Heterocycles in Life and Society: An Introduction to Heterocyclic Chemistry, Biochemistry and Applications, 2nd Edition
Topics covered include an introduction to the structure and properties of heterocycles; the key role of heterocycles in important life processes such as the transfer of hereditary information, how enzymes function, the storage and transport of bioenergy, and photosynthesis; applications of heterocycles in medicine, agriculture and industry; heterocycles in supramolecular chemistry; the origin of heterocycles on primordial Earth; and how heterocycles can help us solve 21st century challenges.
For this second edition, Heterocycles in Life and Society has been completely revised and expanded, drawing on a decade of innovation in heterocyclic chemistry. The new edition includes discussions of the role of heterocycles in nanochemistry, green chemistry, combinatorial chemistry, molecular devices and sensors, and supramolecular chemistry. Impressive achievements include the creation of various molecular devices, the recording and storage of information, the preparation of new organic conductors, and new effective drugs and pesticides with heterocyclic structures. Much new light has been thrown on various life processes, while the chemistry of heterocycles has expanded to include new types of heterocyclic structures and reactions, and the use of heterocyclic molecules as ionic liquids and proton sponges.
Heterocycles in Life and Society is an essential guide to this important field for students and researchers in chemistry, biochemistry, and drug discovery, and scientists at all levels wishing to expand their scientific horizon.
PREFACE TO FIRST ENGLISH EDITION.
1 MOLECULAR RINGS STUDDED WITH JEWELS.
1.1 From Homocycle to Heterocycle.
1.2 Building Heterocycles from Benzene.
1.3 Some More Kinds of Heterocycles.
1.5 Suggested Reading.
2 WHY NATURE PREFERS HETEROCYCLES .
2.1 Reactions for All Tastes.
2.2 Heterocycles as Acids and Bases.
2.3 Heterocycles and Metals.
2.4 ‘There are Subtle Ties of Power„m'.
2.5 Tautomerism: Heterocycles and Their ‘Masks'.
2.7 Suggested Reading.
3 HETEROCYCLES AND HEREDITARY INFORMATION .
3.1 Nucleic Acids.
3.2 The Double Helix.
3.3 How One DNA Doubles Itself.
3.4 Protein Synthesis. Genetic Code and Genome.
3.5 What are Mutations?.
3.6 Mysterious Telomers.
3.7 Gene Expression.
3.9 Suggested Reading.
4 ENZYMES, COENZYMES AND VITAMINS .
4.1 Molecular Robots.
4.2 Coenzymes and Enzymes as ‘Joint Molecular Ventures'.
4.3 Vitamins, the ‘Molecules of Health'.
4.4 Ribozymes: Vestiges of an Ancient World.
4.6 Suggested Reading.
5 HETEROCYCLES AND BIOENERGETICS .
5.1 ATP as the Universal Currency of Energy.
5.4 Suggested Reading.
6 HETEROCYCLES AND PHOTOSYNTHESIS .
6.1 Chlorophyll: Sunlight-receiving Antenna and Energy Carrier.
6.2 What Daylight can Achieve.
6.3 Photosynthesis without Light.
6.5 Suggested Reading.
7 HETEROCYCLES AND HEALTH.
7.1 Medicines from a Natural Storehouse.
7.2 Heterocycles versus Infectious Microbes.
7.3 Heterocycles and Viral Infections.
7.4 Heterocycles and the Diseases of Our Century.
7.5 Heterocyclic Molecules in Combat with Ulcer and Sexual Disfunctions.
7.7 Suggested Reading.
8 HETEROCYCLES IN AGRICULTURE .
8.1 A Century of Chemical Warfare against Weeds.
8.2 Regulators of Plant Growth.
8.3 The Struggle against Voracious Insects.
8.4 Resisting the Kingdoms of Mustiness and Rot.
8.5 Heterocycles in Animal Husbandry.
8.6 Combinatorial Chemistry and Functional Genomics in the Synthesis of Biologically Active.
8.8 Suggested Reading.
9 HETEROCYCLES IN INDUSTRY AND TECHNOLOGY.
9.1 Heterocycles and Natural Colors.
9.3 Fluorescent Agents.
9.4 Color Change Compounds.
9.5 Fire Retardancy.
9.6 Photographic Materials and Recorders of Information.
9.7 Heterocycles as Food Additives.
9.8 Heterocycles as Cosmetics and Perfumery Ingredients.
9.9 Other Applications.
9.11 Suggested Reading.
10 HETEROCYCLES AND SUPRAMOLECULAR CHEMISTRY .
10.1 Molecular Recognition and Host-Guest Interactions.
10.2 Self-assembling Molecular Systems.
10.4 Suggested Reading.
11 HETEROCYCLES AND 21st CENTURY CHALLENGES.
11.1 Energy Problems.
11.2 Ecology and Green Chemistry.
11.3 Biotechnology and Related Problems.
11.4 From Molecular Devices to Molecular Computer.
11.6 Suggested Reading.
12 THE ORIGIN OF HETEROCYCLES .
12.1 Origin of the Universe and Appearance of Chemical Elements.
12.2 Iterstellar Molecules.
12.3 Organic Compounds in Comets and Meteorites.
12.4 Do Heterocycles exist on the Moon and Mars?.
12.5 The Atmosphere of Earth and Other Planets.
12.6 Heterocycles and the Origin of the Biosphere.
12.8 Suggested Reading.
ANSWERS AND REFERENCES TO SELECTED PROBLEMS.
· New chapters on heterocycles in supramolecular chemistry, and the origin of heterocycles on the early Earth
· Written in a readable and accessible style, assuming no prior knowledge of heterocyclic chemistry
· Each chapter includes questions and problems (with answers) on both fundamental and applied heterocyclic chemistry drawn from a wide variety of scientific literature and suggestions for further reading
· Written by three highly acclaimed researchers in heterocyclic chemistry who have many years’ experience of teaching between them
· Focuses on the importance of heterocycles in everyday life, and the roles they play
· Stresses the interdisciplinary nature of heterocycles: its influence pervades biochemistry, medicine, agricultural chemistry and technology.
· Includes many applications drawn from chemistry, biology, medicine and agriculture