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E-raamat: Color Atlas of Biochemistry

4.28/5 (42 hinnangut Goodreads-ist)

Jan Koolman, Klaus-Heinrich Röhm

Formaat: 506 pages
Ilmumisaeg: 12-Dec-2012
Kirjastus: Thieme Publishing Group
Keel: eng
ISBN-13: 9783132580008

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Formaat: 506 pages
Ilmumisaeg: 12-Dec-2012
Kirjastus: Thieme Publishing Group
Keel: eng
ISBN-13: 9783132580008

Teised raamatud teemal:

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This excellent desk reference provides a detailed summary of various biochemical processes and functions in human physiology. They are organized into nine sections and an appendix of important units and prefixes. Each entry is two pages, with the left containing text and the right presenting graphics and tables. They begin with the basics, advance to biomolecules, and continue with metabolic processes, cell organelles, molecular genetics, tissues and organs, nutrition, signaling systems, and grown and development. With over 220 pictures and concise descriptions, this text makes an excellent study-aid to a more thorough textbook. Its orientation toward human biochemistry makes it ideal for medical or pre-med students. The authors are a retired biochemistry professor with an interest in insects and a current professor of medicine, both from Germany. Annotation ©2013 Book News, Inc., Portland, OR (booknews.com)

Providing a powerful visual overview of the entire spectrum of human biochemistry, the third edition of the popular Color Atlas of Biochemistry is an ideal reference and study aid. It utilizes the signature Flexibook format, consisting of double-page spreads with clear explanatory text on the left-hand page and exquisitely detailed full-color graphics on the right. These bite-sized learning capsules ensure that your review of any given topic is quick, efficient, and comprehensive, allowing you to target the exact information you need for classroom and exam success.

New features of this bestselling review book:

Increased focus on pathobiochemical aspects and clinical correlations, especially useful for exam preparation in the clinical sciences
New and expanded sections on the immune and digestive systems, motor proteins, transport processes, blood clotting and fibrinolysis, biochemistry of fatty tissue, metabolic integration, neurotransmitters and their receptors, signal transduction, and much more!
Symbols for atoms, biomolecules, coenzymes, biochemical processes, and chemical reactions are color-coded to promote quick comprehension
Computer graphics that provide simulated 3D representations of important molecules, making complex subject matter tangible
Convenient color thumb index that guides you quickly through the book

This superb didactic atlas has been used by medical and health science students worldwide since its first publication in German in 1994. It has since been translated into 9 languages and has been revised and updated regularly ever since. Its unrivalled illustrations, concise text, and focused presentation all combine to create an excellent, high-yield study guide.

A completely revised and expanded 3rd edition of the standard work Color Atlas of Biochemistry by Jan Koolman and Klaus-Heinrich Roehm.

Basics

(26)

Chemistry

Periodic Table

(2)

Isomerism

(2)

Substance Classes I

(2)

Substance Classes II

(2)

Chemical Reactions

(2)

Redox Processes

(2)

Acids and Bases

(2)

Physical Chemistry

Energetics

(2)

Thermodynamics

(2)

Catalysis

(2)

Water as a Solvent

(2)

Hydrophobic Interactions

(3)

Biomolecules

(44)

Carbohydrates

Chemistry of Sugars

(2)

Monosaccharides and Disaccharides

(2)

Polysaccharides

(2)

Glycoproteins and Glycosaminoglycans

(2)

Lipids

Overview

(2)

Fatty Acids and Fats

(2)

Glycolipids

(2)

Sphingolipids

(2)

Isoprenoids

(2)

Steroids

(2)

Amino Acids

Properties

(2)

Proteinogenic Amino Acids

(2)

Selenocysteine and Nonproteinogenic Amino Acids

(2)

Peptides and Proteins

Peptides and Proteins: Overview

(2)

Protein Structures

(2)

Structural Proteins

(2)

Soluble Proteins

(2)

Protein Modification

(2)

Nucleotides and Nucleic Acids

Bases and Nucleotides

(2)

RNA

(2)

DNA

(3)

Metabolism

(122)

Enzymes

Basics

(2)

Enzyme Catalysis

(2)

Enzyme Kinetics I

(2)

Enzyme Kinetics II

(2)

Allosteric Regulation

(2)

Inhibitors

(2)

Enzymatic Analysis

(2)

Coenzymes I

(2)

Coenzymes II

(2)

Coenzymes III

(2)

Coenzymes IV

(2)

Pathobiochemistry

(2)

Metabolic Pathways

Intermediary Metabolism I

(2)

Intermediary Metabolism II

(2)

Regulatory Mechanisms I

100

(2)

Regulatory Mechanisms II

102

(2)

Energy Metabolism

ATP

104

(2)

Energetic Coupling

106

(2)

Energy Conservation at Membranes

108

(2)

Energy Metabolism: Overview

110

(2)

Oxoacid Dehydrogenases

112

(2)

Tricarboxylic Acid Cycle: Reactions

114

(2)

Tricarboxylic Acid Cycle:

Metabolic Functions

116

(2)

Mitochondrial Transport

118

(2)

Respiratory Chain

120

(2)

ATP Synthesis

122

(2)

Regulation of Energy Metabolism

124

(2)

Pathobiochemistry

126

(2)

Carbohydrate Metabolism

Overview

128

(2)

Glycolysis

130

(2)

Pentose Phosphate Pathway

132

(2)

Gluconeogenesis

134

(2)

Glycogen Metabolism

136

(2)

Regulation of Carbohydrate Metabolism I

138

(2)

Regulation of Carbohydrate Metabolism II

140

(2)

Pathobiochemistry

142

(2)

Lipid Metabolism

Overview

144

(2)

Fatty Acid Degradation: β-Oxidation

146

(2)

Minor Pathways of Fatty Acid Degradation

148

(2)

Fatty Acid Biosynthesis

150

(2)

Fatty Acid Metabolism: Other Reactions

152

(2)

Biosynthesis of Complex Lipids

154

(2)

Biosynthesis of Cholesterol

156

(2)

Pathobiochemistry

158

(2)

Protein Metabolism

Overview

160

(2)

Proteolysis

162

(2)

Pathways of Nitrogen

164

(2)

Transamination and Deamination

166

(2)

Amino Acid Degradation I

168

(2)

Amino Acid Degradation II

170

(2)

Urea Cycle

172

(2)

Amino Acid Biosynthesis

174

(2)

Pathobiochemistry

176

(2)

Nucleotide Metabolism

Overview

178

(2)

Nucleotide Degradation

180

(2)

Purine and Pyrimidine Biosynthesis

182

(2)

Nucleotide Biosynthesis

184

(2)

Pathobiochemistry

186

(2)

Porphyrin Metabolism

Heme Biosynthesis

188

(2)

Heme Degradation

190

(3)

Cell Organelles

193

(36)

Basics

Structure of Cells

194

(2)

Cell Components and Cytoplasm

196

(2)

Cytoskeleton

Components

198

(2)

Structure and Functions

200

(2)

Motor Proteins

202

(2)

Nucleus

204

(2)

Mitochondria

Structure and Functions

206

(2)

Membranes

Structure and Components

208

(2)

Transport Processes

210

(2)

Transport Proteins

212

(2)

Endocytosis and Exocytosis

214

(2)

ER and Golgi Apparatus

Structure and Function

216

(2)

Protein Sorting

218

(2)

Protein Synthesis in the rER

220

(2)

Protein Maturation

222

(2)

Lysosomes

224

(2)

Peroxisomes

226

(3)

Molecular Genetics

229

(36)

Overview

230

(2)

Genome

Genes and Genomes

232

(2)

Chromatin

234

(2)

Nucleic Acid-Modifying Enzymes

236

(2)

Replication

238

(2)

Transcription

240

(2)

Transcriptional Control

242

(2)

RNA Maturation

244

(2)

Genetic Code

246

(2)

Translation I: Initiation

248

(2)

Translation II

250

(2)

Antibiotics

252

(2)

Mutation and Repair

254

(2)

Genetic Engineering

DNA Cloning

256

(2)

DNA Sequencing

258

(2)

Polymerase Chain Reaction (PCR)

260

(2)

Genetic Engineering in Medicine

262

(3)

Tissues and Organs

265

(116)

Digestive System

Overview

266

(2)

Digestive Secretions

268

(2)

Digestive Processes

270

(2)

Absorption I

272

(2)

Absorption II

274

(2)

Pathobiochemistry

276

(2)

Blood

Blood: Composition and Functions

278

(2)

Plasma Proteins

280

(2)

Lipoproteins I

282

(2)

Lipoproteins II

284

(2)

Hemoglobin and Gas Transport

286

(2)

Reactive Oxygen Species

288

(2)

Erythrocyte Metabolism

290

(2)

Acid-Base Balance

292

(2)

Blood Clotting

294

(2)

Inhibition of Blood Clotting, Fibrinolysis

296

(2)

Blood Groups

298

(2)

Pathobiochemistry

300

(2)

Immune System

302

(2)

Specific Immune Response

304

(2)

T-cell Activation

306

(2)

Complement System

308

(2)

Antibodies

310

(2)

Pathobiochemistry

312

(2)

Liver

Functions

314

(2)

Carbohydrate Metabolism

316

(2)

Lipid Metabolism

318

(2)

Bile Acids

320

(2)

Biotransformation

322

(2)

Cytochrome P450 Systems

324

(2)

Ethanol Metabolism

326

(2)

Pathobiochemistry

328

(2)

Adipose Tissue

Functions

330

(2)

Pathobiochemistry

332

(2)

Kidney

Functions

334

(2)

Electrolyte and Water Recycling

336

(2)

Metabolism

338

(2)

Muscle

Muscle Contraction

340

(2)

Control of Muscle Contraction

342

(2)

Muscle Metabolism

344

(2)

Pathobiochemistry

346

(2)

Connective Tissue

Bone and Teeth

348

(2)

Collagens

350

(2)

Extracellular Matrix I

352

(2)

Extracellular Matrix II

354

(2)

Pathobiochemistry

356

(2)

Brain and Sensory Organs

Signal Transmission in the Central Nervous System

358

(2)

Resting Potential and Action Potential

360

(2)

Neurotransmitters

362

(2)

Receptors for Neurotransmitters

364

(2)

Metabolism of the Brain

366

(2)

Sight

368

(2)

Pathobiochemistry

370

(2)

Integration of Metabolism

Integration of Metabolism I

372

(2)

Integration of Metabolism II

374

(2)

Integration of Metabolism III

376

(2)

Integration of Metabolism IV

378

(3)

Nutrition

381

(16)

Nutrients

Organic Substances

382

(2)

Minerals and Trace Elements

384

(2)

Calcium Metabolism

386

(2)

Iron Metabolism

388

(2)

Pathobiochemistry

390

(2)

Vitamins

Vitamins I

392

(2)

Vitamins II

394

(3)

Signaling Systems

397

(46)

Signal Transduction

398

(2)

Membrane Receptors

400

(2)

Ion Channels

402

(2)

GTP-Binding Proteins

404

(2)

Second Messengers I

406

(2)

Second Messengers II

408

(2)

Protein Kinases and Phosphatases

410

(2)

Signal Cascades

412

(2)

Hormone Systems

Basics

414

(2)

Plasma Levels and Hormone Hierarchy

416

(2)

Lipophilic Signaling Substances

Mechanism of Action

418

(2)

Corticosteroids

420

(2)

Sex Steroids and the Menstrual Cycle

422

(2)

Metabolism of Steroid Hormones

424

(2)

Thyroid Hormones

426

(2)

Hydrophilic Signaling Substances

Insulin

428

(2)

Diabetes Mellitus

430

(2)

Other Hormones

432

(2)

Catecholamines

434

(2)

Tissue Hormones and Mediators

436

(2)

Eicosanoids

438

(2)

Cytokines

440

(3)

Growth and Development

443

(16)

Cell Proliferation

Cell Cycle I

444

(2)

Cell Cycle II

446

(2)

Apoptosis

448

(2)

Oncogenes

450

(2)

Tumors

452

(2)

Cytostatic Drugs

454

(2)

Viruses

456

(3)

Appendix

459

Abbreviations

460

(2)

Quantities and Units

462

(2)

Source Credits

464

(1)

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