxygen
Affinity of Hemoglobin |
49 |
|
Selected Topics |
52 |
6 |
Catalytic Proteins – Enzymes J Fujii |
59 |
|
Introduction |
59 |
|
Enzymatic Reactions |
59 |
|
Enzyme Kinetics |
62 |
|
Mechanism of Enzyme
Action |
64 |
|
Enzyme Inhibition |
65 |
|
Regulation of Enzyme
Activity |
68 |
|
Enzymatic Measurement
of Blood Glucose |
70 |
7 |
Hemostasis and Thrombosis G Lowe |
73 |
|
Introduction |
73 |
|
Hemostasis |
73 |
|
The Vessel Wall |
75 |
|
Prostacyclin and Nitric Oxide |
75 |
|
Platelets |
76 |
|
Coagulation |
78 |
|
Fibrinolysis |
83 |
8 |
Membranes and Transport M Maeda |
87 |
|
Introduction |
87 |
|
Types of Transport
Processes |
87 |
9 |
Bioenergetics and Oxidative
Metabolism L |
97 |
|
Introduction |
97 |
|
Oxidation as a Source
of Energy |
97 |
|
Free Energy |
98 |
|
Conservation of Energy
by Coupling with Adenosine Triphosphate |
99 |
|
Mitochondrial
Synthesis of Adenosine Triphosphate from Reduced
Coenzymes |
99 |
|
The Mitochondrial
Electron Transport System |
101 |
|
Transfer of Electrons
from NADH into Mitochondria |
104 |
|
Synthesis of Adenosine
Triphosphate – The Chemiosmotic
Hypothesis |
107 |
|
Inhibitors of Oxidative
Metabolism |
111 |
|
Regulation of Oxidative
Phosphorylation |
113 |
10 |
Function of the Gastrointestinal
Tract U V Kulkarni and I Broom |
115 |
|
Introduction |
115 |
|
The Gastrointestinal
Tract |
115 |
|
Digestion |
117 |
|
Digestion and Absorption
of Carbohydrates |
118 |
|
Digestion and Absorption
of Lipids |
121 |
|
Digestion and Absorption
of Proteins |
124 |
11 |
Micronutrients: Vitamins and Minerals M H Dominiczak
and I Broom |
129 |
|
Introduction |
129 |
|
Fat-Soluble Vitamins |
129 |
|
Water-Soluble
Vitamins |
133 |
|
Trace Elements |
140 |
12 |
Anaerobic Metabolism of Glucose in the
Red Blood Cell J |
143 |
|
Introduction |
143 |
|
The Erythrocyte |
143 |
|
Glycolysis |
144 |
|
Synthesis of 2,3-Bisphosphoglycerate |
150 |
|
The Pentose
Phosphate Pathway |
150 |
13 |
Carbohydrate Storage and Synthesis in
Liver and Muscle J |
155 |
|
Introduction |
155 |
|
Structure of Glycogen |
156 |
|
Pathway of Glycogenesis from Blood Glucose in Liver |
156 |
|
Pathway of Glycogenolysis in Liver |
157 |
|
Hormonal Regulation
of Hepatic Glycogenolysis |
158 |
|
Mechanism of Action
of Glucagon |
158 |
|
Mobilization of Hepatic
Glycogen by Epinephrine |
161 |
|
Glycogenolysis in Muscle |
163 |
|
Regulation of Glycogenesis |
164 |
|
Gluconeogenesis |
165 |
14 |
The Tricarboxylic
Acid Cycle L |
173 |
|
Introduction |
173 |
|
Functions of the Tricarboxylic Acid Cycle |
173 |
|
Pyruvate Carboxylase |
175 |
|
The Pyruvate Dehydrogenase Complex |
175 |
|
Enzymes and Reactions
of the Tricarboxylic Acid Cycle |
177 |
|
Energy Yield from the
Tricarboxylic Acid Cycle |
182 |
|
Regulation of the Tricarboxylic Acid Cycle |
183 |
|
Anaplerotic (‘Building Up’)
Reactions |
183 |
15 |
Oxidative Metabolism of Lipids in Liver
and Muscle J |
185 |
|
Introduction |
185 |
|
Activation of Fatty
Acids for Transport into the Mitochondrion |
185 |
|
Oxidation of Fatty
Acids |
186 |
|
Ketogenesis – A Metabolic
Pathway Unique to Liver |
189 |
16 |
Biosynthesis and Storage of Fatty
Acids U V Kulkarni and I Broom |
195 |
|
Introduction |
195 |
|
Fatty Acid Synthesis |
195 |
|
Fatty Acid Elongation |
199 |
|
Desaturation of Fatty Acids |
199 |
|
Essential Fatty Acids |
200 |
|
Storage and Transport
of Fatty Acids: the Synthesis
of Triacylglycerols |
200 |
|
Regulation of Total
Body Fat Stores |
201 |
17 |
Biosynthesis of Cholesterol and Steroids M H Dominiczak
and A M Wallace |
205 |
|
Introduction |
205 |
|
Structure of Cholesterol |
206 |
|
Free and Esterified Cholesterol |
206 |
|
Intestinal Absorption
of Cholesterol |
206 |
|
Biosynthesis of Cholesterol |
206 |
|
Bile Acids |
211 |
|
Steroid Hormones |
214 |
|
Vitamin D3 |
216 |
18 |
Lipoproteins and Lipid
Transport M H Dominiczak |
219 |
|
Introduction |
219 |
|
Lipoproteins |
219 |
|
Lipoprotein Receptors |
221 |
|
Enzymes and Transfer
Proteins that Participate in Lipoprotein Metabolism |
222 |
|
Pathways of Lipoprotein
Metabolism |
222 |
|
Dyslipidemias |
225 |
|
Atherogenesis |
226 |
|
Assessment of Cardiovascular
Risk |
232 |
|
Clinical Management
of Dyslipidemias |
234 |
19 |
Biosynthesis and Degradation of Amino
Acids Allen B Rawitch |
237 |
|
Introduction |
237 |
|
Metabolism of Dietary
and Endogenous Proteins |
237 |
|
Amino Acid Degradation |
239 |
|
Metabolism of the Carbon
Skeletons of Amino Acids |
245 |
|
Biosynthesis of Amino
Acids |
247 |
|
Inherited Diseases
of Amino Add Metabolism |
248 |
20 |
Muscle: Energy Metabolism and Contraction J A Carson and J |
253 |
|
Introduction |
253 |
|
Muscle Structure |
254 |
|
The Contractile
Process |
257 |
|
Muscle Energy
Metabolism |
259 |
|
Development and Regeneration
of Muscle |
261 |
21 |
Glucose Homeostasis and Fuel
Metabolism M H Dominiczak |
265 |
|
Glucose Homeostasis |
266 |
|
Insulin |
266 |
|
Hypoglycemia |
274 |
|
Feed–Fast Cycle |
274 |
|
Metabolism during Stress |
278 |
|
Diabetes Mellitus |
279 |
|
Laboratory Assessment
of Fuel Metabolism and Diabetes Mellitus |
284 |
|
Treating Diabetes |
287 |
22 |
Nutrition and Energy
Balance M H Dominiczak |
291 |
|
Introduction |
291 |
|
Regulation of Food
Intake |
291 |
|
Regulation of Energy
Balance |
292 |
|
Definitions in Nutrition
Science |
294 |
|
Nutrigenomics |
295 |
|
Main Classes of Nutrients |
296 |
|
Essential (Limiting)
Nutrients |
298 |
|
Minerals |
298 |
|
Nutritional Assessment |
299 |
|
Malnutrition |
301 |
|
Obesity |
302 |
|
Diet in Health and Disease |
303 |
|
Nutrition and Chronic
Disease |
305 |
23 |
Water and Electrolyte
Homeostasis M H Dominiczak and M Szczepanska-Konkel |
307 |
|
Introduction |
307 |
|
Water |
307 |
|
Osmolality |
310 |
|
Kidneys |
312 |
|
Assessment of Renal
Function |
316 |
|
Potassium |
317 |
|
Renin-Angiotensin System |
317 |
|
Integration of Water
and Sodium Homeostasis |
322 |
24 |
Regulation of Hydrogen Ion
Concentration (Acid-Base Balance) M H Dominiczak and M Szczepanska-Konkel |
325 |
|
The Body Buffer
Systems |
325 |
|
Lungs: the Gas Exchange |
328 |
|
Handling of Bicarbonate
by the Kidneys |
331 |
|
Disorders of the Acid–Base
Balance |
332 |
25 |
Calcium and Bone
Metabolism W D Fraser
and M H Dominiczak |
337 |
|
Bone Structure and Bone
Remodelling |
337 |
|
Calcium Metabolism |
339 |
|
Disorders of Calcium
and Bone Metabolism |
343 |
|
Metabolic Bone
Disease |
347 |
26 |
Complex Carbohydrates: Glycoproteins A D
Elbein |
351 |
|
Introduction |
351 |
|
Structures and Linkages |
351 |
|
Interconversions of Dietary Sugars |
355 |
|
Other Pathways of Sugar
Nucleotide Metabolism |
358 |
|
Biosynthesis of Oligosaccharides |
360 |
|
Functions of the Oligosaccharide
Chains of Glycoproteins |
363 |
27 |
Complex Lipids A D
Elbein |
367 |
|
Introduction |
367 |
|
Synthesis and Turnover
of Glycerophospholipids |
367 |
|
Sphingolipids |
370 |
|
Lysosomal Storage Diseases
Resulting from Defects in Glycolipid Degradation |
372 |
|
ABO Blood Group
Antigens |
374 |
|
Other Blood Group
Substances |
374 |
28 |
The Extracellular
Matrix G P Kaushal, A D Elbein and W M
Carver |
377 |
|
Introduction |
377 |
|
Collagens |
377 |
|
Noncollagenous Proteins in the Extracellular Matrix |
381 |
|
Proteoglycans |
384 |
29 |
Role of the Liver in Metabolism A F
Jones |
389 |
|
Introduction |
389 |
|
Structure of the Liver |
389 |
|
Liver and Carbohydrate
Metabolism |
391 |
|
Liver and Protein
Metabolism |
391 |
|
Hemesynthesis |
393 |
|
Bilirubin Metabolism |
393 |
|
Drug Metabolism |
395 |
|
Pharmacogenomics |
398 |
|
Genomics of Liver
Disease |
399 |
|
Biochemical Tests of
Liver Function |
399 |
|
Classification of Liver
Disorders |
400 |
30 |
Biosynthesis and Degradation of Nucleotides A Gugliucci and R Thornburg |
403 |
|
Introduction |
403 |
|
Purine Metabolism |
403 |
|
Pyrimidine Metabolism |
408 |
|
Formation of Deoxynucleotides |
409 |
31 |
Deoxyribonucleic
Acid R Thornburg and A
Gugliucci |
413 |
|
Introduction |
413 |
|
Structure of Deoxyribonucleic
Acid |
413 |
|
The Cell Cycle in Eukaryotes |
416 |
|
DNA Repair |
419 |
32 |
Ribonucleic Acid G A Bannon and R
Thornburg |
423 |
|
Molecular Anatomy of
Ribonucleic Acid Molecules |
424 |
|
Ribonucleic Acid
Polymerases |
426 |
|
Messenger Ribonucleic
Acid: Transcription |
426 |
|
Posttranscriptional Processing
of Ribonucleic Acids |
428 |
|
Selective Degradation
or Inactivation of Ribonucleic Acid |
432 |
33 |
Protein Synthesis and Turnover J R Patton and G A Bannon |
435 |
|
Introduction |
435 |
|
The Genetic Code |
435 |
|
The Machinery of Protein
Synthesis |
436 |
|
The Process of Protein
Synthesis |
439 |
|
Protein Folding |
441 |
|
Protein Targeting
and Posttranslational Modifications |
442 |
34 |
Regulation of Gene
Expression J R Patton,
D M Hunt and A Jamieson |
447 |
|
Introduction |
447 |
|
Basic Mechanisms of Gene
Expression |
447 |
|
Steroid Receptors |
452 |
|
Alternative Approaches
to Gene Regulation in Humans |
454 |
|
The Human Genome
Project |
458 |
35 |
Recombinant DNA
Technology W |
461 |
|
Introduction |
461 |
|
Hybridization |
461 |
|
Deoxyribonucleic Acid
Amplification and Cloning |
467 |
|
Specific Methods
Used in the Analysis of Deoxyribonucleic Acid |
472 |
|
Deoxyribonucleic Acid
Sequencing |
477 |
36 |
Genomics, Proteomics and Metabolomics A Pitt and |
481 |
|
Introduction |
481 |
|
Genomics |
482 |
|
Proteomics |
490 |
|
Metabolomics |
494 |
37 |
Oxygen and Life J |
499 |
|
Introduction |
499 |
|
The Inertness of Oxygen |
499 |
|
Reactive Oxygen
Species and Oxidative Stress |
500 |
|
Reactive Nitrogen
Species |
502 |
|
The Nature of Oxygen
Radical Damage |
502 |
|
Antioxidant Defenses |
503 |
|
The Beneficial
Effects of Reactive Oxygen Species |
505 |
38 |
The Immune Response J A Grade and A Farrell |
509 |
|
Introduction |
509 |
|
Innate Immune Response |
509 |
|
Adaptive Immune
Response |
512 |
|
Lymphocytes |
513 |
|
Molecules Involved
in Antigen Recognition |
513 |
|
Major Histocompatibility Complex |
514 |
|
Lymphoid Tissues |
515 |
|
Antigen-Presenting
Cells |
516 |
|
Reaction With, the Response
to and the Elimination of Antigens |
517 |
|
T Cell Response |
518 |
|
Humoral Specific Immune
Response |
519 |
|
Vaccination |
520 |
39 |
Biochemical
Endocrinology R K
Simple and F F Bolander Jr |
525 |
|
Introduction |
525 |
|
Hormones |
525 |
|
Principles of Hormone
Action |
526 |
|
Biochemical Assessment
of Hormone Action |
529 |
|
Major Types of Endocrine
Pathology |
529 |
|
The Hypothalamo–Pituitary Regulatory System |
531 |
|
The Hypothalamo–Pituitary–Thyroid Axis |
532 |
|
The Hypothalamo–Pituitary–Adrenal Axis |
536 |
|
The Hypothalamo–Pituitary–Gonadal
Axis |
540 |
|
The Growth Hormone
Axis |
545 |
|
The Prolactin Axis |
547 |
40 |
Membrane Receptors and Signal
Transduction M M Harnett and H |
551 |
|
Introduction |
551 |
|
Hormone Receptors |
551 |
|
Receptor Coupling to
Intracellular Signal Transduction |
553 |
|
Second Messengers |
554 |
41 |
Neurochemistry E J Thompson |
569 |
|
Introduction |
569 |
|
Brain and Peripheral
Nerve |
569 |
|
Cells of the Nervous
System |
570 |
|
Synaptic Transmission |
572 |
|
The Mechanism of Vision |
575 |
42 |
Neurotransmitters S Heals |
579 |
|
Introduction |
579 |
|
Definition of a Neurotransmitter |
579 |
|
Classification of Neurotransmitters |
579 |
|
Neurotransmission |
580 |
|
Classes of Neurotransmitters |
583 |
43 |
Cellular Homeostasis: Cell Growth, Differentiation and Cancer M M Harnett and H
|
593 |
|
Introduction |
593 |
|
The Cell Cycle |
593 |
|
Growth Factors |
594 |
|
Regulation of the Cell
Cycle |
597 |
|
Apoptosis |
600 |
|
Cancer |
603 |
44 |
Aging J |
609 |
|
Introduction |
609 |
|
Theories of Aging |
611 |
|
Genetic Models of Increased
Lifespan |
615 |
|
Anti-Aging
Interventions – What Works and What Doesn’t |
617 |
Appendix |
Selected Clinical |
621 |
|
Index |
629 |
|
|
|