Oxygen and the evolution of life

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Hauptverfasser: Decker, Heinz 1950-2018 (VerfasserIn), Van Holde, K. E. 1928- (VerfasserIn)
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Veröffentlicht: Heidelberg [u.a.] Springer 2011
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Datensatz im Suchindex

_version_ 1805095167421579264
adam_text IMAGE 1 CONTENTS 1 OXYGEN, ITS NATURE AND CHEMISTRY: WHAT IS SO SPECIAL ABOUT THIS ELEMENT? 1 1.1 A BRIEF INTRODUCTION TO OXYGEN 1 1.2 ATOMIC STRUCTURE OF OXYGEN: CHEMICAL BONDING POTENTIAL 2 1.3 THE DIOXYGEN MOLECULE 5 1.4 REACTIVE OXYGEN SPECIES 8 1.4.1 SUPEROXIDE'O 2 ~* 8 1.4.2 HYDROGEN PEROXIDE (H 2 O 2 ) 9 1.4.3 PEROXYL RADICAL (ROO*) 9 1.5 OZONE 10 1.6 WATER 12 1.7 WATER VAPOR IN THE ATMOSPHERE 15 1.8 CARBON DIOXIDE 15 1.9 SOLUBILITY OF GASES IN WATER 16 1.10 HYDROLYSIS AND DEHYDRATION: CENTRAL WATER REACTIONS IN BIOLOGY 16 1.11 REDOX REACTIONS 17 REFERENCES 18 2 A BRIEF HISTORY OF OXYGEN 21 2.1 COSMIC HISTORY OF THE ELEMENTS 21 2.1.1 THE SUN AND SOLAR SYSTEM 24 2.2 FORMATION OF EARTH 25 2.3 THE PRIMORDIAL ENVIRONMENT 27 2.3.1 ATMOSPHERE OF THE EARLY EARTH 27 2.3.2 WATER ON THE EARTH' SURFACE: THE ORIGIN OF OCEANS 29 2.3.3 THE FIRST GREENHOUSE EFFECT 29 2.4 LIFE: ITS ORIGINS AND EARLIEST DEVELOPMENT 30 2.5 A BILLION YEARS OF LIFE WITHOUT DIOXYGEN: ANAEROBIC METABOLISM . 32 2.5.1 SOME PRINCIPLES OF METABOLISM 32 2.6 THE INVENTION OF PHOTOSYNTHESIS 35 BIBLIOGRAFISCHE INFORMATIONEN HTTP://D-NB.INFO/1001790219 DIGITALISIERT DURCH IMAGE 2 VIII CONTENTS 2.7 HOW OXYGENIC PHOTOSYNTHESIS REMODELED THE EARTH 38 2.7.1 THE FIRST RISE OF DIOXYGEN 38 2.7.2 EFFECTS ON LIFE: AN ECOLOGICAL CATASTROPHE? 39 2.7.3 EFFECTS ON THE EARTH 40 REFERENCES 41 3 COPING WITH OXYGEN 43 3.1 THE IMPACT OF OXYGENATION ON AN ANAEROBIC WORLD 43 3.2 PRODUCTION OF REACTIVE OXYGEN SPECIES 44 3.3 COPING WITH REACTIVE OXYGEN SPECIES 47 3.3.1 SCAVENGER MOLECULES 47 3.3.2 ENZYMES FOR DETOXIFICATION OF ROS 49 3.3.3 ANTIOXIDANT ENZYME SYSTEMS 51 3.4 HOW TO AVOID REACTIVE OXYGEN SPECIES? 52 3.5 EVOLVING DEFENSE STRATEGIES 53 3.5.1 AGGREGATION FOR DEFENSE 53 3.5.2 MELANIN 54 3.5.3 OXYGEN TRANSPORT PROTEINS PREVENT CREATION OF OXYGEN RADICAIS 55 3.6 REACTIVE OXYGEN SPECIES AS CELLULAR SIGNALS 56 3.7 DIOXYGEN AS A SIGNAL: OXYGEN SENSOR 56 3.8 SUMMARY: REACTIVE OXYGEN SPECIES AND LIFE 57 REFERENCES 58 4 AEROBIC METABOLISM: BENEFITS FROM AN OXYGENATED WORLD 61 4. 1 THE ADVANTAGE TO BEING AEROBIC 61 4.2 EVOLUTION OF AN AEROBIC METABOLISM 62 4.2.1 SPECIAL MECHANISMS NEEDED FOR AEROBIC METABOLISM 62 4.2.2 WHEN AND HOW DID AEROBES ANSE? 63 4.3 EUKARYOTES: THE NEXT STEP IN EVOLUTION 67 4.3.1 DISTINCTION BETWEEN PROKARYOTES AND EUKARYOTES 67 4.3.2 THE SYMBIOTIC HYPOTHESIS 67 4.4 THE LAST GREAT LEAP: MULTICELLULAR ORGANISMS, "METAZOANS" 69 4.4.1 WHEN, WHY, AND HOW? 69 4.4.2 COLLAGEN AND CHOLESTERIN 70 4.4.3 HALF A BILLION YEARS OF STASIS? 71 4.4.4 EMERGENCE AND EXTINCTION OF THE EDIACARAN FAUNA 72 4.4.5 THE BILATERAL BODY PLAN 73 4.4.6 THE "CAMBRIAN EXPLOSION": FAET OR ARTIFACT? 74 REFERENCES 76 5 FACILITATED OXYGEN TRANSPORT 79 5.1 HOW TO DELIVER DIOXYGEN TO ANIMAL TISSUES? 79 5.2 MODES OF DELIVERY 80 IMAGE 3 CONTENTS 5.2.1 DIFFUSION FROM THE SURFACE 80 5.2.2 TRANSPORT VIA BLOOD AS A DISSOLVED GAS 81 5.2.3 OXYGEN TRANSPORT PROTEINS: WHAT THEY MUST DO? 82 5.3 MODES OF DIOXYGEN BINDING TO OXYGEN TRANSPORT PROTEINS 84 5.3.1 COOPERATIVE AND NONCOOPERATIVE BINDING 84 5.3.2 HOW DOES COOPERATIVITY WORK?: MODELS FOR ALLOSTERY 86 5.3.3 SELF-ASSEMBLY AND NESTING 88 5.3.4 WHY COMPLEX MULTISUBUNIT OXYGEN TRANSPORT PROTEINS? 89 5.4 MODULATION OF DIOXYGEN DELIVERY BY OXYGEN TRANSPORT PROTEINS: HETEROALLOSTERY 89 5.4.1 MODULATION BY THE PRODUCTS OF ANAEROBIC METABOLISM: THE BOHR EFFECT 90 5.4.2 THE HAIDANE EFFECT 90 5.4.3 THE ROOT EFFECT 91 5.4.4 TEMPERATURE DEPENDENCE 92 5.4.5 EVOLUTIONARY ASPECTS OF REGULATION 93 5.5 DIVERSITY OF OXYGEN TRANSPORT PROTEINS 93 5.5.1 HEMOGLOBINS 94 5.5.2 HEMERYTHRINS 96 5.5.3 HEMOCYANINS 96 5.6 EVOLUTION OF OXYGEN TRANSPORT PROTEINS 99 5.7 WAS SNOWBALL EARTH A POSSIBLE TRIGGER FOR OPT EVOLUTION? 101 5.8 FROM WHAT PROTEINS DID OXYGEN TRANSPORT PROTEINS EVOLVE? 102 5.9 OXYGEN TRANSPORT PROTEINS AND "INTELLIGENT DESIGN" 103 REFERENCES 103 CLIMATE OVER THE AGES; IS THE ENVIRONMENT STABLE? 107 6.1 CLIMATE AND GLACIATIONS IN EARTH'S HISTORY 108 6.1.1 THE FIRST MASSIVE GLACIATIONS; THE HURONION EVENT: A ROLE FOR METHANE? 108 6.1.2 LATER PROTEROZOIC GLACIATIONS 110 6.1.3 PHANEROZOIC CLIMATE AND GLACIATIONS 111 6.2 HOW DID LIFE SURVIVE GLACIATIONS? 116 6.3 MILESTONES OF LIFE IN THE PHANEROZOIC 118 6.4 INORGANIC CYCLING OF CARBON DIOXIDE 121 6.5 IS OUR ENVIRONMENT STABLE? 122 6.6 RECENT GLOBAL WARMING 124 REFERENCES 124 GLOBAL WARMING: HUMAN INTERVENTION IN WORLD CLIMATE 127 7.1 RECENT CLIMATE CHANGES 127 7.2 PHYSICAL CONSEQUENCES OF GLOBAL WARMING 129 7.2.1 SHRINKING ICE AND GLACIERS 129 7.2.2 SEA LEVEL CHANGES 130 7.2.3 CHANGES IN OCEAN CURRENTS 131 IMAGE 4 X CONTENTS 7.2.4 LOCAL CLIMATE AND WEATHER 132 7.2.5 THE DANGER OF METHANE RELEASES 133 7.2.6 GREENHOUSE TO ICEHOUSE AND VICE VERSA? 133 7.3 HUMAN CONSEQUENCES OF GLOBAL WARMING 134 7.3.1 DIRECT CONSEQUENCES OF CO 2 AND TEMPERATURE INCREASE 134 7.3.2 SEA LEVEL RISE 135 7.3.3 EXTREME WEATHER 136 7.3.4 EFFECTS ON AGRICULTURE 137 7.4 CONTROL OF GLOBAL WARMING 138 7.4.1 POSITIVE AND NEGATIVE NATURAL FEEDBACK MECHANISM 138 7.4.2 HUMAN EFFECTS TO CONTROL GLOBAL WARMING 139 7.4.3 THELONGVIEW 139 REFERENCES 140 8 OXYGEN IN MEDICINE 143 8.1 HYPOXIA 143 8.1.1 HIGH-ALTITUDE HYPOXIA 144 8.1.2 HYPOXIA ARISING FROM MEDICAL CONDITIONS 145 8.2 OXIDATIVE STRESS 145 8.2.1 NATURE OF OXIDATIVE STRESS 145 8.2.2 SPECIAL EXAMPLES OF MEDICAL CONSEQUENCES OF OXIDATIVE STRESS 146 8.3 TREATMENT OF OXIDATIVE STRESS 149 8.4 BENEFICIAI ROLES OF ROS 150 8.4.1 SCN AND PRIMARY IMMUNE RESPONSE 150 8.4.2 NITRICOXIDE 151 REFERENCES 153 9 OXYGEN AND THE EXPLORATION OF THE UNIVERSE 157 9.1 WHAT IS ESSENTIAL FOR THE DEVELOPMENT OF LIFE AS WE KNOW IT? . 157 9.2 WHAT MAKES O 2 NECESSARY FOR COMPLEX LIFE ON HABITABLE PLANETS? 158 9.3 SEEKING EVIDENCE FOR EXTRATERRESTRIAL LIFE 158 9.4 LIFE IN THE SOLAR SYSTEM? 161 9.4.1 TERRESTRIAL PLANETS 161 9.4.2 ICYMOONS 163 9.5 OXYGEN SUPPLY PROBLEMS IN EXTRATERRESTRIAL VOYAGES 164 9.6 PROBLEMS FACING EXTENDED EXTRATERRESTRIAL SETTLEMENT OR COLONIZATON 166 9.6.1 ADJUSTING THE PLANETARY ENVIRONMENT: TERRAFORMING 166 9.6.2 ADJUSTING THE ORGANISM: BIOFORMING 167 REFERENCES 168 INDEX 169
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author Decker, Heinz 1950-2018
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Oxygen and the evolution of life Heinz Decker ; Kensal E.van Holde
Heidelberg [u.a.] Springer 2011
XI, 172 S. Ill., graph. Darst., Kt.
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spellingShingle Decker, Heinz 1950-2018
Van Holde, K. E. 1928-
Oxygen and the evolution of life
Paläoklima (DE-588)4288494-9 gnd
Atmosphäre (DE-588)4003397-1 gnd
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Biophysik (DE-588)4006891-2 gnd
Sauerstofftransport (DE-588)4179219-1 gnd
subject_GND (DE-588)4288494-9
(DE-588)4003397-1
(DE-588)4071050-6
(DE-588)4051803-6
(DE-588)4006891-2
(DE-588)4179219-1
title Oxygen and the evolution of life
title_auth Oxygen and the evolution of life
title_exact_search Oxygen and the evolution of life
title_full Oxygen and the evolution of life Heinz Decker ; Kensal E.van Holde
title_fullStr Oxygen and the evolution of life Heinz Decker ; Kensal E.van Holde
title_full_unstemmed Oxygen and the evolution of life Heinz Decker ; Kensal E.van Holde
title_short Oxygen and the evolution of life
title_sort oxygen and the evolution of life
topic Paläoklima (DE-588)4288494-9 gnd
Atmosphäre (DE-588)4003397-1 gnd
Evolution (DE-588)4071050-6 gnd
Sauerstoff (DE-588)4051803-6 gnd
Biophysik (DE-588)4006891-2 gnd
Sauerstofftransport (DE-588)4179219-1 gnd
topic_facet Paläoklima
Atmosphäre
Evolution
Sauerstoff
Biophysik
Sauerstofftransport
url http://deposit.dnb.de/cgi-bin/dokserv?id=3459071&prov=M&dok_var=1&dok_ext=htm
http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=020810988&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv AT deckerheinz oxygenandtheevolutionoflife
AT vanholdeke oxygenandtheevolutionoflife