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Osmosis --- Animals --- Cell physiological phenomena --- physiology

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Clinical medicine. --- Genetics. --- Microbiology. --- Physiology. --- Biomedical Technology. --- Cell Physiological Phenomena. --- Clinical Medicine. --- Genetics. --- Microbiology. --- Physiology.

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Stresses which arise in bioreactors can influence process performance considerably. Recent molecular biological investigations indicate that stress caused by fluid dynamical effects and extreme values of process variables and toxic substances cause similar responses in the cells. These molecular fundamentals, as well as quantitative evaluation of fluid dynamical stresses and, their effects on microorganisms, animal and plant cells and proteins are treated in this volume.

Chemistry --- Biotechnology --- Chemical engineering --- Microbiology --- Cellules--Physiologie --- Cellules--Croissance--Régulation --- Régulation cellulaire --- Cell Physiological Phenomena --- Cell Division --- Cells --- Cell Proliferation --- Phenomena and Processes --- Genetic Processes --- Cell Cycle --- Anatomy --- Genetic Phenomena --- Cell Physiological Processes --- Cell Growth Processes --- Growth --- Growth and Development --- Physiological Processes --- Physiological Phenomena --- Cell physiology. --- Cellular control mechanisms. --- Regulation. --- Biotechnology. --- Chemical engineering. --- Microbiology. --- Industrial Chemistry/Chemical Engineering. --- Microbial biology --- Biology --- Microorganisms --- Chemistry, Industrial --- Engineering, Chemical --- Industrial chemistry --- Engineering --- Chemistry, Technical --- Metallurgy --- Genetic engineering --- Cell Division. --- Stress (microbial)

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Oxford University Press is proud to present GENES VII--the latest edition of Benjamin Lewin's best-selling textbook. This authoritative work provides an integrated account of the structure and function of genes and incorporates all the latest research in the field.THE MOST SIGNIFICANT REORGANIZATION TO DATEThe power of direct analysis of the genome has made a significant difference in the approach of GENES VII. In a departure from previous editions, which started with a traditional analysis of formal genetics, the new edition begins with the molecular properties of the gene itself. The text is now reorganized to begin with the concept of genes as a segment of DNA coding for protein, and then proceeds directly to the characterization of the genome in terms of its content of genes.INTEGRATED APPROACHGENES VII first explains the structure and function of the gene as a means to revealing the operation of the genome as a whole, and offers an integrated approach to prokaryotes and eukaryotes. The gene is considered from all aspects, including:* Basic forms* The numbers and relationships among genes in a genome* Their packaging into chromosomes* The process of gene expression from transcription through translation* The reproduction and safeguarding of the gene structure* Aspects of the overall circuitry through which genotype determines phenotypeSTREAMLINED, FULL-COLOR DESIGNGENES VII has been considerably restructured and reorganized to highlight the latest research and technology. It contains more that 800 full color illustrations that are extremely useful in teaching the key concepts presented in the book.GENES VII CONTAINS NEW, GROUNDBREAKING INFORMATION ON:* New technologies that count and compare expressed genes* Accessory proteins (chaperones)* The role of the proteasome* Licensing* Reverse translocation* Connections between repair and recombination systems and human diseases* Connections between the structure of chromosomal material and control of gene e

Basic sciences. genetics --- Cell physiology. --- Dna --- Genes --- Genes. --- Genetic processes. --- Genetics. --- Genome. --- Proteins --- Rna --- Genetics (general). --- Physiology. --- Gènes --- genomes --- Code génétique --- genetic code --- PCR --- Noyau cellulaire --- nucleus --- chromosomes --- Transcription --- transcription --- ADN recombiné --- Recombinant DNA --- Immunogénétique --- Immunogenetics --- Cellule --- cells --- Structure cellulaire --- cell structure --- Division cellulaire --- cell division --- Carcinogénèse --- Néoplasme --- Cell Physiology. --- Genetic Processes. --- Basic Sciences. Genetics --- genetics. --- Genetics (General) --- Molecular bases of life. Molecular biology --- General cytology. The cell as a biological system. General plan, chemical composition, physicochemical and molecular properties --- Genetics (General). --- 576.3 General cytology. The cell as a biological system. General plan, chemical composition, physicochemical and molecular properties --- 577.2 Molecular bases of life. Molecular biology --- Génétique --- Gènes --- ADN --- DNA --- genes --- proteins --- genetic engineering --- ARN --- RNA --- Carcinogenesis --- Neoplasms --- moleculaire biologie --- Molecular biology --- RNA (ribonucleic acid) --- Genetics --- 575 --- 576.3 --- 577.2 --- 575 General genetics. General cytogenetics. Immunogenetics. Evolution. Speciation. Phylogeny --- General genetics. General cytogenetics. Immunogenetics. Evolution. Speciation. Phylogeny --- Biology --- Embryology --- Mendel's law --- Adaptation (Biology) --- Breeding --- Chromosomes --- Heredity --- Mutation (Biology) --- Variation (Biology) --- Units of heredity --- Units of inheritance --- Molecular genetics --- Molecular Biology. --- Molecular Biology --- physiology. --- DNA. --- transcription. --- RNA. --- Monograph --- Cell Cycle. --- Cell Nucleus. --- Cell Physiological Phenomena. --- Cells. --- Cell Nucleus --- Cell Physiological Phenomena --- Cells --- Messenger rna --- Oncogenes --- Rna, messenger --- Signal transduction

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The enormous recent success of molecular developmental biology has yielded a vast amount of new information on the details of development. So much so that we risk losing sight of the underlying principles that apply to all development. To cut through this thicket, John Tyler Bonner ponders a moment in evolution when development was at its most basic--the moment when signaling between cells began. Although multicellularity arose numerous times, most of those events happened many millions of years ago. Many of the details of development that we see today, even in simple organisms, accrued over a long evolutionary timeline, and the initial events are obscured. The relatively uncomplicated and easy-to-grow cellular slime molds offer a unique opportunity to analyze development at a primitive stage and perhaps gain insight into how early multicellular development might have started. Through slime molds, Bonner seeks a picture of the first elements of communication between cells. He asks what we have learned by looking at their developmental biology, including recent advances in our molecular understanding of the process. He then asks what is the most elementary way that polarity and pattern formation can be achieved. To find the answer, he uses models, including mathematical ones, to generate insights into how cell-to-cell cooperation might have originated. Students and scholars in the blossoming field of the evolution of development, as well as evolutionary biologists generally, will be interested in what Bonner has to say about the origins of multicellular development--and thus of the astounding biological complexity we now observe--and how best to study it.

Cell interaction. --- Cells -- Evolution. --- Developmental biology. --- Developmental cytology. --- Cell Differentiation --- Signal Transduction --- Biological Evolution --- Genetic Processes --- Cell Physiological Processes --- Biochemical Processes --- Biological Processes --- Biochemical Phenomena --- Biological Phenomena --- Cell Physiological Phenomena --- Chemical Processes --- Genetic Phenomena --- Phenomena and Processes --- Chemical Phenomena --- Biophysics --- Biology --- Health & Biological Sciences --- Biologic Phenomena --- Biological Phenomenon --- Biological Process --- Phenomena, Biological --- Phenomena, Biologic --- Phenomenon, Biological --- Process, Biological --- Processes, Biological --- Biochemical Concepts --- Biochemical Phenomenon --- Biochemical Process --- Phenomena, Biochemical --- Biochemical Concept --- Concept, Biochemical --- Concepts, Biochemical --- Phenomenon, Biochemical --- Process, Biochemical --- Processes, Biochemical --- Molecular Biology --- Cell Physiological Phenomenon --- Cell Physiological Process --- Physiology, Cell --- Cell Physiology --- Phenomena, Cell Physiological --- Phenomenon, Cell Physiological --- Physiological Process, Cell --- Physiological Processes, Cell --- Process, Cell Physiological --- Processes, Cell Physiological --- Cells --- Genetic Concepts --- Genetic Phenomenon --- Genetic Process --- Concept, Genetic --- Concepts, Genetic --- Genetic Concept --- Phenomena, Genetic --- Phenomenon, Genetic --- Process, Genetic --- Processes, Genetic --- Evolution, Biological --- Sociobiology --- Receptor Mediated Signal Transduction --- Signal Transduction Pathways --- Signal Transduction Systems --- Cell Signaling --- Receptor-Mediated Signal Transduction --- Signal Pathways --- Pathway, Signal --- Pathway, Signal Transduction --- Pathways, Signal --- Pathways, Signal Transduction --- Receptor-Mediated Signal Transductions --- Signal Pathway --- Signal Transduction Pathway --- Signal Transduction System --- Signal Transduction, Receptor-Mediated --- Signal Transductions --- Signal Transductions, Receptor-Mediated --- System, Signal Transduction --- Systems, Signal Transduction --- Transduction, Signal --- Transductions, Signal --- Cell Communication --- Receptor-CD3 Complex, Antigen, T-Cell --- Receptor Cross-Talk --- Feedback, Physiological --- Gasotransmitters --- Differentiation, Cell --- Cell Differentiations --- Differentiations, Cell --- Embryo, Mammalian --- Gene Expression Regulation --- Cell Lineage --- Chemical Phenomenon --- Chemical Process --- Physical Chemistry Phenomena --- Physical Chemistry Process --- Physicochemical Phenomenon --- Physicochemical Process --- Chemical Concepts --- Physical Chemistry Concepts --- Physical Chemistry Processes --- Physicochemical Concepts --- Physicochemical Phenomena --- Physicochemical Processes --- Chemical Concept --- Chemistry Process, Physical --- Chemistry Processes, Physical --- Concept, Chemical --- Concept, Physical Chemistry --- Concept, Physicochemical --- Concepts, Chemical --- Concepts, Physical Chemistry --- Concepts, Physicochemical --- Phenomena, Chemical --- Phenomena, Physical Chemistry --- Phenomena, Physicochemical --- Phenomenon, Chemical --- Phenomenon, Physicochemical --- Physical Chemistry Concept --- Physicochemical Concept --- Process, Chemical --- Process, Physical Chemistry --- Process, Physicochemical --- Processes, Chemical --- Processes, Physical Chemistry --- Processes, Physicochemical --- physiology --- Cell interaction --- Developmental biology --- Developmental cytology --- 57.017.22 --- 575.853 --- Cell evolution --- Cellular evolution --- Evolution (Biology) --- Evolution --- 575.853 The cell and subcellular structure --- The cell and subcellular structure --- 57.017.22 Origin. Formation. Precursors --- Origin. Formation. Precursors --- Cytology --- Development (Biology) --- Growth --- Ontogeny --- Cell-cell interaction --- Cell communication --- Cellular communication (Biology) --- Cellular interaction --- Intercellular communication --- Cellular control mechanisms --- Signal Transduction. --- Biological Evolution. --- Cell Differentiation. --- Origin of Life. --- Genesis of Life --- Life Geneses --- Life Genesis --- Life Origin --- Life Origins --- Organelle Biogenesis --- Prebiotic Chemical Evolution --- Chemical Evolution, Prebiotic --- Evolution, Prebiotic Chemical --- Prebiotic Chemical Evolutions