Verfügbarkeit: Microbial physiology

Microbial physiology:

Gespeichert in:

Bibliographische Detailangaben
1. Verfasser:	Moat, Albert G. (VerfasserIn)
Format:	Buch
Sprache:	English
Veröffentlicht:	New York u.a. Wiley-Liss 1995
Ausgabe:	3. ed.
Schlagworte:	Microbiology Microorganisms > Physiology Bakterien Mikroorganismus Physiologie
Online-Zugang:	Inhaltsverzeichnis
Beschreibung:	XV, 580 S. Ill., graph. Darst.
ISBN:	0471012955 0471014524

Internformat

MARC


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Datensatz im Suchindex

_version_	1815695642943553536
adam_text	IMAGE 1 CONTENTS PREFACE XV 1 INTRODUCTION TO MICROBIAL PHYSIOLOGY 1 THE ESCHERICHIA COLI PARADIGM / 1 CELL STRUCTURE / 1 THE CELL SURFACE / 1 CELL WALL / 2 MEMBRANES / 3 CAPSULES / 4 ORGANS OF LOCOMOTION / 5 PILI OR FIMBRIAE / 5 RIBOSOMES / 5 SYNTHESIS OF DNA, RNA, AND PROTEIN / 6 METABOLIC AND GENETIC REGULATION / 9 MICROBIAL GENETICS / 10 CHEMICAL SYNTHESIS / 11 CHEMICAL COMPOSITION / 11 ENERGY / 14 OXIDATION-REDUCTION VERSUS FERMENTATION / 14 NITROGEN ASSIMILATION / 16 SPECIAL TOPICS / 18 MITOCHONDRIA / 18 ENDOSPORES / 19 GROWTH / 19 GROWTH CYCLE / 20 CONTINUOUS CULTURE / 22 VII IMAGE 2 VIII CONTENTS FACTORS AFFECTING GROWTH / 22 NUTRITION / 22 OXYGEN / 24 CARBON DIOXIDE / 25 TEMPERATURE / 25 HYDROGEN ION CONCENTRATION / 26 SUMMARY / 27 2 MACROMOLECULAR SYNTHESIS AND PROCESSING: DNA, RNA, AND PROTEIN SYNTHESIS 28 STRUCTURE OF DNA / 29 BACTERIAL NUCLEOID / 31 REP ELEMENTS / 36 DNA REPLICATION / 36 INITIATION OF DNA REPLICATION / 43 TERMINATION OF DNA REPLICATION AND CHROMOSOME PARTITIONING / 47 RNA SYNTHESIS: TRANSCRIPTION / 47 RNA SYNTHESIS / 47 PROTEIN-PROTEIN INTERACTIONS WITH RNA POLYMERASE / 51 RNA TURNOVER / 52 RNA PROCESSING / 52 PROTEIN SYNTHESIS: TRANSLATION / 56 TRANSFER RNA / 57 CHARGING OF TRNA / 60 RIBOSOME STRUCTURE / 61 INITIATION OF POLYPEPTIDE SYNTHESIS / 64 ELONGATION / 66 PEPTIDE-BOND FORMATION / 70 TRANSLOCATION / 71 TERMINATION / 71 RIBOSOME EDITING / 72 COUPLED TRANSCRIPTION AND TRANSLATION / 72 PROTEIN FOLDING AND CHAPERONES / 73 PROTEIN TRAFFICKING / 73 DEGRADATION OF ABNORMAL PROTEINS / 79 ANTIBIOTICS THAT AFFECT NUCLEIC ACID AND PROTEIN SYNTHESIS / 80 AGENTS AFFECTING DNA METABOLISM / 80 AGENTS AFFECTING TRANSCRIPTION / 85 AGENTS AFFECTING TRANSLATION / 86 SELECTED REFERENCES / 91 IMAGE 3 CONTENTS IX BACTERIAL GENETICS 94 TRANSFER OF GENETIC INFORMATION IN PROKARYOTES / 94 PLASMIDS / 95 NONCONJUGATIVE, MOBILIZABLE PLASMIDS / 95 RESISTANCE (R) PLASMIDS / 96 PLASMIDS IN OTHER BACTERIAL GENERA / 96 PLASMID REPLICATION CONTROL / 97 CONJUGATION / 100 TRANSFORMATION / 110 TRANSDUCTION / 114 RECOMBINATION / 117 GENERAL RECOMBINATION / 118 GENETICS OF RECOMBINATION / 120 TRANSPOSABLE ELEMENTS / 126 TRANSPOSON TN 10 I 130 TRANSPOSON TN 3 I 132 CONJUGATIVE TRANSPOSITION / 132 EVOLUTIONARY CONSIDERATION / 132 MUTAGENESIS / 133 SPONTANEOUS MUTATIONS / 134 THE NATURE OF MUTATIONAL EVENTS / 134 SUPPRESSOR OF MUTATIONS / 136 DIRECTED MUTATIONS / 138 DNA REPAIR SYSTEMS / 139 PHOTOREACTIVATION / 139 NUCLEOTIDE EXCISION REPAIR / 139 UVRD (HELICASE II) / 141 MISMATCH REPAIR / 142 DNA GLYCOSYLASES (BASE EXCISION REPAIR) / 142 ADAPTIVE RESPONSE TO METHYLATING AND ETHYLATING AGENTS / 144 POSTREPLICATION DAUGHTER STRAND GAP REPAIR / 144 SOS-INDUCIBLE REPAIR / 146 SELECTED REFERENCES / 149 REGULATION OF PROKARYOTIC GENE EXPRESSION 152 INTRODUCTION / 152 TRANSCRIPTIONAL CONTROL / 152 DNA-BINDING PROTEINS / 153 THE LAC OPERON / 155 CATABOLITE CONTROL / 158 THE GAL OPERON / 161 IMAGE 4 CONTENTS THE ARABINOSE OPERON / 161 THE TRP OPERON: REPRESSION AND ATTENUATION CONTROLS / 164 TRANSCRIPTIONAL ATTENUATION: THE PYRBI STRATEGY / 167 TRANSLATIONAL CONTROL: THE PYRC STRATEGY / 170 ARGININE / 171 MEMBRANE-MEDIATED REGULATION / 171 RECOMBINATIONAL REGULATION OF GENE EXPRESSION (FLAGELLAR PHASE VARIATION) / 171 TRANSLATIONAL REPRESSION / 174 COMMUNICATION WITH THE ENVIRONMENT: TWO COMPONENT SYSTEMS / 177 OSMOTIC CONTROL OF GENE EXPRESSION / 179 GLOBAL CONTROL NETWORKS: REGULATION AT THE WHOLE CELL LEVEL / 183 THE SOS RESPONSE / 185 HEAT SHOCK RESPONSES / 185 ELECTRON TRANSPORT: RESPIRATORY PATHWAYS / 187 STRINGENT CONTROL / 189 REGULATION OF NITROGEN ASSIMILATION AND NITROGEN FIXATION / 193 PHOSPHATE STARVATION-CONTROLLED STIMULON / 196 OXIDATION STRESS / 197 THE LON SYSTEM: PROTEOLYTIC CONTROL / 198 SELECTED REFERENCES / 199 BACTERIOPHAGE GENETICS 202 GENERAL CHARACTERISTICS OF BACTERIOPHAGE / 202 T4 PHAGE / 205 T4 PHAGE STRUCTURE / 205 GENERAL PATTERN OF GENE EXPRESSION / 209 T4 REPLICATION / 212 REGULATION OF T4 GENE EXPRESSION / 216 INTRONS IN T4 GENES / 217 LAMBDA PHAGE / 218 THE LYSIS-LYSOGENY DECISION / 219 CONTROL OF INTEGRATION AND EXCISION / 223 LAMBDA PHAGE REPLICATION / 225 LAMBDA AS A CLONING VECTOR / 227 MU PHAGE / 228 4 X174 / 232 CONCLUDING REMARKS / 235 SELECTED REFERENCES / 235 I IMAGE 5 CONTENTS XI 6 CELL STRUCTURE AND FUNCTION 237 THE EUKARYOTIC NUCLEUS / 237 BACTERIAL NUCLEOID / 239 NUCLEOSOMES / 243 MITOCHONDRIA / 246 CELL SURFACE OF MICROORGANISMS / 247 EUKARYOTIC CELL SURFACE / 247 PROKARYOTIC CELL SURFACE / 248 STRUCTURE AND SYNTHESIS OF BACTERIAL PEPTIDOGLYCAN / 249 TEICHOIC ACIDS AND LIPOTEICHOIC ACIDS / 257 OUTER MEMBRANES OF GRAM-NEGATIVE BACTERIA / 260 LIPOPOLYSACCHARIDES / 260 PORINS / 263 LIPOPOLYSACCHARIDE BIOSYNTHESIS / 264 ENTEROBACTERIAL COMMON ANTIGEN / 265 CYTOPLASMIC MEMBRANE AND OTHER MEMBRANOUS STRUCTURES / 266 CYTOPLASMIC MEMBRANE / 266 PERMEABILITY AND TRANSPORT / 269 PERIPLASM / 269 OTHER MEMBRANOUS ORGANELLES / 270 CAPSULES / 270 ORGANS OF LOCOMOTION / 278 CILIA AND FLAGELLA OF EUKARYOTES / 279 BACTERIAL FLAGELLA / 279 CHEMOTAXIS / 284 SWARMING PHENOMENON / 291 MOTILITY IN SPIROCHETES / 295 GLIDING MOTILITY / 296 PILI OR FIMBRIAE / 297 REFERENCES / 300 7 CARBOHYDRATE METABOLISM AND ENERGY PRODUCTION 305 GLYCOLYTIC PATHWAYS / 306 FRUCTOSE BISPHOSPHATE ALDOLASE (EMBDEN-MEYERHOF-PARNAS) PATHWAY / 306 HEXOSE MONOPHOSPHATE PATHWAYS / 308 PHOSPHOKETOLASE PATHWAY / 308 OXIDATIVE PENTOSE PHOSPHATE CYCLE / 309 ENTNER-DOUDOROFF OR KETOGLUCONATE PATHWAY / 312 GLUCONEOGENESIS / 314 TRICARBOXYLIC ACID CYCLE / 316 GLYOXYLATE CYCLE / 319 IMAGE 6 XII CONTENTS ENERGY PRODUCTION / 322 SUBSTRATE LEVEL PHOSPHORYLATION / 322 OXIDATIVE PHOSPHORYLATION / 325 MEASUREMENT OF PMF / 325 ENERGETICS OF CHEMOLITHOTROPHS / 332 PH HOMEOSTASIS / 334 TRANSPORT / 335 SPECIFIC TRANSPORT SYSTEMS / 338 PATHWAYS FOR UTILIZATION OF SUGARS OTHER THAN GLUCOSE / 344 PECTIN AND ALDOHEXURONATE PATHWAYS / 348 CELLULOSE DEGRADATION / 352 UTILIZATION OF STARCH, GLYCOGEN, AND RELATED COMPOUNDS / 355 METABOLISM OF AROMATIC COMPOUNDS / 357 FERMENTATION PATHWAYS IN SPECIFIC GROUPS OF MICROORGANISMS / 362 FERMENTATION BALANCES / 363 LACTIC ACID PRODUCING FERMENTATIONS / 367 BUTYRIC ACID AND SOLVENT-PRODUCING FERMENTATIONS / 376 FERMENTATION OF THE MIXED-ACID TYPE / 382 PROPIONIC ACID FERMENTATION / 385 ACETIC ACID FERMENTATION / 390 CHARACTERISTICS AND METABOLISM OF AUTOTROPHS / 390 MAJOR GROUPS OF AUTOTROPHS / 390 PHOTOSYNTHETIC BACTERIA AND CYANOBACTERIA / 391 AUTOTROPHIC CO2 FIXATION AND MECHANISMS OF PHOTOSYNTHESIS / 394 HYDROGEN BACTERIA / 398 NITRIFYING BACTERIA / 399 SULFUR BACTERIA / 399 IRON BACTERIA / 401 METHYLOTROPHS / 401 METHANOGENS / 403 REFERENCES / 405 8 LIPIDS AND STEROLS 410 LIPID COMPOSITION OF MICROORGANISMS / 411 STRAIGHT-CHAIN FATTY ACIDS / 411 BRANCHED-CHAIN FATTY ACIDS / 414 RING-CONTAINING FATTY ACIDS / 415 ALK-1-ENYL ETHERS (PLASMALOGENS) / 416 ALKYL ETHERS / 416 MICROBIAL LIPIDS / 418 GLYCOLIPIDS / 419 BIOSYNTHESIS OF FATTY ACIDS / 421 IMAGE 7 CONTENTS XIII BIOSYNTHESIS OF PHOSPHOLIPIDS / 426 DEGRADATION OF LIPIDS / 427 BIOSYNTHESIS OF MEVALONATE, SQUALENE, AND STEROLS / 430 REFERENCES / 434 9 NITROGEN METABOLISM 436 BIOLOGICAL NITROGEN FIXATION / 436 THE NITROGEN FIXATION PROCESS / 439 COMPONENTS OF THE NITROGENASE SYSTEM / 441 SYMBIOTIC NITROGEN FIXATION / 442 INORGANIC NITROGEN METABOLISM / 446 ASSIMILATION OF INORGANIC NITROGEN / 450 GENERAL REACTIONS OF AMINO ACIDS / 452 AMINO ACID DECARBOXYLASES / 452 AMINO ACID DEAMINASES / 453 AMINO ACID TRANSAMINASES (AMINOTRANSFERASES) / 456 AMINO ACID RACEMASES / 457 ROLE OF PYRIDOXAL-5'-PHOSPHATE IN ENZYMATIC REACTIONS WITH AMINO ACIDS / 458 THE STICKLAND REACTION / 459 REFERENCES / 459 10 AMINO ACIDS, PURINES, AND PYRIMIDINES 462 AMINO ACID BIOSYNTHESIS / 462 THE GLUTAMATE OR A-KETOGLUTARATE FAMILY / 463 GLUTAMINE AND GLUTATHIONE SYNTHESIS / 463 THE PROLINE PATHWAY / 463 AMINOLEVULINATE SYNTHESIS / 463 THE ARGININE PATHWAY / 464 POLYAMINE BIOSYNTHESIS / 468 LYSINE BIOSYNTHESIS IN FUNGI / 468 THE ASPARTATE AND PYRUVATE FAMILIES / 471 ASPARAGINE SYNTHESIS / 471 THE ASPARTATE PATHWAY / 472 THE BACTERIAL PATHWAY TO LYSINE / 473 THREONINE, ISOLEUCINE, AND METHIONINE FORMATION / 473 ISOLEUCINE, LEUCINE, AND VALINE BIOSYNTHESIS / 475 REGULATION OF THE ASPARTATE FAMILY / 476 THE SERINE-GLYCINE FAMILY / 480 AMINOLEVULINATE AND THE PATHWAY TO TETRAPYRROLES / 482 THE AROMATIC AMINO ACID PATHWAY / 484 PHENYLALANINE, TYROSINE, AND TRYPTOPHAN / 484 THE COMMON AROMATIC AMINO ACID PATHWAY / 484 IMAGE 8 XIV CONTENTS PATHWAYS TO TYROSINE AND PHENYLALANINE / 489 P-AMINOBENZOATE AND FOLATE BIOSYNTHESIS / 491 ENTEROBACTIN BIOSYNTHESIS / 491 BIOSYNTHETIC PATHWAY TO UBIQUINONE / 494 MENAQUINONE (VITAMIN K) BIOSYNTHESIS / 495 BIOSYNTHESIS OF NICOTINAMIDE ADENINE DINUCLEOTIDE (NAD) / 496 HISTIDINE BIOSYNTHESIS / 497 PURINES AND PYRIMIDINES / 500 BIOSYNTHESIS OF PURINES / 500 BIOSYNTHESIS OF PYRIMIDINES / 506 REGULATION OF PURINE AND PYRIMIDINE BIOSYNTHESIS / 507 INTERCONVERSION OF NUCLEOTIDES, NUCLEOSIDES, AND FREE BASES: SALVAGE PATHWAYS / 512 REFERENCES / 514 11 GROWTH AND ITS REGULATION 518 GROWTH OF GRAM-POSITIVE STREPTOCOCCI / 519 GROWTH OF GRAM-NEGATIVE RODS / 522 GROWTH OF GRAM-POSITIVE BACILLI / 533 EFFECT OF ENVIRONMENTAL CHANGES ON MICROBIAL GROWTH / 536 WATER / 539 OSMOTIC PRESSURE AND OSMOREGULATION / 539 HYDROGEN ION CONCENTRATION / 541 TEMPERATURE / 543 NUTRITION-STARVATION INDUCED PROTEINS / 545 HYDROSTATIC PRESSURE / 546 REFERENCES / 546 12 ENDOSPORE FORMATION (DIFFERENTIATION) 549 LIFE CYCLE OF BACILLUS I 549 CYTOLOGICAL ASPECTS OF BACTERIAL ENDOSPORE FORMATION / 550 PHYSIOLOGICAL AND GENETIC ASPECTS OF SPORULATION / 552 SPORULATION GENES / 552 ACTIVATION, GERMINATION, AND OUTGROWTH OF BACTERIAL ENDOSPORES / 558 ACTIVATION / 558 GERMINATION / 558 GERMINATION MONITORING / 559 GERMINATION LOCI / 559 MODELS OF SPORE GERMINATION / 559 METABOLIC CHANGES DURING GERMINATION / 560 OUTGROWTH / 561 REFERENCES / 561 INDEX 563
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spellingShingle	Moat, Albert G. Microbial physiology Microbiology Microorganisms Physiology Bakterien (DE-588)4004296-0 gnd Mikroorganismus (DE-588)4039226-0 gnd Physiologie (DE-588)4045981-0 gnd
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title	Microbial physiology
title_auth	Microbial physiology
title_exact_search	Microbial physiology
title_full	Microbial physiology Albert G. Moat ; John W. Foster
title_fullStr	Microbial physiology Albert G. Moat ; John W. Foster
title_full_unstemmed	Microbial physiology Albert G. Moat ; John W. Foster
title_short	Microbial physiology
title_sort	microbial physiology
topic	Microbiology Microorganisms Physiology Bakterien (DE-588)4004296-0 gnd Mikroorganismus (DE-588)4039226-0 gnd Physiologie (DE-588)4045981-0 gnd
topic_facet	Microbiology Microorganisms Physiology Bakterien Mikroorganismus Physiologie
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