Biotechnologische Prozesse können ohne fundierte Kenntnisse in klassischer Genetik, Molekulargenetik und Gentechnologie nicht verstanden werden. Band 2 bietet klar, konzentriert und umfassend die Information, die Wissenschaftler in der biotechnologischen Forschung und Produktion für ihre Arbeit brauchen.
Über die klassische Mutagenese hinaus gibt es heute eine Fülle von wirkungsvollen neuen Techniken, mit denen Organismen für spezielle Prozesse hergestellt werden können. Diese werden vorgestellt, und ihre Anwendungen in Industrie und Landwirtschaft werden beschrieben.
Auswahl behandelter Themen: Mutagenese/ Genetische Austauschprozesse/ Zellfusion/ Genkartierung, Transponierbare Elemente/ Genexpression/ Oligonukleotidsynthese/ Polymerase-Kettenreaktion (PCR)/ Transposons/ Vektoren/ Rekombinante Proteine/ Genamplifikation/ Transgene Pflanzen und Tiere/ Sicherheitskonzepte
CLASSICAL GENETICS
Mutagenesis
Genetic Exchange Processes for Prokaryotes
Genetic Exchange Processes in Lower Eukaryotes
Cell Fusion
Gene Mapping in Animals and Plants
MOLECULAR GENETICS
Structure and Function of DNA
Principles of Gene Expression
DNA Sequencing
DNA Synthesis
GENETIC ENGINEERING OF MICROORGANISMS
Principles of Genetic Engineering for Escherichia coli
Genetic Engineering of Gram Negative Bacteria
Genetic Engineering of Gram Positive Bacteria
Genetic Engineering of Yeast
Genetic Engineering of Filamentous Fungi
GENETIC ENGINEERING OF PLANTS
Genetic Engineering of Plant Cells
Transgenic Plants
GENETIC ENGINEERING OF ANIMALS
Genetic Engineering of Animal Cells
Transgenic Animals
BIOSAFETY CONCEPTS
Safety Aspects in Biotechnology
Without sufficient knowledge of classical and molecular genetics as well as of genetic engineering, it is not possible to fully unterstand biotechnological processes. Clear, concise and comprehensive, Volume 2 gives scientists all the information they need to carry out research and production in this field.
In Part I of the book the classical genetic techniques relevant to biotechnology are presented. Part II highlights the recent advances in molecular genetics which have revolutionized our knowledge in the field. Part III deals with the genetic engineering of microorganisms, and Parts IV and V concentrate on plants and animals - multicellular organsims which require special genetic engineering techniques. In the final Part VI biosafety concepts in modern biotechnology are treated.
Topics included are: Mutagenesis/ Genetic Exchange Processes/ Cell Fusion/ Gene Mapping/ Transposable Elements/ Gene Expression/ Synthesis of Oligonucleotides/ Polymerase Chain Reaction (PCR)/ Transposons/ Transformation Vectors/ Recombinant Proteins/ Gene Amplification/ Transgenic Plants and Animals/ Biosafety Concepts
CLASSICAL GENETICS
Mutagenesis
Genetic Exchange Processes for Prokaryotes
Genetic Exchange Processes in Lower Eukaryotes
Cell Fusion
Gene Mapping in Animals and Plants
MOLECULAR GENETICS
Structure and Function of DNA
Principles of Gene Expression
DNA Sequencing
DNA Synthesis
GENETIC ENGINEERING OF MICROORGANISMS
Principles of Genetic Engineering for Escherichia coli
Genetic Engineering of Gram Negative Bacteria
Genetic Engineering of Gram Positive Bacteria
Genetic Engineering of Yeast
Genetic Engineering of Filamentous Fungi
GENETIC ENGINEERING OF PLANTS
Genetic Engineering of Plant Cells
Transgenic Plants
GENETIC ENGINEERING OF ANIMALS
Genetic Engineering of Animal Cells
Transgenic Animals
BIOSAFETY CONCEPTS
Safety Aspects in Biotechnology
Über die klassische Mutagenese hinaus gibt es heute eine Fülle von wirkungsvollen neuen Techniken, mit denen Organismen für spezielle Prozesse hergestellt werden können. Diese werden vorgestellt, und ihre Anwendungen in Industrie und Landwirtschaft werden beschrieben.
Auswahl behandelter Themen: Mutagenese/ Genetische Austauschprozesse/ Zellfusion/ Genkartierung, Transponierbare Elemente/ Genexpression/ Oligonukleotidsynthese/ Polymerase-Kettenreaktion (PCR)/ Transposons/ Vektoren/ Rekombinante Proteine/ Genamplifikation/ Transgene Pflanzen und Tiere/ Sicherheitskonzepte
CLASSICAL GENETICS
Mutagenesis
Genetic Exchange Processes for Prokaryotes
Genetic Exchange Processes in Lower Eukaryotes
Cell Fusion
Gene Mapping in Animals and Plants
MOLECULAR GENETICS
Structure and Function of DNA
Principles of Gene Expression
DNA Sequencing
DNA Synthesis
GENETIC ENGINEERING OF MICROORGANISMS
Principles of Genetic Engineering for Escherichia coli
Genetic Engineering of Gram Negative Bacteria
Genetic Engineering of Gram Positive Bacteria
Genetic Engineering of Yeast
Genetic Engineering of Filamentous Fungi
GENETIC ENGINEERING OF PLANTS
Genetic Engineering of Plant Cells
Transgenic Plants
GENETIC ENGINEERING OF ANIMALS
Genetic Engineering of Animal Cells
Transgenic Animals
BIOSAFETY CONCEPTS
Safety Aspects in Biotechnology
Without sufficient knowledge of classical and molecular genetics as well as of genetic engineering, it is not possible to fully unterstand biotechnological processes. Clear, concise and comprehensive, Volume 2 gives scientists all the information they need to carry out research and production in this field.
In Part I of the book the classical genetic techniques relevant to biotechnology are presented. Part II highlights the recent advances in molecular genetics which have revolutionized our knowledge in the field. Part III deals with the genetic engineering of microorganisms, and Parts IV and V concentrate on plants and animals - multicellular organsims which require special genetic engineering techniques. In the final Part VI biosafety concepts in modern biotechnology are treated.
Topics included are: Mutagenesis/ Genetic Exchange Processes/ Cell Fusion/ Gene Mapping/ Transposable Elements/ Gene Expression/ Synthesis of Oligonucleotides/ Polymerase Chain Reaction (PCR)/ Transposons/ Transformation Vectors/ Recombinant Proteins/ Gene Amplification/ Transgenic Plants and Animals/ Biosafety Concepts
CLASSICAL GENETICS
Mutagenesis
Genetic Exchange Processes for Prokaryotes
Genetic Exchange Processes in Lower Eukaryotes
Cell Fusion
Gene Mapping in Animals and Plants
MOLECULAR GENETICS
Structure and Function of DNA
Principles of Gene Expression
DNA Sequencing
DNA Synthesis
GENETIC ENGINEERING OF MICROORGANISMS
Principles of Genetic Engineering for Escherichia coli
Genetic Engineering of Gram Negative Bacteria
Genetic Engineering of Gram Positive Bacteria
Genetic Engineering of Yeast
Genetic Engineering of Filamentous Fungi
GENETIC ENGINEERING OF PLANTS
Genetic Engineering of Plant Cells
Transgenic Plants
GENETIC ENGINEERING OF ANIMALS
Genetic Engineering of Animal Cells
Transgenic Animals
BIOSAFETY CONCEPTS
Safety Aspects in Biotechnology