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Color Atlas of Biochemistry [Pehme köide]

, Photographs by , (both Professors, Department of Physiological Chemistry, University of Marburg, Germany),
  • Formaat: Paperback / softback, 448 pages, kõrgus x laius: 190x125 mm, 192 colour plates
  • Sari: Thieme flexibooks
  • Ilmumisaeg: 09-Oct-1996
  • Kirjastus: Thieme Publishing Group
  • ISBN-10: 3131003715
  • ISBN-13: 9783131003713
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Color Atlas of Biochemistry
  • Formaat: Paperback / softback, 448 pages, kõrgus x laius: 190x125 mm, 192 colour plates
  • Sari: Thieme flexibooks
  • Ilmumisaeg: 09-Oct-1996
  • Kirjastus: Thieme Publishing Group
  • ISBN-10: 3131003715
  • ISBN-13: 9783131003713
Teised raamatud teemal:
Püsilink: https://www.kriso.ee/db/9783131003713.html
Märksõnad:
Using colour graphics, this text focuses on fundamental and particular aspects of human and mammalian biochemistry. Besides coverage of the structure and composition of biologically relevant molecules and their metabolism, it also includes the interlinking of chemical structures with biological functions, how molecules are arranged in cellular spaces and in the organism, and the evolution of biochemical processes. The book should be of interest to all students and professionals in medicine, biochemistry, chemistry, biology and dentistry.
Basics
Chemistry
Periodic Table
2(2)
Chemical Bonds
4(2)
Molecular Structure
6(2)
Biomolecules
8(2)
Physical Chemistry
Energetics
10(2)
Free Energy
12(2)
Enthalpy and Entropy
14(2)
Reaction Kinetics
16(2)
Catalysis
18(2)
Water as Solvent
20(2)
Hydrophobic Interactions
22(2)
Acids and Bases
24(2)
Buffer Systems
26(2)
Redox Processes
28(2)
Biomolecules
Carbohydrates
Stereochemistry
30(2)
Sugar Derivatives
32(2)
Monosaccharides
34(2)
Disaccharides and Polysaccharides
36(2)
Plant Polysaccharides
38(2)
Glycoproteins and Glycosaminoglycans
40(2)
Lipids
Overview
42(2)
Fatty Acids
44(2)
Fats
46(2)
Phospholipids and Glycolipids
48(2)
Isoprenoids
50(2)
Steroid Structure
52(2)
Classes of Steroids
54(2)
Amino Acids
Properties
56(2)
Proteinogenic Amino Acids
58(2)
Amino Acid Analysis
60(2)
Peptides and Proteins
Functions of Proteins
62(2)
The Peptide Bond
64(2)
Secondary Structures
66(2)
Structural Proteins
68(2)
Globular Proteins
70(2)
Protein Folding
72(2)
Insulin: Structure
74(2)
Molecular Models: Insulin
76(2)
Nucleotide, Nucleic Acids
Nucleobases, Nucleotides, RNA
78(2)
DNA
80(2)
Functions of Nucleic Acids
82(2)
Molecular Models: DNA, tRNA
84(2)
Metabolism
Enzymes
Classification
86(2)
Enzyme Catalysis
88(2)
Enzyme Kinetics
90(2)
Inhibitors
92(2)
Lactate Dehydrogenase: Structure
94(2)
Lactate Dehydrogenase: Mechanism
96(2)
Enzymatic Analysis
98(2)
Redox Coenzymes
100(2)
Group-Transferring Coenzymes
102(2)
Metabolic Regulation
Intermediary Metabolism
104(2)
Regulatory Mechanisms
106(2)
Transcriptional Control
108(2)
Hormonal Control
110(2)
Allosteric Regulation
112(2)
Energy Metabolism
ATP
114(2)
Energy Conservation at Membranes
116(2)
Photosynthesis: Light Reactions
118(2)
Photosynthesis: Dark Reactions
120(2)
Molecular Models: Bacteriorhodopsin, Reaction Center
122(2)
Oxoacid Dehydrogenases
124(2)
Citric Acid Cycle: Reactions
126(2)
Citric Acid Cycle: Metabolic Functions
128(2)
Respiratory Chain
130(2)
ATP Synthesis
132(2)
Regulation of Energy Metabolism I
134(2)
Regulation of Energy Metabolism II
136(2)
Fermentations
138(2)
Catabolic Carbohydrate Metabolism
Glycolysis
140(2)
Hexose Monophosphate Pathway
142(2)
Catabolic Lipid Metabolism
Fat Metabolism: Overview
144(2)
Degradation of Fatty Acids: β-Oxidation
146(2)
Minor Pathways of Fatty Acid Degradation
148(2)
Catabolic Protein Metabolism
Nitrogen Balance, Peptidases
150(2)
Transmination and Deamination
152(2)
Amino Acid Degradation
154(2)
Catabolic Nucleic Acid Metabolism
Nucleotide Degradation
156(2)
Anabolic Carbohydrate Metabolism
Gluconeogenesis
158(2)
Glycogen Metabolism
160(2)
Regulation of Carbohydrate Metabolism
162(2)
Diabetes Mellitus
164(2)
Anabolic Lipid Metabolism
Fatty Acid Synthesis
166(2)
Biosynthesis of Complex Lipids
168(2)
Biosynthesis of Cholesterol
170(2)
Anabolic Protein Metabolism
Amino Acid Biosynthesis
172(2)
Anabolic Nucleic Acid Metabolism
Purine and Pyrimidine Synthesis
174(2)
Nucleotide Biosynthesis
176(2)
Porphyrin Metabolism
Heme Biosynthesis
178(2)
Degradation of Porphyrins
180(2)
Organelles
Basics
Structure of Cells
182(2)
Cell Fractionation
184(2)
Centrifugation
186(2)
Cell Components, Cytoplasm
188(2)
Cytoskeleton
Composition
190(2)
Structure and Functions
192(2)
Nucleus 194(16)
Mitochondria
Structure and Functions
196(2)
Transport Systems
198(2)
Mitochondrial DNA, Peroxisomes
200(2)
Membranes
Membrane Components
202(2)
Functions
204(2)
Transport Processes
206(2)
Transport Proteins
208(2)
Endoplasmic Reticulum and Golgi Apparatus 210(2)
Lysosomes 212(150)
Intracellular Traffic
Protein Translocation
214(2)
Protein Sorting
216(2)
Molecular Genetics
The Genome
218(2)
Replication
220(2)
Transcription
222(2)
RNA Maturation
224(2)
Genetic Code, Amino Acid Activation
226(2)
Ribosomes, Initiation of Translation
228(2)
Elongation, Termination
230(2)
Antibiotics
232(2)
Mutation and Repair
234(2)
Gene Technology
DNA Cloning
236(2)
DNA Sequencing
238(2)
PCR, RFLP
240(2)
Tissues and Organs
Digestive System
Digestion: Overview
242(2)
Digestive Secretions
244(2)
Digestive Processes
246(2)
Resorption
248(2)
Blood
Composition and Functions
250(2)
Plasma Proteins
252(2)
Lipoproteins
254(2)
Acid-Base Balance
256(2)
Gas Transport
258(2)
Hemoglobin, Erythrocyte Metabolism
260(2)
Hemostasis
262(2)
Immune Response
264(2)
Antibodies
266(2)
Molecular Models: Hemoglobin, Immunoglobulin G
268(2)
Antibody Biosynthesis
270(2)
MHC Proteins
272(2)
Monoclonal Antibodies, Immunoassay
274(2)
Liver
Functions
276(2)
Metabolism in the Well-Fed State
278(2)
Metabolism During Starvation
280(2)
Carbohydrate Metabolism
282(2)
Lipid Metabolism
284(2)
Urea Cycle
286(2)
Bile Acid Metabolism
288(2)
Biotransformations
290(2)
Cytochrome P450 Systems
292(2)
Ethanol Metabolism
294(2)
Kidneys
Functions
296(2)
Urine
298(2)
Proton and Ammonia Excretion
300(2)
Electrolyte and Water Recycling
302(2)
Hormones of the Kidneys
304(2)
Muscle
Contraction
306(2)
Control of Muscle Contraction
308(2)
Metabolism
310(2)
Connective Tissue
Collagens
312(2)
Composition of the Extracellular Matrix
314(2)
Brain and Sensory Organs
Nerve Tissue
316(2)
Resting Potential, Action Potential
318(2)
Synpases
320(2)
Neurotransmitters
322(2)
Sight
324(2)
Nutrition
Nutrients
Organic Nutrients
326(2)
Minerals and Trace Elements
328(2)
Vitamins
Lipid-Soluble Vitamins
330(2)
Water-Soluble Vitamins I
332(2)
Water-Soluble Vitamins II
334(2)
Hormones
Hormone Systems
Principles
336(2)
Plasma Levels and Hormone Hierarchy
338(2)
Classification
Liphophilic Hormones
340(2)
Hydrophilic Hormones
342(2)
Lipophilic Hormones
Metabolism
344(2)
Mechanism of Action
346(2)
Hydrophilic Hormones
Metabolism
348(2)
Mechanism of Action
350(2)
Second Messengers
352(2)
Mediators
Eicosanoids
354(2)
Growth and Development Cell Proliferation
Cell Cycle
356(2)
Oncogenes
358(2)
Tumors
360(2)
Viruses 362(2)
Morphogenesis 364(12)
Metabolic Charts
Calvin Cycle
366(1)
Carbohydrate Metabolism
367(1)
Biosynthesis of Fats and Membrane Lipids
368(1)
Synthesis of Ketone Bodies and Steroids
369(1)
Amino Acid Degradation I
370(1)
Amino Acid Degradation II
371(1)
Biosynthesis of the Essential Amino Acids
372(1)
Biosynthesis of the Non-Essential Amino Acids
373(1)
Biosynthesis of Purine Nucleotides
374(1)
Biosynthesis of the Pyrimidine Nucleotides, C1-Metabolism
375(1)
Annotated Enzyme List 376(11)
Abbreviations 387(3)
Quantities and Units 390(1)
Suggested Reading 391(1)
Source Credits 392(1)
Index 393