General microbiology:
Gespeichert in:
| Format: | Buch |
|---|---|
| Sprache: | English |
| Veröffentlicht: |
London
Macmillan
1987
|
| Ausgabe: | 5. ed. |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | Bis 4. Aufl. u.d.T.: Stanier, Roger Y.: General microbiology |
| Beschreibung: | XIV, 689 S. |
| ISBN: | 0333417682 |
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Datensatz im Suchindex
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| adam_text | IMAGE 1
CONTENTS
PREFACE XIII
CHAPTER 1 THE BEGINNINGS OF MICROBIOLOGY 1 THE DISCOVERY OF THE
MICROBIAL WORLD 2 THE CONTROVERSY OVER SPONTANEOUS GENERATION 3
THE EXPERIMENTS OF PASTEUR 4 THE EXPERIMENTS OF TYNDALL 5 THE DISCOVERY
OF THE ROLE OF MICROORGANISMS IN TRANSFORMATION OF ORGANIC MATTER 6
FERMENTATION AS A BIOLOGICAL PROCESS 6 THE DISCOVERY OF ANAEROBIC LIFE 7
THE PHYSIOLOGICAL SIGNIFICANCE OF FERMENTATION 7 THE DISCOVERY OF THE
ROLE OF MICROORGANISMS IN THE CAUSATION OF DISEASE 8
SURGICAL ANTISEPSIS 8 THE BACTERIAL ETIOLOGY OF ANTHRAX 8 THE RISE OF
MEDICAL BACTERIOLOGY 9 THE DISCOVERY OF FILTERABLE VIRUSES 10 THE
DEVELOPMENT OF PURE CULTURE METHODS 10
THE ORIGIN OF THE BELIEF IN PLEOMORPHISM 10 THE FIRST PURE CULTURES 11
THE DEVELOPMENT OF CULTURE MEDIA BY KOCH AND HIS SCHOOL 12
MICROORGANISMS AS GEOCHEMICAL AGENTS 12 ENRICHMENT CULTURE METHODS 13
THE GROWTH OF MICROBIOLOGY IN THE TWENTIETH CENTURY FURTHER READING 15
13
CHAPTER 2
THE METHODS OF MICROBIOLOGY 16 17 PURE CULTURE TECHNIQUE THE ISOLATION
OF PURE CULTURES BY PLATING METHODS THE ISOLATION OF PURE CULTURES IN
LIQUID MEDIA 19
TWO-MEMBERED CULTURES 20 THE THEORY AND PRACTICE OF STERILIZATION 20
STERILIZATION BY HEAT 21
STERILIZATION BY CHEMICAL TREATMENT 22 STERILIZATION BY FILTRATION 22
THE PRINCIPLES OF MICROBIAL NUTRITION 22 THE REQUIREMENTS FOR CARBON 23
THE REQUIREMENTS FOR NITROGEN AND SULFUR 24 GROWTH FACTORS 25 THE ROLES
OF OXYGEN IN NUTRITION 26 NUTRITIONAL CATEGORIES AMONG MICROORGANISMS
17
27
CONTENTS III
IMAGE 2
THE CONSTRUCTION OF CULTURE MEDIA 27
THE CONTROL OF PH 30 THE AVOIDANCE OF MINERAL PRECIPITATES: CHELATING
AGENTS 31 THE CONTROL OF OXYGEN CONCENTRATION 31 TECHNIQUES FOR
CULTIVATION OF OBLIGATE ANAEROBES 32 THE PROVISION OF CARBON DIOXIDE 32
THE PROVISION OF LIGHT 32
SELECTIVE MEDIA 33 DIRECT ISOLATION 33 ENRICHMENT 33 ENRICHMENT METHODS
FOR SOME SPECIALIZED PHYSIOLOGICAL
GROUPS 34 SYNTHETIC ENRICHMENT MEDIA FOR CHEMOHETEROTROPHS 34 THE
ENRICHMENT OF CHEMOAUTOTROPHIC AND PHOTOSYNTHE- TIC ORGANISMS 35
THE USE OF COMPLEX MEDIA FOR ENRICHMENT 36 LIGHT MICROSCOPY 37 THE LIGHT
MICROSCOPE 37 RESOLVING LIMIT 37
CONTRAST AND ITS ENHANCEMENT IN THE LIGHT MICROSCOPE 38 ULTRAVIOLET AND
FLUORESCENCE MICROSCOPY 40 ELECTRON MICROSCOPY 40
THE SCANNING ELECTRON MICROSCOPE 44 FURTHER READING 42
CHAPTER 3
THE NATURE OF THE MICROBIAL WORLD43 THE COMMON PROPERTIES OF BIOLOGICAL
SYSTEMS 43 PATTERNS OF CELLULAR ORGANIZATION 44 THE PROBLEM OF PRIMARY
DIVISIONS AMONG ORGANISMS 45
THE PLACE OF MICROORGANISMS 45 THE CONCEPT OF PROTISTS 46
EUCARYOTES AND PROCARYOTES 47 STRUCTURE OF THE CYTOPLASMIC MEMBRANE 48
STRUCTURE OF THE CYTOPLASM 49 CYTOPLASMIC MEMBRANE SYSTEMS 50
THE NUCLEAR ENVELOPE. 50 THE ENDOPLASMIC RETICULUM AND THE GOLGI
APPARATUS 52 CHLOROPLAST AND MITOCHONDRIAL MEMBRANES 53 CYTOPLASMIC
MEMBRANE SYSTEMS IN BACTERIA 54
CYTOSKELETAL ELEMENTS 55 MICROTUBULES 55 MICROFILAMENTS 55 INTERMEDIATE
FILAMENTS 57 CYTOSKELETAL ELEMENTS IN BACTERIA 57 ENDOCYTOSIS AND
EXPCYTOSIS 57 OSMOREGULATION IN MICROORGANISMS 59 STRUCTURE OF THE
CHROMOSOME 59
THE EUCARYOTIC CHROMOSOME 59 THE EUBACTERIAL CHROMOSOME 60 THE
ARCHAEBACTERIAL CHROMOSOME 60 SEGREGATION OF THE CHROMOSOME 60
CHROMOSOME SEGREGATION IN EUCARYOTES 62 CHROMOSOME SEGREGATION IN
EUBACTERIA 64 CHROMOSOME SEGREGATION IN ARCHAEBACTERIA 65
TRANSCRIPTION AND TRANSLATION OF THE GENOME 65 SEQUENCE AND PROCESSING
OF STABLE RNA 66 MESSENGER RNA PROCESSING 66 THE INITIATION OF
TRANSLATION 68
ELONGATION FACTORS IN TRANSLATION 68 RIBOSOME STRUCTURE 69 COUPLING OF
TRANSCRIPTION AND TRANSLATION 70 CHLOROPLAST AND MITOCHONDRIAL GENOMES
70 GENOME STRUCTURE IN CHLOROPLASTS AND
MITROCHONDRIA 70 EXPRESSION OF THE CHLOROPLAST AND MITOCHONDRIAL GENOMES
70 THE EVOLUTIONARY ORIGINS OF CHLOROPLASTS AND
MITOCHONDRIA 71
SEXUAL PROCESSES IN MICROORGANISMS 71 SEXUAL PROCESSES IN EUCARYOTES 71
SEXUAL PROCESSES IN BACTERIA 72 THE DIFFERENCES AMONG CELL TYPES: A
SUMMARY 73 THE GENERAL PROPERTIES OF VIRUSES 76
FURTHER READING 76
CHAPTER 4
MICROBIAL METABOLISM: FUELLING REACTIONS 78 THE ROLE OF ATP IN
METABOLISM 79 OTHER COMPOUNDS WITH HIGH-ENERGY BONDS 80
THE ROLE OF REDUCING POWER IN METABOLISM 80 THE ROLE OF PRECURSOR
METABOLITES IN METABOLISM 81 BIOCHEMICAL MECHANISMS GENERATING ATP 82
SUBSTRATE LEVEL PHOSPHORYLATION 82 GENERATION OF ATP BY ELECTRON
TRANSPORT 82 VALUES OF E O FOR COMPONENTS IN ELECTRON TRANSPORT CHAINS
84 THE COMPONENTS OF ELECTRON TRANSPORT CHAINS 84 ARRANGEMENT OF
ELECTRON TRANSPORT CHAINS IN THE CELL
MEMBRANE 86
THE BIOCHEMISTRY OF THE FUELING REACTIONS IN AEROBIC HETEROTROPHS 87
PATHWAYS OF FORMATION OF PYRUVATE 87 PATHWAYS OF UTILIZATION OF PYRUVATE
BY AEROBES 89
THE ROLE OF THE GLYOXYLATE CYCLE IN ACETIC ACID OXIDATION 91 SPECIAL
PATHWAYS FOR PRIMARY ATTACK ON ORGANIC COMPOUNDS BY MICROORGANISMS 92
THE FUELING REACTIONS OF ANAEROBIC HETEROTROPHS 94
ANAEROBIC RESPIRATION 94 FERMENTATION 94 THE FUELING REACTIONS OF
AUTOTROPHS 95 THE CALVIN-BENSON CYCLE: SYNTHESIS OF PRECURSOR
METABOLITES 95 GENERATION OF ATP AND REDUCED PYRIDINE NUCLEOTIDES BY
CHEMOAUTOTROPHS 96 PHOTOSYNTHESIS 96
ANTENNA OF LIGHT-HARVESTING PIGMENTS 97 PHOTOCHEMICAL REACTION CENTERS
99 PHOTOSYNTHETIC ELECTRON TRANSPORT CHAIN 99 PATTERNS OF ELECTRON FLOW
99
FURTHER READING 101
IV CONTENTS
IMAGE 3
CHAPTER 5
MICROBIAL METABOLISM.- BIOSYNTHESIS, POLYMERIZATION, ASSEMBLY 102
METHODS OF STUDYING BIOSYNTHESIS 103 USE OF BIOCHEMICAL MUTANTS 103
USE OF ISOTOPIC LABELING 104 THE ASSIMILATION OF NITROGEN AND SULFUR 104
THE ASSIMILATION OF AMMONIA 105 THE ASSIMILATION OF NITRATE 106 THE
ASSIMILATION OF MOLECULAR NITROGEN 106 THE ASSIMILATION OF SULFATE 107
THE STRATEGY OF BIOSYNTHESIS 108 THE SYNTHESIS OF NUCLEOTIDES 108
SYNTHESIS OF RIBONUCLEOTIDES 109 SYNTHESIS OF THE 2 DEOXYRIBONUCLEOTIDES
111 UTILIZATION OF EXOGENOUS PURINE AND PYRIMIDINE BASES AND NUCLEOSIDES
112
THE SYNTHESIS OF AMINO ACIDS AND OTHER NITROGENOUS CELL CONSTITUENTS 113
THE GLUTAMATE FAMILY 113 THE ASPARTATE FAMILY 114
THE AROMATIC FAMILY 116 THE SERINE AND PYRUVATE FAMILIES 116 HISTIDINE
SYNTHESIS 116 SYNTHESIS OF OTHER NITROGENOUS COMPOUNDS VIA AMINO
ACID PATHWAYS 117
THE SYNTHESIS OF LIPID CONSTITUENTS FROM ACETATE 120 SYNTHESIS OF FATTY
ACIDS 122 SYNTHESIS OF PHOSPHOLIPIDS 124 SYNTHESIS OF POLYISOPRENOID
COMPOUNDS 126
THE SYNTHESIS OF PORPHYRINS 126 VARIATIONS OF BIOSYNTHETIC PATHWAYS
AMONG BACTERIA 127 THE POLYMERIZATION OF BUILDING BLOCKS: GENERAL
PRINCIPLES 128
THE GENERAL PLAN OF SYNTHESIS OF NUCLEIC ACIDS AND PROTEINS 129 THE
POLYMERIZATION OF NUCLEOTIDES INTO DNA 130 THE ANTIPARALLEL STRUCTURE OF
THE DNA DOUBLE HELIX 131
DNA POLYMERASES 131 REPLICATION 131 THE SYNTHESIS OF RNA 133 SYNTHESIS
OF PROTEINS 134
INITIATION OF TRANSCRIPTION 134 TERMINATION OF TRANSCRIPTION 135
TRANSLATION 136 ACTIVATION OF AMINO ACIDS 136
SYNTHESIS OF THE PROCARYOTIC RIBOSOME 137 INITIATION OF TRANSLATION 138
ELONGATION OF THE PEPTIDE CHAIN 138 THE SECONDARY, TERTIARY, AND
QUATERNARY STRUCTURE OF
PROTEINS 140
THE SYNTHESIS OF POLYSACCHARIDES 142 THE SYNTHESIS OF PEPTIDOGLYCAN 142
ASSEMBLY OF BIOPOLYMERS INTO CELLULAR COMPONENTS 144
FURTHER READING 144
CHAPTER 6
THE RELATION BETWEEN STRUCTURE AND FUNCTION IN PROCARYOTIC CELLS 145
SURFACE STRUCTURES OF THE PROCARYOTIC CELL 145 TAXONOMIC SIGNIFICANCE
145
EARLY STUDIES ON THE PROCARYOTIC WALL 147 THE SURFACE STRUCTURES OF
ARCHAEBACTERIA 148 THE CELL MEMBRANE 148 THE BACTERIAL CELL WALL: ITS
PEPTIDOGLYCAN
COMPONENT 149 THE LOCATION OF PEPTIDOGLYCAN IN THE WALLS OF
GRAM-NEGATIVE BACTERIA 153 THE OUTER MEMBRANE 155
THE PERIPLASM 157 PEPTIDOGLYCAN IN THE WALLS OF GRAM-POSITIVE BACTERIA
158
FUNCTION OF THE PEPTIDOGLYCAN LAYER 159 THE TOPOLOGY OF WALL AND
MEMBRANE SYNTHESIS 160 CAPSULES AND SLIME LAYERS 164 THE MOLECULAR
STRUCTURE OF FLAGELLA AND PILI 166
THE BASAL STRUCTURE OF THE FLAGELLUM 168 SYNTHESIS OF THE FLAGELLAR
FILAMENT 169 THE MECHANISM OF FLAGELLAR MOVEMENT 169
THE CHEMOTACTIC BEHAVIOR OF MOTILE BACTERIA 170 THE PHOTOTACTIC BEHAVIOR
OF PURPLE BACTERIA 171 SPECIAL PROCARYOTIC ORGANELLES 172 GAS VESICLES
AND GAS VACUOLES 172
CHLOROSOMES 174 CARBOXYSOMES (POLYHEDRAL BODIES) 174 MAGNETOSOMES 174
THE PROCARYOTIC CELLULAR RESERVE MATERIALS 176
NONNITROGENOUS ORGANIC REVERSE MATERIALS 176 NITROGENOUS RESERVE
MATERIALS 178 POLYPHOSPHATE GRANULES 179
SULFUR INCLUSIONS 179
THE NUCLEUS 179
RECOGNITION AND CYTOLOGICAL DEMONSTRATION OF BACTERIAL NUCLEI 179 THE
BACTERIAL CHROMOSOME 180 THE ISOLATION OF BACTERIAL NUCLEI 181 FURTHER
READING 182
CHAPTER 7
MICROBIAL GROWTH183 THE DEFINITION OF GROWTH 183 THE MATHEMATICAL NATURE
AND EXPRESSION OF GROWTH 184 THE GROWTH CURVE 184
THE DEATH PHASE 185 THE LAG PHASE 185 ARITHMETIC GROWTH 186 THE
MEASUREMENT OF GROWTH 186
MEASUREMENT OF CELL MASS 186 MEASUREMENT OF CELL NUMBER 187 MEASUREMENT
OF A CELL CONSTITUENT 189 THE EFFICIENCY OF GROWTH: GROWTH YIELDS 189
SYNCHRONOUS GROWTH 190 EFFECT OF NUTRIENT CONCENTRATION ON GROWTH RATE
192
CONTENTS V
IMAGE 4
CONTINUOUS CULTURE OF MICROORGANISMS 192
CHEMOSTATS AND TURBIDOSTATS 194 USE OF CONTINUOUS CULTURE SYSTEMS 195
MAINTENANCE ENERGY 195 FURTHER READING 195
CHAPTERS
EFFECT OF THE ENVIRONMENT ON MICROBIAL GROWTH 196 FUNCTIONS OF THE CELL
MEMBRANE 196 ENTRY OF NUTRIENTS INTO THE CELL 197
PASSIVE DIFFUSION 197 FACILITATED DIFFUSION 197 ACTIVE TRANSPORT 197
BINDING PROTEINS 198 SECONDARY ACTIVE TRANSPORT 198 ACTIVE TRANSPORT
LINKED TO PHOSPHATE BOND ENERGY GROUP TRANSLOCATION 199 SUMMARY OF
MEMBRANE TRANSPORT MECHANISMS UTILIZATION OF SUBSTRATES THAT CANNOT PASS
THE CELL
MEMBRANE 201
EFFECTS OF SOLUTES ON GROWTH AND METABOLISM 204 OSMOTIC TOLERANCE 204
THE REQUIREMENT FOR NA + IN BACTERIA 206
EFFECT OF TEMPERATURE ON MICROBIAL GROWTH 207 FACTORS THAT DETERMINE
TEMPERATURE LIMITS GROWTH 209 EFFECT OF GROWTH TEMPERATURE ON LIPID
COMPOSITION 210
OXYGEN RELATIONS 210 THE TOXICITY OF OXYGEN: CHEMICAL MECHANISMS 210 THE
PHOTOOXIDATIVE EFFECT 211 OXYGEN-SENSITIVE ENZYMES 212
THE ROLE OF OXYGENASES IN AEROBIC MICROORGANISMS 212 FURTHER READING 212
198
201
FOR
CHAPTER 9
THE VIRUSES 213 213
220
221 224
THE DISCOVERY OF VIRUSES
VIRUS STRUCTURE 214
CLASSIFICATION OF VIRUSES 219
THE VIRAL REPLICATION CYCLE 219
ENTRY OF VIRUSES INTO HOST CELLS UNCOATING 221 REPLICATION OF
CHROMOSOMES OF DNA VIRUSES REPLICATION OF CHROMOSOMES OF RNA VIRUSES
FUNCTIONS OF VIRAL GENE PRODUCTS 224 REGULATION OF EXPRESSION OF VIRAL
GENES 225 DELETERIOUS EFFECTS OF VIRAL REPLICATION ON METABOLISM OF
HOST CELLS 227 VIRION ASSEMBLY 227 ESCAPE 228 INFECTIOUS VIRAL NUCLEIC
ACID 228
DETECTION AND ENUMERATION OF VIRUSES 228 THE PLAQUE ASSAY 229
KINETICS OF VIRAL MULTIPLICATION 229
LYSOGENY 230 LYSOGENY: PHAGE X TYPE 231 LYSOGENY: PHAGE PI TYPE 231
REGULATION OF LYSOGENY IN PHAGE X 232 INDUCTION 233
LYSOGENIC CONVERSION 233
VIROIDS 233 PRIONS 233 FURTHER READING 234
CHAPTER 10
MICROBIAL GENETICS: GENE FUNCTION AND MUTATION 235 THE BACTERIAL GENOME
235 ARRANGEMENTS OF GENES ON THE CHROMOSOME 235
MUTATIONS 238
THE CONSEQUENCES OF MUTATION 239 MUTAGENS 240 PHENOTYPIC CONSEQUENCES OF
MUTATIONS 243
CONDITIONALLY EXPRESSED MUTATIONS 243 MUTANT METHODOLOGY 245 ISOLATION
OF MUTANT STRAINS 246
PHENOTYPIC EXPRESSION 246 ENRICHMENT OF MUTANT CELLS IN A POPULATION 246
DETECTION OF MUTANT CLONES 248 POPULATION DYNAMICS 249 THE ESTIMATION OF
MUTATION RATE 250 MUTATIONAL EQUILIBRIUM 251 EFFECTS OF SELECTION ON THE
PROPORTIONS OF MUTANT
TYPES 253
SELECTION AND ADAPTATION 254
THE GENETIC VARIABILITY OF PURE CULTURES 254 SELECTIVE PRESSURES IN
NATURAL ENVIRONMENTS 254 THE CONSEQUENCES OF MUTATION IN CELLULAR
ORGANELLES 255 MUTANT TYPES OF BACTERIOPHAGES 255
FURTHER READING 256
CHAPTER 11
MICROBIAL GENETICS-. GENETIC EXCHANGE AND RECOMBINATION BACTERIAL
TRANSFORMATION 258 TYPES OF TRANSFORMATION MECHANISMS FOUND AMONG
PROCARYOTES 258 NATURAL TRANSFORMATION SYSTEMS: STREPTOCOCCUS PNEUNOMIAE
259 NATURAL TRANSFORMATION SYSTEMS: HAEMOPHILUS
INFLUENZAE 261 NATURAL TRANSFORMATION BY PLASMIDS 262 ARTIFICIAL
TRANSFORMATION 263 THE ROLE OF THE DONOR CELL IN TRANSFORMATION 263
BACTERIAL CONJUGATION 263
PROPERTIES OF THE F PLASMID 264 HFR STRAINS 265 PROPERTIES OF CLONES OF
HFR CELLS 266 F-MEDIATED TRANSFER OF OTHER PLASMIDS 267
VI CONTENTS
IMAGE 5
REGULATION OF PIGMENT SYNTHESIS 360
CONSTITUENT GROUPS OF CYANOBACTERIA 360 ECOLOGY 371 THE PURPLE BACTERIA
372 CONSTITUENT GROUPS OF PURPLE BACTERIA 373
PURPLE SULFUR BACTERIA 374 PURPLE NONSULFUR BACTERIA 376 EFFECTS OF O 2
ON GROWTH AND PIGMENT SYNTHESIS IN PURPLE NONSULFUR BACTERIA 377
THE GREEN BACTERIA 378 THE GREEN SULFUR BACTERIA 378 GREEN NONSULFUR
BACTERIA: THE CHLOROFLEXUS GROUP 380 ECOLOGICAL RESTRICTIONS IMPOSED BY
ANOXYGENIC
PHOTOSYNTHESIS 380
BACTERIOCHLOROPHYLL IN AEROBIC EUBACTERIA 381 HELIOBACTERIUM 381 FURTHER
READING 382
CHAPTER 16
THE CHEMOAUTOTROPHIC AND METHOPHILIC EUBACTERIA 383 THE CHEMOAUTOTROPHS
383 ULTILIZABLE SUBSTRATES 384
THE NITRIFYING BACTERIA 384 SULFUR OXIDIZERS 385 THE IRON BACTERIA 390
THE HYDROGEN BACTERIA 391 THE CARBOXYDOBACTERIA 391 THE METABOLIC BASIS
OF CHEMOAUTOTROPHY 392
ENERGY CONSERVATION AND PYRIDINE NUCLEOTIDE REDUCTION 392 THE PHENOMENON
OF OBLIGATE AUTOTROPHY 393 CARBON RESERVE MATERIALS IN CHEMOAUTOTROPHS
394 GROWTH INHIBITION BY ORGANIC COMPOUNDS 394 THE METHOPHILES 395
THE METABOLISM OF METHYL COMPOUNDS 395 CARBON ASSIMILATION BY
METHOPHILES 396 THE METHANOTROPHS 397 RESTING STAGES OF METHANOTROPHS
398 THE METHYLOTROPHS 400 ORIGINS OF CHEMOAUTOTROPHS AND METHOPHILES
FURTHER READING 401
CHAPTER 17
GRAM-NEGATIVE AEROBIC EUBACTERIA 402
400
THE AEROBIC PSEUDOMONADS 404
THE FLUORESCENT PSEUDOMONADS THE PSEUDOMALLEI GROUP 406 THE ACIDOVORANS
GROUP 407 THE DIMINUTA GROUP 407 THE XANTHOMONAS GROUP 407 THE ZOOGLOEA
GROUP 407 THE RHIZOBIUM GROUP 408
THE RHIZOBIA 408 THE GENUS AYROHACTERIUM 412
405
PROSTHECATE BACTERIA 413 THE AZOTOBACTER GROUP 416 THE ACETIC ACID
BACTERIA 417 THE SHEATHED BACTERIA 419
THE SPIRILLUM GROUP 420 THE MORAXELLA GROUP 423 THE LEGIONELLA GROUP 424
THE PLANCTOMYCES GROUP 425
FURTHER READING 426
CHAPTER 18
THE GLIDING EUBACTERIA 427 THE MYXOBACTERIA 428 NONFRUITING MYXOBACTERIA
433
THE CYTOPHAGA GROUP 434 FILAMENTOUS, GLIDING CHEMOHETEROTROPHS 436
FURTHER READING 438
CHAPTER 19
THE ENTERIC GROUP AND RELATED EUBACTERIA 439 COMMON PROPERTIES OF THE
ENTERIC GROUP 440 FERMENTATIVE METABOLISM 440
SOME PHYSIOLOGICAL CHARACTERS OF DIFFERENTIAL VALUE 443 GENETIC
RELATIONSHIPS AMONG THE ENTERIC BACTERIA 444 TAXONOMIC SUBDIVISION OF
THE ENTERIC GROUP 445
GROUP I: ESCHERICHIA-SALMONELLA-SHIGELLA 445 GROUP II:
ENTEROBACTER-SERRATIA-ERWINIA 447 GROUP III: PROTEUS-PROVIDENCIA 448
GROUP IV: YERSINIA 448 THE POLAR FLAGELLATES:
AEROMONAS- VIBRIO-PHOTOBACTERIUM 448 ZYMOMONAS 451 COLIFORM BACTERIA IN
SANITARY ANALYSIS 451 FURTHER READING 452
CHAPTER 20
GRAM-NEGATIVE ANAEROBIC EUBACTERIA 453 THE GRAM-NEGATIVE FERMENTATIVE
EUBACTERIA 453 FERMENTATION PATTERNS OF GRAM-NEGATIVE
EUBACTERIA 454 FUMARATE RESPIRATION 456 NITRATE RESPIRATION 456
CONSTITUENT GROUPS OF GRAM-NEGATIVE FERMENTATIVE
EUBACTERIA 457
THE SULFUR-REDUCING BACTERIA 459 THE PATHWAY OF SULFATE REDUCTION 459
DIVERSITY OF SULFUR-REDUCING BACTERIA 460 ECOLOGICAL ACTIVITIES 463
FURTHER READING 463
VIII CONTENTS
IMAGE 6
CHAPTER 21
GRAM-NEGATIVE EUBACTERIA: SPIROCHETES, RICKETTSIAS AND CHLAMYDIAS 464
THE SPIROCHETES 464 MOTILITY OF SPIROCHETES 466
CELL DIVISION IN THE SPIROCHETES 467 DIVERSITY OF SPIROCHETES 467
SPIROCHETES SYMBIOTIC WITH INVERTEBRATE ANIMALS 469 THE RICKETTSIAS 469
THE CHLAMYDIAS 473
FURTHER READING 474
CHAPTER 22
GRAM-POSITIVE EUBACTERIA: UNICELLULAR ENDOSPORE FORMERS 475 THE
ENDOSPORE 476 ENDOSPORE FORMATION 476
OTHER BIOCHEMICAL EVENTS RELATED TO SPORULATION 479 ACTIVATION,
GERMINATION, AND OUTGROWTH OF ENDOSPORES 480 CLASSIFICATION OF THE
ENDOSPOREFORMERS 481
PEPTIDOGLYCAN STRUCTURE 482
THE AEROBIC SPOREFORMERS 482 THE GENUS BACILLUS 482 THERMOPHILIC BACILLI
486 LIPID COMPOSITION OF THE BACILLI 486 THE GENUS THERMOACTINOMYCES 486
THE ANAEROBIC SPOREFORMERS 487
THE BUTYRIC ACID CLOSTRIDIA 488 THE ANAEROBIC DISSIMILATION OF AMINO
ACIDS BY CLOSTRIDIA 488
THE FERMENTATION OF NITROGEN-CONTAINING RING COMPOUNDS 491 CARBOHYDRATE
FERMENTATIONS BY CLOSTRIDIA THAT DO NOT YIELD BUTYRIC ACID AS A PRODUCT
491 THE ETHANOL-ACETATE FERMENTATION BY CLOSTRIDIUM
KLUYVERI 492 THE GENUS DESULFOTOMACULUM 493 THE GENUS SPOROLACTOBACILLUS
494 FURTHER READING 494
CHAPTER 23
GRAM-POSITIVE EERMENTATIVE EUBACTERIA 495 THE GENUS STAPHYLOCOCCUS 496
THE LACTIC ACID BACTERIA 496
PATTERNS OF CARBOHYDRATE FERMENTATION IN LACTIC ACID BACTERIA 498
SUBDIVISION OF THE LACTIC ACID BACTERIA 500 OTHER GRAM-POSITIVE
ANAEROBES 501 FURTHER READING 504
CHAPTER 24
GRAM-POSITIVE EUBACTERIA: EHE ACTINOMYCETES 505 CHARACTERISTICS OF
ACTINOMYCETES 506 MOTILITY 506
CELLS WALLS 506 DEVELOPMENTAL PATTERNS IN MYCELIAL ACTINOMYCETES 506
MAJOR GROUPS OF ACTINOMYCETES 507 THE ACTINOBACTERIA 507
THE NOCARDIOFORM BACTERIA 510 THE DERMATOPHILUS GROUP 512 THE
STREPTOMYCETES 517 THE ACTINOPLANETES 518
FURTHER READING 519
CHAPTER 25
THE MOLLICUTES 520 METABOLISM OF THE MOLLICUTES 521 CELL SHAPE AND
REPRODUCTION 522 MYCOPLASMA 523
ACHOLEPLASMA 523 SPIROPLASMA 524 ANAEROPLASMA 524 UREAPLASMA 524
FURTHER READING 524
CHAPTER 26
THEPROTISTS 525 THE ALGAE 526 THE PHOTOSYNTHETIC FLAGELLATES 526 THE
NONFLAGELLATE UNICELLULAR ALGAE 527
THE NATURAL DISTRIBUTION OF ALGAE 530 NUTRITIONAL VERSATILITY OF ALGAE
531 THE LEUCOPHYTIC ALGAE 531 THE PROTOZOA 532
THE ORIGINS OF THE PROTOZOA 532 THE FLAGELLATE PROTOZOA: THE
MASTIGOPHORA 533 THE AMEBOID PROTOZOA: THE RHIZOPODA 534 THE CILIATE
PROTOZOA: THE CILIOPHORA 534 THE FUNGI 536
THE AQUATIC PHYCOMYCETES 537 THE TERRESTRIAL PHYCOMYCETES 538
DISTINCTIONS BETWEEN PHYCOMYCETES AND HIGHER FUNGI 540
THE ASCOMYCETES AND BASIDIOMYCETES 540 THE FUNGI IMPERFECTI 540 THE
YEASTS 541 THE SLIME MOLDS 542
THE PROTISTS: SUMMING UP 544 FURTHER READING 544
CONTENTS IX
IMAGE 7
CHAPTER27
MICROORGANISMS AS GEOCHEMICAI AGENTS 545 THE FITNESS OF MICROORGANISMS
AS AGENTS OF GEOCHEMICAI CHANGE 546
THE DISTRIBUTION OF MICROORGANISMS IN SPACE AND TIME 546 THE METABOLIC
POTENTIAL OF MICROORGANISMS 547 THE METABOLIC VERSATILITY OF
MICROORGANISMS 547 THE CYCLES OF MATTER 547 THE PHOSPHORUS CYCLE 547 THE
OXYGEN CYCLE 548 THE CARBON CYCLE 548
THE MINERALIZATION PROCESS: CARBON DIOXIDE FORMATION AND THE REDUCTION
OF OXYGEN 549 THE SEQUESTRATION OF CARBON: INORGANIC DEPOSITS 549 THE
SEQUESTRATION OF CARBON: ORGANIC DEPOSITS 549
THE NITROGEN CYCLE 550 NITROGEN FIXATION 551 THE UTILIZATION OF FIXED
NITROGEN 552 THE TRANSFORMATIONS OF ORGANIC NITROGEN BY WHICH
AMMONIA IS FORMED 552 NITRIFICATION 553 DENITRIFICATION 553 THE SULFUR
CYCLE 554
THE ASSIMILATION OF SULFATE 555 THE TRANSFORMATION OF ORGANIC SULFUR
COMPOUNDS AND FORMATION OF H 2S 555 THE DIRECT FORMATION OF H 2S FROM
SULFATE 555 THE OXIDATION OF H 2S AND SULFUR 556 THE CYCLES OF MATTER
THROUGH GEOLOGICAL TIME 556
THE INFLUENCE OF HUMANS ON THE CYCLES OF MATTER 557
SEWAGE TREATMENT 557 THE DISSEMINATION OF SYNTHETIC ORGANIC CHEMICALS
557 FURTHER READING 558
CHAPTER 28
SYMBIOSIS 559 TYPES OF SYMBIOSES 559 MUTUALISTIC SYMBIOSES 560 PARASITIC
SYMBIOSES 561
PARASITISM AS AN ASPECT OF ECOLOGY 561 THE FUNCTIONS OF SYMBIOSIS 562
PROTECTION 562
PROVISION OF A FAVORABLE POSITION 562 PROVISION OF RECOGNITION DEVICES
564 NUTRITION 564 THE ESTABLISHMENT OF SYMBIOSES 565
DIRECT TRANSMISSION 565 REINFECTION 565
THE EVOLUTION OF SYMBIOSES 566 SYMBIOTIC ASSOCIATIONS BETWEEN
PHOTOSYNTHETIC AND NONPHOTOSYNTHETIC PARTNERS 566 SYMBIOSES IN WHICH THE
PHOTOSYNTHETIC PARTNER IS A HIGHER
PLANT 568
THE RHIZOSPHERE 568 MYCORRHIZAS 568 SYMBIOSES IN WHICH THE
PHOTOSYNTHETIC PARTNER IS A MICROORGANISM 569
ENDOSYMBIONTS OF PROTOZOA 569 SYMBIOSES WITH FUNGI: THE LICHENS 570
ENDOSYMBIOSES OF ALGAE WITH AQUATIC INVERTEBRATES 574 SYMBIOTIC
ASSOCIATIONS BETWEEN TWO NONPHOTOSYNTHETIC PARTNERS 574 SYMBIOSES IN
WHICH BOTH PARTNERS ARE MICROORGANISMS 574 BACTERIAL ENDOSYMBIONTS OF
PROTOZOA 574 SYMBIOSES BETWEEN MICROORGANISMS AND METAZOAN HOSTS 578
ECTOSYMBIOSES OF PROTOZOA WITH INSECTS: THE INTESTINAL
FLAGELLATES OF WOOD-EATING TERMITES AND ROACHES 578 ENDOSYMBIOSES OF
FUNGI AND BACTERIA WITH INSECTS 578 THE RUMINANT SYMBIOSIS 581
ECTOSYMBIOSES OF MICROORGANISMS WITH BIRDS: THE HONEY
GUIDES 583
FURTHER READING 584
CHAPTER 29
NONSPECIFIC HOST DEFENSE 585 PHYSICAL AND CHEMICAL BARRIERS TO INFECTION
585 BODY SURFACES 585 THE ROLE OF PH 586
ANTIMICROBIAL COMPOUNDS 586 SEQUESTRATION OF IRON 586 THE PROTECTIVE
ROLE OF HOST MICROFLORA 586 GERM-FREE ANIMALS 587
NORMAL SKIN FLORA 588 NORMAL FLORA OF THE MOUTH AND UPPER RESPIRATORY
TRACT 589 NORMAL INTESTINAL FLORA 589 THE ROLE OF PHAGOCYTIC CELLS IN
THE ANIMAL HOST 589
LEUKOCYTES 589 PHAGOCYTOSIS 591 INFLAMMATION 592 CHEMICAL MEDIATORS OF
INFLAMMATION 594
CHEMOTAXIS DURING INFLAMMATION 594
NONSPECIFIC DEFENSE AGAINST VIRUSES 595 FURTHER READING 596
CHAPTER30
THE IMMUNE SYSTEM 597 ANTIBODIES AND ANTIGENS 598 CONSTANT AND VARIABLE
DOMAINS 600 IGG 600
IGA 601 IGM 601 IGD 602 IGE 602 ANTIGENS AND HAPTENS 602
CONTENTS
IMAGE 8
ANTIBODY SOURCES 602
IMMUNIZATION 602 HYBRIDOMAS 603 CONSEQUENCES OF ANTIGEN-ANTIBODY BINDING
IN THE HOST 604 TOXIN AND VIRUS NEUTRALIZATION 604
IMMUNE COMPLEX FORMATION AND AGGLUTINATION 604 THE CLASSIC COMPLEMENT
FIXATION PATHWAY 605 THE ALTERNATE COMPLEMENT PATHWAY 605 OPSONIZATION
606 INFLAMMATION 606 CONSEQUENCES OF ANTIBODY-ANTIGEN BINDING IN VITRO
606
AGGLUTINATION REACTIONS 606 IMMUNOPRECIPITATION 608 IMMUNODIFFUSION 608
IMMUNOELECTROPHORESIS 608 COMPLEMENT FIXATION 609 RADIOIMMUNOASSAYS 609
TECHNIQUES EMPLOYING CONJUGATED ANTIBODIES 610 THE BASIS OF ANTIBODY
DIVERSITY 610
THE GERM LINE AND SOMATIC MUTATION THEORIES THE GENERATION OF K
CHAIN DIVERSITY 611 THE GENERATION OF X CHAIN DIVERSITY 612 THE
GENERATION OF HEAVY CHAIN DIVERSITY 612
HOW MANY DIFFERENT ANTIBODIES? 613 FUNCTIONS OF T-CELLS 614 EFFECTOR
T-CELLS 614 REGULATOR T-CELLS 614
HISTOCOMPATIBILITY ANTIGENS 615 IMMUNIZATION 616
611
618
PASSIVE IMMUNIZATION 616 ACTIVE IMMUNIZATION 616 ATTENUATED STRAINS 617
TOXOIDS 617
KINETICS OF IMMUNIZATION 617 HYPERSENSITIVITY AND AUTOIMMUNITY 618
ANAPHYLAXIS 618
ANTIBODY-DEPENDENT CYTOTOXICITY IMMUNE COMPLEX DISORDERS 618 DELAYED
HYPERSENSITIVITY 619 AUTOIMMUNE DISEASES 619
FURTHER READING 620
CHAPTER31
MICROBIAL PATHOGENESIS 621 BACTERIAL TOXINS 622 IDENTIFICATION OF
BACTERIAL TOXINS 623
EXAMPLES OF TOXIN-CAUSED PATHOGENESIS 623 DIPHTHERIA 623 TETANUS 624
CHOLERA 624
STAPHYLOCOCCAL FOOD POISONING 624 CLOSTRIDIAL FOOD POISONING 626 FOOD
POISONINGS CAUSED BY ENTERIC BACTERIA 626
BOTULISM 626 TOXIC SHOCK SYNDROME 627 MYCOTOXINS 627 BACTERIAL
COLONIZATION AND INVASION 628
IRON UPTAKE 628 ADHESION 628
INTRACELLULAR GROWTH 628 RESISTANCE TO PHAGOCYTOSIS 629 ANTIGENIC
VARIATION AND ANTIGENIC MIMICRY 630 VIRUSES AND CANCER 630 THE ROLE OF
DNA VIRUSES IN HUMAN CANCER 631 THE ROLE OF RNA VIRUSES IN HUMAN CANCER
632 THE ANIMAL CELL CULTURE MODEL OF CANCER 632 TRANSFORMATION BY SV40
632 TRANSFORMATION BY RETROVIRUSES 632 CELLULAR ONCOGENES 633 FURTHER
READING 634
CHAPTER32
HUMAN PATHOGENS 635 EPIDEMIOLOGY OF INFECTIOUS DISEASES 635 RESERVOIRS
OF INFECTION 635 MODES OF TRANSMISSION 636
BACTERIAL PATHOGENS 636 STAPHYLOCOCCAL DISEASES 636 STREPTOCOCCAL
DISEASES 636 DISEASES CAUSED BY ENDOSPORE-FORMING BACTERIA 639
DISEASES CAUSED BY MYCOBACTERIA 640 LISTERIOSIS 640 DISEASES CAUSED BY
ENTERIC BACTERIA 641 DIARRHEA CAUSED BY CAMPYLOBACTER 641 LEGIONAIRES
DISEASE 641 TULAREMIA 641
BRUCELLOSIS 642 DISEASES CAUSED BY PSEUDOMONAS 642 DISEASES CAUSED BY
BORDETELLA AND HAEMOPHILUS SPECIES 642
NEISSERIAL DISEASES 642 MYCOPLASMAL DISEASES 642 DISEASES CAUSED BY
SPIROCHETES 643 RICKETTSIAL DISEASES 643 CHLAMYDIAL DISEASES 644 FUNGAL
DISEASES 644
DERMATOMYCOSES 644 SUBCUTANEOUS MYCOSES 644 SYSTEMIC (DEEP) MYCOSES 644
PROTOZOAL DISEASES 646
MALARIA 646 DISEASES CAUSED BY LEISHMANIAS 647 DISEASES CAUSED BY
TRYPANOSOMES 648 AMEBIC DYSENTERY 648 GIARDIASIS 649 TRICHOMONIASIS 650
TOXOPLASMOSIS 650
PNEUMOCYSTIC PNEUMONIA 650 VIRAL DISEASES 650 DISEASES CAUSED BY
HERPESVIRUSES 651 DISEASES CAUSED BY POXY VIRUSES 651
SERUM HEPATITIS 652 DISEASES CAUSED BY PICORNAVIRUSES 652 INFLUENZA 653
MEASLES, MUMPS, AND RUBELLA 654 RABIES 654 DISEASES CAUSED BY
ROTAVIRUSES 654 DISEASES CAUSED BY TOGAVIRUSES 654 DISEASES CAUSED BY
RETROVIRUSES 654 FURTHER READING 656
CONTENTS XI
IMAGE 9
CHAPTER 33
THE EXPLOITATION OF MICROORGANISMS BY HUMANS 657 TRADITIONAL MICROBIAL
PROCESSES UTILIZING YEASTS 657 THE MAKING OF WINE 658
THE MAKING OF BEER 659 THE MAKING OF BREAD 660 TRADITIONAL MICROBIAL
PROCESSES UTILIZING ACETIC ACID BACTERIA 661 THE USES OF LACTIC ACID
BACTERIA 661
MILK PRODUCTS 662 THE LACTIC FERMENTATION OF PLANT MATERIALS 662 DEXTRAN
PRODUCTION 662 THE USES OF BUTYRIC ACID BACTERIA 663
THE RETTING PROCESS 663 THE ACETONE-BUTANOL FERMENTATION 664 MICROBES AS
SOURCES OF PROTEIN 664
PRODUCTION OF YEASTS FROM PETROLEUM 664 PRODUCTION OF BACTERIA FROM
PETROLEUM 665 PRODUCTION OF SPECIFIC AMINO ACIDS 665 THE MICROBIAL
PRODUCTION OF CHEMOTHEAPEUTIC AGENTS 665
THE RISE OF CHEMOTHERAPY 666 THE DISCOVERY OF ANTIBIOTICS 666 MODE OF
ACTION OF ANTIBIOTICS 668 THE PRODUCTION OF ANTIBIOTICS 669
MICROBIAL RESISTANCE TO ANTIBIOTICS 670 MICROBIAL TRANSFORMATIONS OF
STEROIDS 671
MICROBIOLOGICAL METHODS FOR THE CONTROL OF INSECTS 672 THE PRODUCTION OF
OTHER CHEMICALS BY MICROORGANISMS 672 THE PRODUCTION OF ENZYMES BY
MICROORGANISMS 673 THE IMPACT OF RECOMBINANT DNA TECHNOLOGY ON THE
PRODUCTION OF USEFUL PRODUCTS BY MICROORGANISMS 673 FURTHER READING 674
INDEX 675
XII CONTENTS
|
| any_adam_object | 1 |
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| callnumber-subject | QR - Microbiology |
| ctrlnum | (OCoLC)16825503 (DE-599)BVBBV009225691 |
| dewey-full | 579 |
| dewey-hundreds | 500 - Natural sciences and mathematics |
| dewey-ones | 579 - Microorganisms, fungi & algae |
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| dewey-search | 579 |
| dewey-sort | 3579 |
| dewey-tens | 570 - Biology |
| discipline | Biologie |
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| genre_facet | Einführung |
| id | DE-604.BV009225691 |
| illustrated | Not Illustrated |
| indexdate | 2024-07-09T17:33:26Z |
| institution | BVB |
| isbn | 0333417682 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-006134702 |
| oclc_num | 16825503 |
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| owner_facet | DE-29T |
| physical | XIV, 689 S. |
| publishDate | 1987 |
| publishDateSearch | 1987 |
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| publisher | Macmillan |
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| spelling | General microbiology Roger Y. Stanier ... 5. ed. London Macmillan 1987 XIV, 689 S. txt rdacontent n rdamedia nc rdacarrier Bis 4. Aufl. u.d.T.: Stanier, Roger Y.: General microbiology Einführung swd Microbiologie ram Mikrobiologie swd Microbiology Mikrobiologie (DE-588)4316357-9 gnd rswk-swf (DE-588)4151278-9 Einführung gnd-content Mikrobiologie (DE-588)4316357-9 s DE-604 Stanier, Roger Y. 1916-1982 Sonstige (DE-588)117724661 oth SWB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=006134702&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | General microbiology Einführung swd Microbiologie ram Mikrobiologie swd Microbiology Mikrobiologie (DE-588)4316357-9 gnd |
| subject_GND | (DE-588)4316357-9 (DE-588)4151278-9 |
| title | General microbiology |
| title_auth | General microbiology |
| title_exact_search | General microbiology |
| title_full | General microbiology Roger Y. Stanier ... |
| title_fullStr | General microbiology Roger Y. Stanier ... |
| title_full_unstemmed | General microbiology Roger Y. Stanier ... |
| title_short | General microbiology |
| title_sort | general microbiology |
| topic | Einführung swd Microbiologie ram Mikrobiologie swd Microbiology Mikrobiologie (DE-588)4316357-9 gnd |
| topic_facet | Einführung Microbiologie Mikrobiologie Microbiology |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=006134702&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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