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Here is an exhaustive exploration of all aspects of research on organelle genomes. This outstanding new volume reviews the properties of chloroplast and mitorchondrial genomes, describing in depth their structure, gene content, expression, evolution, and genetics.The book takes readers to the outer limits of contemporary research, showing how the study of genomes contributes to the solution of important problems in molecular biology. It covers a wide range of problems from the use of organelle DNA molecules in taxonomic and phylogenetic studies to molecular investigations of the mechanisms underlying RNA editing, intron splicing and mobility, protein import, and mitochondrial disease.This unique text is designed for an introductory course in organelle genetics at the graduate or advanced undergraduate level. It is of special interest to professionals in the fields of molecular and cell biology, genetics, and evolution.

Chloroplast DNA. --- Cytoplasmic inheritance. --- Extrachromosomal DNA. --- Mitochondrial DNA. --- Mitochondria. --- Mitochondria --- Chloroplasts --- Cytoplasmic dna --- Cytoplasmic inheritance

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Zea mays --- Zea mays --- Cytoplasmic inheritance --- Cytoplasmic inheritance --- Male infertility --- Male infertility --- Plant physiology --- Plant physiology --- Yield factors --- Yield factors

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Cytoplasmic inheritance --- Cell organelles --- 575 --- Organelles, Cell --- Cytoplasm --- Cytoplasmic heredity --- Cytogenetics --- Heredity --- General genetics. General cytogenetics. Immunogenetics. Evolution. Speciation. Phylogeny --- Cytoplasmic inheritance. --- Cell organelles. --- Basic Sciences. Genetics --- Genetics (General) --- Genetics (General). --- 575 General genetics. General cytogenetics. Immunogenetics. Evolution. Speciation. Phylogeny --- ORGANELLES --- CYTOPLASMIC MALE STERILITY --- FUNGI --- VIRUSES --- PROTOZOA --- ENDOSYMBIOSIS --- PLASMIDS --- CHLOROPLASTS --- MITOCHONDRIA --- CYTOPLASMIC INHERITANCE --- EXTRANUCLEAR GENETICS --- EVOLUTION

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This book captures in a single volume the wealth of information on the plasmid structure, function, and biology of all organisms that have been examined to date. Plasmids exhibit wide variations in size, modes of replication and transmission, host ranges, and the genes they carry and have provided us with a great understanding of basic life principles at the molecular level. Written by experts in the field, this book is a valuable source of up-to-date information, delivering the latest impacts on studies in the areas of plasmid types, genomes, purification analysis, and expression of recombinant proteins in bacteria. Plasmid utilization in the synthesis of plasmid-based vaccines, plasmids as genetic tools, and their applications in ecology and the evolutionary process are also covered. This book is a single source of valuable information for instructors and students in advanced undergraduate and graduate courses on plasmids. It will also appeal to researchers seeking to find new relationships between biological processes that are linked by plasmids to the environment.

Plasmids. --- Paragenes --- Cytoplasmic inheritance --- Genetic vectors --- Mobile genetic elements --- Extrachromosomal DNA --- Life Sciences --- Molecular Genetics --- Microbiology --- Genetics and Molecular Biology --- Biochemistry

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Translocation (Genetics) --- Plasmids --- periodicals --- Extrachromosomal Inheritance. --- Plasmids. --- Plasmides --- Cytoplasmic Inheritance --- Extranuclear Inheritance --- Inheritance, Cytoplasmic --- Inheritance, Extrachromosomal --- Inheritance, Extranuclear --- Paragenes --- DNA, Chloroplast --- Cytoplasmic inheritance --- Genetic vectors --- Mobile genetic elements --- Extrachromosomal DNA --- Extrachromosomal Inheritance --- periodicals. --- Episome --- Plasmid --- Episomes --- Virophages --- DNA Transposable Elements --- Translocation, Genetic. --- Chromosomal Translocation --- Translocation, Chromosomal --- Chromosomal Translocations --- Genetic Translocation --- Genetic Translocations --- Translocations, Chromosomal --- Translocations, Genetic --- Gene Rearrangement --- Translocation, Genetic --- Periodical.