Verfügbarkeit: Microbe :: THWS Bibkatalog

Microbe: das Original mit Übersetzungshilfen

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Bibliographische Detailangaben
Späterer Titel:	Swanson, Michele Microbe
Hauptverfasser:	Schaechter, Moselio 1928- (VerfasserIn), Ingraham, John L. 1924- (VerfasserIn), Neidhardt, Frederick C. 1931- (VerfasserIn)
Format:	Buch
Sprache:	English German
Veröffentlicht:	München Elsevier 2007
Ausgabe:	1. Aufl.
Schriftenreihe:	Easy Reading
Schlagworte:	Mikrobiologie Lehrbuch
Online-Zugang:	Inhaltstext Inhaltsverzeichnis
Beschreibung:	Text engl.
Beschreibung:	XXII, 536 Seiten Ill., graph. Darst.
ISBN:	9783827417985 3827417988

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Datensatz im Suchindex

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adam_text	Contents Geleitwort xviii Preface About the Authors Study Aids xxu section chapter Introduction What is a microbe? Having a long past Being small Being many Growing and persisting Colonizing every niche and making Earth inhabitable Shaping the planet Making a living Cooperating for complex endeavors Conclusions Study questions s n chapter function: envelopes and appendages Pro Microscopes Newer microscopes Scanned-proximjty probe microscopes CONTENTS Molecular stains Prokaryotes have complex envelopes and appendages The cell membrane How the cell membrane is protected The gram-positive solution The gram-negative solution The acid-fast solution Crystalline surface layers Bacteria without ceil walls: the mycoplasmas Cell envelopes of the Archaea Capsules, certain environments Capsules and slime layers Flagella Pih Study questions chapter function: the cell interior General observations The nucleoid The cytoplasm Inclusions and vesicles Gas vesicles 4S Organelles for photosynthesis and chemosynthesis Carboxysomes Enterosomes Storage granules and others Conclusions Study questions section chapter Introduction How to measure growth of a bacterial culture When should the growth rate be determined? The law of growth Balanced growth Continuous culture How is rate? Effects of temperature, hydrostatic pressure, osmotic strength, and Temperature Effect on gxowth rate Classifying the Growth ijmjcs at Lethal effects CONTENTS ix Hydrostatic pressure Osmotic pressure pH 68 Conclusions Study questions chapter Introduction Growth metabolism: making life from nonlife Framework of growth metabolism Making two from one Assembling cell structures Making rnacromolecules Synthesizing building blocks fueling Global effects of growth metabolism Larth's chemical cycles Hiorernediation Summary and plan Study questions chapter Overview of fueling reactions Getting energy and reducing power Driving force and its generation Substrate level phosphorylation and fermentation iransmembrane ion gradients Respi.rau.on. Photosynthesis Enzyme, Scalar reactions Oxygen and life Making precursor metabolites: heterotrophy Acquiring nutrients Tia.nsport through the OM of gram Transport through the cell membrane Feeder pathways Central metabolism Common pathways Auxiliary pathways of Dive.cs.iry a.nd flexibility of Making precursor metabolites: autotrophy The Calvin cycle Other confixing cycles Summary Study questions chapter Some general observations Biosynthesis and nutrition Bacterial studies and biosynthetic pathways The concept ofa biosynthetic pathway CONTENTS Assimilation Central Synthesis of Getting ammonia Ammonia from dlnitrogen Assimilation of sulfur Assimilation of phosphorus Pathways to building blocks Amino Nucleotides Sugars and sugar-like derivatives Fatty acids and lipids Summary Study questions chapter Introduction DNA 132 Overview of replication Initiation of replication DNA Repair of errors in replication Termination of replication Protecting the Assembly of the nucleoid RNA Overview of transcription ÏUSA-P Products Initiation of transcription The promoter .Starting the transcript. RNA Termination of transcription Fate of transcripts Life and death of mRNA Modification and assembly Polymerase Protein Special tempo and mode of protein synthesis Translation Initiation of protein synthesis Polypeptide chain elongation Termination of translation Processing of proteins Covaient modification Protein folding Translocation Envelope formation Challenges The cell membrane The cell wall Th CONTENTS Appendages Capsules Concluding remarks Study questions chapter Introduction Strategies for studying the bacterial cell cycle DNA How is Cell division Morphological considerations How is the septum formed; How does a bacterium find its middle7 The connection between cell division and replication Cell division and plasmid replication The prokaryotic equivalent of mitosis Study questions S et ion chapter Introduction Exchange of Transformation Artificial transformation Natura! Transduction Generalised tra.nsduc.uon Abortive txansdticnon Specialized rra.nsducti.on Conjugation Conjugation among gram Conjugation among gram-posihve bacteria Mutation and sources of genetic variation among prokaryotes Kinds of mutations Sources of mutations Mutagens Site-directed mutagenesls Genomics Annotation Relatedness Conclusions Study questions chapter Overview Sequence of bases in macromolecules CONTENTS Small Proteins as markers of evolution The universal ancestor Origin of life Mechanisms of bacterial evolution Darwinism Neo Lamarckism Early eukaryotes and endosymbiosis Evolution of molecules Conclusions Study questions section chapter Introduction Evidence for coordination of metabolic reactions Coordination In biosynthesis Coordination in fueling Coordination in polymerization 2?3 Two modes of regulation Controlling enzyme activity Controlling enzyme amounts Why Two modes of regulation7 Modulation of protein activity Allosterie interactions Allostety Allostery Covalent modification Modulation of protein amounts Regulation, of operon expression Mechanisms at site Mechanisms at sires a.ctjva.tion; and enhancement Mechaxusms at site Mechanisms at site Mechanisms at sire Mechanjsms ar site Mechanisms at site Mechanisms at site Regulation beyond the operon Regulatory units above the operon Examples of global regulatory systems Cooperative interaction of regulatory devices Summary and conclusions: networks for coordination and response Study questions chapter Microbes in their habitat Coping with stress as individual cells Nature of stress CONTENTS Overview of stress responses Sensing the environment Com.pl.ex circuitry for co.mp.lex responses M.o.n.noimg sumuioas Major stress response networks Global xesp-oose The Stress responses and microbial diversity Stress responses and safety in numbers Coping with stress by escaping .Flagellai moti li Swarming G.1 i d i ng Twitching Coping with stress by community effort Sensing the population Formation of organized communities Quorum sensing, motihty, and Conclusions Study questions chapter Overview Endospores Properties Phylogenetic distribution Formation Programming and regulation Activation of SpoOA Activity Sporulation: a Development of Caulobacter crescentus The cell cycle Genetic control of development Development of myxobacteria Regulation of development Other bacteria that undergo differentiation and development Summary Study questions section chapter is prokaryoticmicrobes Introduction Making order of prokaryotic diversity Prokaryotic species Extent of prokaryotic diversity Higher Archaea Crenarchaeota CONTENTS Euryarchaeota 299 Melijanogens 300 Bxtieme bajophjles 301 Bacteria Phylum Phylum Phylum B12:Proteobacteria AJphaproteobacteria Betaproteobactena and Gaijxmapioceobactena Phylum B1 Conclusions Study questions chapter Introduction Fungi The yeasts The fungal lifestyle Why is yeast such a popular genetic tool? Protists Paramecium Pliiímodíum, Diatoms and others Conclusions Study questions chapter Introduction Size and shape Ecology and classification Viral replication Attachment and penetration Viral nucleic acid synthesis a theme with variations Making viral proteins Virion assembly and release from the host cell Visualizing and quantitating viral growth Lysogeny and integration into the host genome Introduction How does the genome of a temperate phage become integrated into that of a host cell7 How does the integrated viral genome remain quiescent? What causes viral induction7 Deciding between lysogeny and lysis What are the genetic consequences of lysogeny7 What is the effect of lysoqeny in evolution7 Viroids and Viroids 34S Prions Conclusions Study questions CONTENTS section vu chapter Overview Methods of microbial ecology Fnrichment culture Studying microbes in the laboratory and in their natural environments Biogeochemical cycles Carbon and oxygen cycles The nitrogen cycle 1 The phosphorus cycle Solid substrates Microbial ecosystems Soil Oceans Microbes, climates, and weather The future of microbial ecology Conclusions Study questions chapter antibiosis Symbiosis ntroduction Mitochondria, chloroplasts, and the origin of eukaryotic cells Bacterial endosymbionts of insects: organelles in the making? Nitrogen-fixing bacteria and the legumes The rumen and its microbes Feeding via a murderous partnership: bacteria and nematodes Leaf cutting ants, fungi, and bacteria Behavioral changes due to parasitism Reckless rats and fatal attraction The urge to climb When is a flower not a flower? Prédation Antibiotics and bacteriocins Conclusions Study questions chapter Introduction Encounter Entry Becoming established Causing damage CONTENTS Host defenses Innate defenses "Externa! In ussues How do microbes evade die Intraceljular J.iie Adaptive defenses Antibodies Cell-mediated immunity Immunologica] memory How do .microbes defend themselves agamsr adaptive i.nxm unity? Integration of the defense mechanisms Conclusions Study questions chapter Introduction Case reports ìetanus, a An outbteak of hemorrhagie colitis, a complicated infection caused by ТВ, Infectious mononucleosis: the "kissing disease* How does RBV cause, infectious mono? How do'es £BV persist How does EBV contribute to cancer? HIV Conclusions Study questions chapter Introduction How infectious diseases change Microbial agents of warfare Smallpox Anthrax Anthrax as a weapon A microbiological ruse Coping with danger in a microbial World Sanitation Vaccination Antimicrobial drugs Conclusion Suggested reading Study questions chapter Introduction Various uses of microbes Making better wines: the Protecting plants and making snow: Ice-minus bacteria CONTENTS Using microbes to make protein drugs: insulin and human growth hormone (hGH) Microbial enzymes: sweeteners from corn Biological insecticides: Bt Undoing pollution: bioremediation Conclusion Study questions Coda Glossar 475 Answers to Study Questions Figure and Table Credits Internetlinks zur Mikrobiologie 513 Index
adam_txt	Contents Geleitwort xviii Preface About the Authors Study Aids xxu section chapter Introduction What is a microbe? Having a long past Being small Being many Growing and persisting Colonizing every niche and making Earth inhabitable Shaping the planet Making a living Cooperating for complex endeavors Conclusions Study questions s n chapter function: envelopes and appendages Pro Microscopes Newer microscopes Scanned-proximjty probe microscopes CONTENTS Molecular stains Prokaryotes have complex envelopes and appendages The cell membrane How the cell membrane is protected The gram-positive solution The gram-negative solution The acid-fast solution Crystalline surface layers Bacteria without ceil walls: the mycoplasmas Cell envelopes of the Archaea Capsules, certain environments Capsules and slime layers Flagella Pih Study questions chapter function: the cell interior General observations The nucleoid The cytoplasm Inclusions and vesicles Gas vesicles 4S Organelles for photosynthesis and chemosynthesis Carboxysomes Enterosomes Storage granules and others Conclusions Study questions section chapter Introduction How to measure growth of a bacterial culture When should the growth rate be determined? The law of growth Balanced growth Continuous culture How is rate? Effects of temperature, hydrostatic pressure, osmotic strength, and Temperature Effect on gxowth rate Classifying the Growth ijmjcs at Lethal effects CONTENTS ix Hydrostatic pressure Osmotic pressure pH 68 Conclusions Study questions chapter Introduction Growth metabolism: making life from nonlife Framework of growth metabolism Making two from one Assembling cell structures Making rnacromolecules Synthesizing building blocks fueling Global effects of growth metabolism Larth's chemical cycles Hiorernediation Summary and plan Study questions chapter Overview of fueling reactions Getting energy and reducing power Driving force and its generation Substrate level phosphorylation and fermentation iransmembrane ion gradients Respi.rau.on. Photosynthesis Enzyme, Scalar reactions Oxygen and life Making precursor metabolites: heterotrophy Acquiring nutrients Tia.nsport through the OM of gram Transport through the cell membrane Feeder pathways Central metabolism Common pathways Auxiliary pathways of Dive.cs.iry a.nd flexibility of Making precursor metabolites: autotrophy The Calvin cycle Other confixing cycles Summary Study questions chapter Some general observations Biosynthesis and nutrition Bacterial studies and biosynthetic pathways The concept ofa biosynthetic pathway CONTENTS Assimilation Central Synthesis of Getting ammonia Ammonia from dlnitrogen Assimilation of sulfur Assimilation of phosphorus Pathways to building blocks Amino Nucleotides Sugars and sugar-like derivatives Fatty acids and lipids Summary Study questions chapter Introduction DNA 132 Overview of replication Initiation of replication DNA Repair of errors in replication Termination of replication Protecting the Assembly of the nucleoid RNA Overview of transcription ÏUSA-P Products Initiation of transcription The promoter .Starting the transcript. RNA Termination of transcription Fate of transcripts Life and death of mRNA Modification and assembly Polymerase Protein Special tempo and mode of protein synthesis Translation Initiation of protein synthesis Polypeptide chain elongation Termination of translation Processing of proteins Covaient modification Protein folding Translocation Envelope formation Challenges The cell membrane The cell wall Th CONTENTS Appendages Capsules Concluding remarks Study questions chapter Introduction Strategies for studying the bacterial cell cycle DNA How is Cell division Morphological considerations How is the septum formed; How does a bacterium find its middle7 The connection between cell division and replication Cell division and plasmid replication The prokaryotic equivalent of mitosis Study questions S et ion chapter Introduction Exchange of Transformation Artificial transformation Natura! Transduction Generalised tra.nsduc.uon Abortive txansdticnon Specialized rra.nsducti.on Conjugation Conjugation among gram Conjugation among gram-posihve bacteria Mutation and sources of genetic variation among prokaryotes Kinds of mutations Sources of mutations Mutagens Site-directed mutagenesls Genomics Annotation Relatedness Conclusions Study questions chapter Overview Sequence of bases in macromolecules CONTENTS Small Proteins as markers of evolution The universal ancestor Origin of life Mechanisms of bacterial evolution Darwinism Neo Lamarckism Early eukaryotes and endosymbiosis Evolution of molecules Conclusions Study questions section chapter Introduction Evidence for coordination of metabolic reactions Coordination In biosynthesis Coordination in fueling Coordination in polymerization 2?3 Two modes of regulation Controlling enzyme activity Controlling enzyme amounts Why Two modes of regulation7 Modulation of protein activity Allosterie interactions Allostety Allostery Covalent modification Modulation of protein amounts Regulation, of operon expression Mechanisms at site Mechanisms at sires a.ctjva.tion; and enhancement Mechaxusms at site Mechanisms at site Mechanisms at sire Mechanjsms ar site Mechanisms at site Mechanisms at site Regulation beyond the operon Regulatory units above the operon Examples of global regulatory systems Cooperative interaction of regulatory devices Summary and conclusions: networks for coordination and response Study questions chapter Microbes in their habitat Coping with stress as individual cells Nature of stress CONTENTS Overview of stress responses Sensing the environment Com.pl.ex circuitry for co.mp.lex responses M.o.n.noimg sumuioas Major stress response networks Global xesp-oose The Stress responses and microbial diversity Stress responses and safety in numbers Coping with stress by escaping .Flagellai moti li Swarming G.1 i d i ng Twitching Coping with stress by community effort Sensing the population Formation of organized communities Quorum sensing, motihty, and Conclusions Study questions chapter Overview Endospores Properties Phylogenetic distribution Formation Programming and regulation Activation of SpoOA Activity Sporulation: a Development of Caulobacter crescentus The cell cycle Genetic control of development Development of myxobacteria Regulation of development Other bacteria that undergo differentiation and development Summary Study questions section chapter is prokaryoticmicrobes Introduction Making order of prokaryotic diversity Prokaryotic species Extent of prokaryotic diversity Higher Archaea Crenarchaeota CONTENTS Euryarchaeota 299 Melijanogens 300 Bxtieme bajophjles 301 Bacteria Phylum Phylum Phylum B12:Proteobacteria AJphaproteobacteria Betaproteobactena and Gaijxmapioceobactena Phylum B1 Conclusions Study questions chapter Introduction Fungi The yeasts The fungal lifestyle Why is yeast such a popular genetic tool? Protists Paramecium Pliiímodíum, Diatoms and others Conclusions Study questions chapter Introduction Size and shape Ecology and classification Viral replication Attachment and penetration Viral nucleic acid synthesis a theme with variations Making viral proteins Virion assembly and release from the host cell Visualizing and quantitating viral growth Lysogeny and integration into the host genome Introduction How does the genome of a temperate phage become integrated into that of a host cell7 How does the integrated viral genome remain quiescent? What causes viral induction7 Deciding between lysogeny and lysis What are the genetic consequences of lysogeny7 What is the effect of lysoqeny in evolution7 Viroids and Viroids 34S Prions Conclusions Study questions CONTENTS section vu chapter Overview Methods of microbial ecology Fnrichment culture Studying microbes in the laboratory and in their natural environments Biogeochemical cycles Carbon and oxygen cycles The nitrogen cycle 1 The phosphorus cycle Solid substrates Microbial ecosystems Soil Oceans Microbes, climates, and weather The future of microbial ecology Conclusions Study questions chapter antibiosis Symbiosis ntroduction Mitochondria, chloroplasts, and the origin of eukaryotic cells Bacterial endosymbionts of insects: organelles in the making? Nitrogen-fixing bacteria and the legumes The rumen and its microbes Feeding via a murderous partnership: bacteria and nematodes Leaf cutting ants, fungi, and bacteria Behavioral changes due to parasitism Reckless rats and fatal attraction The urge to climb When is a flower not a flower? Prédation Antibiotics and bacteriocins Conclusions Study questions chapter Introduction Encounter Entry Becoming established Causing damage CONTENTS Host defenses Innate defenses "Externa! In ussues How do microbes evade die Intraceljular J.iie Adaptive defenses Antibodies Cell-mediated immunity Immunologica] memory How do .microbes defend themselves agamsr adaptive i.nxm unity? Integration of the defense mechanisms Conclusions Study questions chapter Introduction Case reports ìetanus, a An outbteak of hemorrhagie colitis, a complicated infection caused by ТВ, Infectious mononucleosis: the "kissing disease* How does RBV cause, infectious mono? How do'es £BV persist How does EBV contribute to cancer? HIV Conclusions Study questions chapter Introduction How infectious diseases change Microbial agents of warfare Smallpox Anthrax Anthrax as a weapon A microbiological ruse Coping with danger in a microbial World Sanitation Vaccination Antimicrobial drugs Conclusion Suggested reading Study questions chapter Introduction Various uses of microbes Making better wines: the Protecting plants and making snow: Ice-minus bacteria CONTENTS Using microbes to make protein drugs: insulin and human growth hormone (hGH) Microbial enzymes: sweeteners from corn Biological insecticides: Bt Undoing pollution: bioremediation Conclusion Study questions Coda Glossar 475 Answers to Study Questions Figure and Table Credits Internetlinks zur Mikrobiologie 513 Index
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spelling	Schaechter, Moselio 1928- Verfasser (DE-588)132144794 aut Microbe das Original mit Übersetzungshilfen Moselio Schaechter ; John L. Ingraham ; Frederick C. Neidhardt 1. Aufl. München Elsevier 2007 XXII, 536 Seiten Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Easy Reading Text engl. Mikrobiologie (DE-588)4316357-9 gnd rswk-swf (DE-588)4123623-3 Lehrbuch gnd-content Mikrobiologie (DE-588)4316357-9 s b DE-604 Ingraham, John L. 1924- Verfasser (DE-588)132144808 aut Neidhardt, Frederick C. 1931- Verfasser (DE-588)132144832 aut Gefolgt von Swanson, Michele Microbe (DE-604)BV043703853 text/html http://deposit.dnb.de/cgi-bin/dokserv?id=2849088&prov=M&dok_var=1&dok_ext=htm Inhaltstext Digitalisierung UB Regensburg application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=014959529&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis
spellingShingle	Schaechter, Moselio 1928- Ingraham, John L. 1924- Neidhardt, Frederick C. 1931- Microbe das Original mit Übersetzungshilfen Mikrobiologie (DE-588)4316357-9 gnd
subject_GND	(DE-588)4316357-9 (DE-588)4123623-3
title	Microbe das Original mit Übersetzungshilfen
title_auth	Microbe das Original mit Übersetzungshilfen
title_exact_search	Microbe das Original mit Übersetzungshilfen
title_exact_search_txtP	Microbe das Original mit Übersetzungshilfen
title_full	Microbe das Original mit Übersetzungshilfen Moselio Schaechter ; John L. Ingraham ; Frederick C. Neidhardt
title_fullStr	Microbe das Original mit Übersetzungshilfen Moselio Schaechter ; John L. Ingraham ; Frederick C. Neidhardt
title_full_unstemmed	Microbe das Original mit Übersetzungshilfen Moselio Schaechter ; John L. Ingraham ; Frederick C. Neidhardt
title_new	Swanson, Michele Microbe
title_short	Microbe
title_sort	microbe das original mit ubersetzungshilfen
title_sub	das Original mit Übersetzungshilfen
topic	Mikrobiologie (DE-588)4316357-9 gnd
topic_facet	Mikrobiologie Lehrbuch
url	http://deposit.dnb.de/cgi-bin/dokserv?id=2849088&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=014959529&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv	AT schaechtermoselio microbedasoriginalmitubersetzungshilfen AT ingrahamjohnl microbedasoriginalmitubersetzungshilfen AT neidhardtfrederickc microbedasoriginalmitubersetzungshilfen

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