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Membranes (Biology). --- Mitochondria. --- Chloroplast membranes.
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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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Plant organelles. --- Cell organelles --- Plant genetics. --- Formation. --- CHLAMYDOMONAS --- ORGANELLES --- GENETICS --- HIGHER PLANTS --- PLASTIDS --- ORGANELLE MUTATIONS --- CHLOROPLAST DNA --- PLANTS --- MITOCHONDRIAL DNA --- GENE EXPRESSION --- CYTOPLASMIC MALE STERILITY --- BIOGENESIS --- CHLOROPLASTS --- PROTEIN SYNTHESIS --- MITOCHONDRIA --- PROTEINS --- GLYOXYSOMES --- STRUCTURE --- PEROXISOMES --- REVIEWS --- EVOLUTION --- CONTROL
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Biochemical evolution --- Chemical evolution --- Evolution moléculaire --- Genetica [Moleculaire ] --- Génétique moléculaire --- Moleculaire evolutie --- Moleculaire genetica --- Molecular evolution --- Molecular genetics --- Molecular evolution. --- Molecular genetics. --- Chemical evolution. --- Cell organelles. --- Cell organelles --- Genetics. --- Genetics --- Bacteria --- Chloroplast genetic --- Drosophila --- Evolution --- Rna, ribosomal --- Selfish genes --- Viruses
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Although researchers can profitably investigate heme, chlorophyll, and related tetrapyrroles in a wide range of academic and medical research programs, the handling and manipulation of these delicate compounds requires considerable skill and cross-boundary knowledge. In Heme, Chlorophyll, and Bilins: Methods and Protocols, an interdisciplinary panel of hands-on investigators overcomes these limitations by describing in detail how to work successfully with chlorophyll, heme, and bilins in biological, medical, chemical, and biochemical research. Each method is presented by a researcher who actually uses it on a daily basis and includes step-by-step instructions and pertinent tricks-of-the-trade that often make the difference between laboratory success and failure. Topics range from methods for the analysis of tetrapyrroles, heme, and hemoproteins, to the biosynthesis and the analysis of chlorophyll and bilins. Timely and highly practical, Heme, Chlorophyll, and Bilins: Methods and Protocols is a gold-standard collection of readily reproducible techniques suitable for a wide range of researchers, whether it be a clinician studying photodynamic therapy, an ecologist studying the chlorophyll composition of leaves in a tropical forest, or a cell biologist investigating the function of specific hemoproteins.
Botany. --- Plant Sciences. --- Botanical science --- Phytobiology --- Phytography --- Phytology --- Plant biology --- Plant science --- Biology --- Natural history --- Plants --- Floristic botany --- Tetrapyrroles. --- Chlorophyll. --- Heme. --- Plant pigments. --- Phytochemicals --- Pigments (Biology) --- Chromatophores --- Plastids --- Hematin --- Porphyrins --- Chloroplast pigments --- Photosynthetic pigments --- Plant photoreceptors --- Tetrapyrroles --- Pigments --- Color
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1. Defining the Organism. 2. Constructing Heredity. 3. Challenging the Nuclear Monopoly of the Cell in Germany. 4. T.M. Sonneborn: Making Plasmagenes in America. 5. Boris Ephrussi and the Birth of Genetics in France. 6. The Cold War in Genetics. 7. Problems with ""Master Molecules"". 8. Patterns of Power
Cytoplasmic inheritance. --- Cytogenetics. --- Cytoplasmic heredity --- Cytogenetics --- Heredity --- Cytology --- Genetics --- Cytoplasmic inheritance --- Extrachromosomal Inheritance --- 575.13 --- $?$88/6 --- Cytoplasmic Inheritance --- Extranuclear Inheritance --- Inheritance, Cytoplasmic --- Inheritance, Extrachromosomal --- Inheritance, Extranuclear --- Plasmids --- DNA, Chloroplast
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An understanding of plant diversity at both the genome and phenome level is important for both biodiversity conservation and plant breeding. Recent advances in genomics have also resulted in a growth of the subject of plant functional genomics. This book brings these areas together, by reviewing aspects of plant evolution as it relates to variation in plant genomes and associated variations in plant phenomes. Topics covered include chloroplast and mitochondrial genomes, reticulate evolution. Polyploidy, population genetics within a species, the evolution of the flower, diversity in plant cell walls and in secondary metabolism, and the importance of plant diversity in ecology and agriculture. Contributors include leading authorities from Europe, the U.S., Australia, and New Zealand.
Angiosperme --- angiosperms --- Plante sauvage --- Wild plants --- Plante de culture --- Crops --- Taxonomie --- taxonomy --- Évolution --- evolution --- phenotypes --- Génotype --- genotypes --- Nombre chromosomique --- chromosome number --- Génétique des populations --- population genetics --- Morphologie végétale --- Plant morphology --- Physiologie végétale --- Plant physiology --- Plant diversity. --- Plants --- Evolution. --- GEN Genetics & Population Genetics --- Angiospermae = Angiosperms --- chloroplast DNA --- flower evolution --- genetics --- phylogeny --- polyploidy --- reticulate evolution --- secondary metabolites --- evolution.
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Plant molecular biology. --- Plant genetics. --- PHY Physiology & Biochemistry --- molecular biology --- chloroplast --- mitochondria --- hormones --- viruses --- biotechnology --- genome rearrangements --- clones --- Plant and Crop Sciences. Botany -- Plant Cell Biology --- Plant and Crop Sciences Botany -- Plant Cell Biology. --- Plant molecular biology --- #WPLT:dd.prof.J.Vendrig --- 577.2 --- 581.1 --- 581.1 Plant physiology --- Plant physiology --- 577.2 Molecular bases of life. Molecular biology --- Molecular bases of life. Molecular biology --- Molecular phytobiology --- Phytobiology, Molecular --- Botany --- Molecular biology --- Plant genetics. Plant evolution
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This Special Issue features recent data concerning thioredoxins and glutaredoxins from various biological systems, including bacteria, mammals, and plants. Four of the sixteen articles are review papers that deal with the regulation of development of the effect of hydrogen peroxide and the interactions between oxidants and reductants, the description of methionine sulfoxide reductases, detoxification enzymes that require thioredoxin or glutaredoxin, and the response of plants to cold stress, respectively. This is followed by eleven research articles that focus on a reductant of thioredoxin in bacteria, a thioredoxin reductase, and a variety of plant and bacterial thioredoxins, including the m, f, o, and h isoforms and their targets. Various parameters are studied, including genetic, structural, and physiological properties of these systems. The redox regulation of monodehydroascorbate reductase, aminolevulinic acid dehydratase, and cytosolic isocitrate dehydrogenase could have very important consequences in plant metabolism. Also, the properties of the mitochondrial o-type thioredoxins and their unexpected capacity to bind iron–sulfur center (ISC) structures open new developments concerning the redox mitochondrial function and possibly ISC assembly in mitochondria. The final paper discusses interesting biotechnological applications of thioredoxin for breadmaking.
n/a --- regeneration --- posttranslational modification --- H2O2 --- chilling stress --- thioredoxin reductase --- X-ray crystallography --- photosynthesis --- Chlamydomonas reinhardtii --- protein --- monodehydroascorbate reductase --- methionine sulfoxide --- cysteine reactivity --- symbiosis --- plant --- MALDI-TOF mass spectrometry --- thioredoxins --- redox homeostasis --- methionine sulfoxide reductases --- redox --- redox signalling --- chloroplast --- protein-protein recognition --- cyanobacteria --- specificity --- wheat --- methanoarchaea --- stress --- redox regulation --- dough rheology --- methionine sulfoxide reductase --- electrostatic surface --- Calvin cycle --- ALAD --- metazoan --- Arabidopsis thaliana --- baking --- cold temperature --- macromolecular crystallography --- protein oxidation --- function --- methionine oxidation --- development --- iron–sulfur cluster --- tetrapyrrole biosynthesis --- legume plant --- glutathionylation --- Calvin-Benson cycle --- adult stem cells --- carbon fixation --- plastidial --- methionine --- redox active site --- ROS --- water stress --- NADPH --- repair --- physiological function --- signaling --- thioredoxin --- antioxidants --- glutathione --- glutaredoxin --- flavin --- Isocitrate dehydrogenase --- thiol redox network --- ageing --- disulfide --- mitochondria --- chlorophyll --- proteomic --- cysteine alkylation --- ferredoxin-thioredoxin reductase --- SAXS --- regulation --- oxidized protein repair --- ascorbate --- redox control --- nitrosylation --- iron-sulfur cluster
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This volume presents recent research achievements concerning the molecular genetic basis of agronomic traits in rice. Rice (Oryza sativa L.) is the most important food crop in the world, being a staple food for more than half of the world’s population. Recent improvements in living standards have increased the worldwide demand for high-yielding and high-quality rice cultivars. To develop novel cultivars with superior agronomic performance, we need to understand the molecular basis of agronomically important traits related to grain yield, grain quality, disease resistance, and abiotic stress tolerance. Decoding the whole rice genome sequence revealed that ,while there are more than 37,000 genes in the ~400 Mbp rice genome, there are only about 3000 genes whose molecular functions are characterized in detail. We collected in this volume the continued research efforts of scholars that elucidate genetic networks and the molecular mechanisms controlling agronomically important traits in rice.
Research & information: general --- Biology, life sciences --- Technology, engineering, agriculture --- grain number per panicle --- grain yield --- phase transition --- rachis branch --- rice panicle --- spikelet specialisation --- rice --- flowering time --- ambient temperature fluctuation --- chromosome segment substitution line (CSSL) --- quantitative trait locus (QTL) --- drought tolerance --- cold tolerance --- Oryza sativa --- OsCRP1 --- chloroplast ribonucleoproteins --- NAD(P)H dehydrogenase (NDH) complex --- nitrogen use efficiency --- transcriptional regulation --- nitrate reductase --- nitrate transporter --- glutamate synthase --- potassium chlorate --- QTL --- food shortage --- yield --- grain size --- OsBRKq1 --- genome editing --- homozygous --- proteomics --- C4 rice --- proto-Kranz --- photosynthetic efficiency --- crop improvement --- spike-stalk injection --- transcription factor --- OsWRKY55 --- drought response --- plant growth --- OsAP2-39 --- inflorescence architecture --- BLH homedomain protein --- branching pattern --- verticillate primary branch --- transcriptome analysis --- hormone pathways --- japonica DT3 --- submergence tolerance --- marker-assisted backcross --- foreground selection --- background selection --- three-dimensional imaging --- shoot apical meristem --- root tip --- n/a
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