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Titre : The cell : biochemistry, physiology, morphology (volume 1) Type de document : texte imprimé Auteurs : Brachet, Jean, Auteur Editeur : Academic Année de publication : 1959 Importance : 816 p. Format : 24 cm Langues : Anglais (eng) Index. décimale : 571 Physiologie et sujets voisins Résumé : It was therefore felt that a comprehensive treatise on the cell, written by an array of specialists might now be useful to many biologists: the present work is the result. It is divided into three volumes, the first one being itself divided into two parts.
Volume I, Part 1 includes an introduction and descriptions of the most important methods for the cytologist (optical methods, fixation and staining, autoradiography, quantitative cytochemistry and histochemistry, microdissection, fractionation of cell organelles, tissue and cell culture). In this part devoted to methodology, the aim has been to present critical evaluation of the most important techniques rather than give "cook book recipes" which can easily be found elsewhere.
It is hoped that Volume I, Part 2, which deals with problems of cell biology will prove useful to all interested in general biology. The main topics are: fertilization, sex determination, growth and differentiation, morphogenesis in plant cells, nuclcocytoplasmic interaction in morphogenesis, the acquisition of specificity, and the effect of radiation on the cell.
Volume II is devoted to the study of the cell constituents: cell membrane, plant cell walls, cell movements, cilia and flagella, ground substance, mitochondria, Golgi apparatus, secretion granules, chloroplasts, the resting nucleus and its interaction with the cytoplasm, chromosomes, mitosis, meiosis and gametogenesis, cancer cells. The cell constituents have not been considered from a mere descriptive viewpoint: their biochemical activities and their interactions with other cell organelles have been emphasized as well.
Finally, the object of Volume III is the description of the specialized cells: viruses, bacteria, protozoa, parasites and symbionts, nerve cells, sensory cells, muscle cells, gland cells, kidney cells, blood cells, bone and cartilage, connective tissue, skin and pigment cells, antibody producing cells are successively studied.
A unified and consistent presentation is, indeed, hardly desirable in a field where knowledge is frequently uncertain and fragmentary.The cell : biochemistry, physiology, morphology (volume 1) [texte imprimé] / Brachet, Jean, Auteur . - Academic, 1959 . - 816 p. ; 24 cm.
Langues : Anglais (eng)
Index. décimale : 571 Physiologie et sujets voisins Résumé : It was therefore felt that a comprehensive treatise on the cell, written by an array of specialists might now be useful to many biologists: the present work is the result. It is divided into three volumes, the first one being itself divided into two parts.
Volume I, Part 1 includes an introduction and descriptions of the most important methods for the cytologist (optical methods, fixation and staining, autoradiography, quantitative cytochemistry and histochemistry, microdissection, fractionation of cell organelles, tissue and cell culture). In this part devoted to methodology, the aim has been to present critical evaluation of the most important techniques rather than give "cook book recipes" which can easily be found elsewhere.
It is hoped that Volume I, Part 2, which deals with problems of cell biology will prove useful to all interested in general biology. The main topics are: fertilization, sex determination, growth and differentiation, morphogenesis in plant cells, nuclcocytoplasmic interaction in morphogenesis, the acquisition of specificity, and the effect of radiation on the cell.
Volume II is devoted to the study of the cell constituents: cell membrane, plant cell walls, cell movements, cilia and flagella, ground substance, mitochondria, Golgi apparatus, secretion granules, chloroplasts, the resting nucleus and its interaction with the cytoplasm, chromosomes, mitosis, meiosis and gametogenesis, cancer cells. The cell constituents have not been considered from a mere descriptive viewpoint: their biochemical activities and their interactions with other cell organelles have been emphasized as well.
Finally, the object of Volume III is the description of the specialized cells: viruses, bacteria, protozoa, parasites and symbionts, nerve cells, sensory cells, muscle cells, gland cells, kidney cells, blood cells, bone and cartilage, connective tissue, skin and pigment cells, antibody producing cells are successively studied.
A unified and consistent presentation is, indeed, hardly desirable in a field where knowledge is frequently uncertain and fragmentary.Exemplaires(1)
Cote Rayonnage Support Disponibilité 571.6 BRA/T1 13 Consultation Exclu du prêt The cell
Titre : The cell : biochemistry, physiology, morphology (volume 2) Type de document : texte imprimé Editeur : Academic Année de publication : 1961 Importance : 916 p. Format : 23 cm Langues : Anglais (eng) Index. décimale : 571 Physiologie et sujets voisins Résumé : For the past hundred years from some time before 1855, the year of Vir chow's celebrated aphorism Omnis Cellula Cellula-investigation of the cell has been marked by a sequence of revolutionary movements. The most recent of these movements began some fifteen years ago. In each revolutionary change the cell has been viewed dynamically; structure and function have been correlated. From the present movement in cytology there is emerging a picture of the cell that is even more dynamic than heretofore. An important reason for the dynamic quality of the new cytology is that biochemistry is playing a far more significant role in cell studies than it ever did before. The greater role of biochemistry in cytology has been made possible by developments in cytochemistry, by the new methods for isolation and analysis of cell organelles, by techniques for exploiting the potentialities of radioisotopes. At the same time innovations in microscopy, notably in electron microscopy, are bringing structure down to the molecular level. The prospect before us is of a fusion of all cell biology at the molecular level.
The present volume, Volume II, is devoted to the study of the cell constituents: the cell membrane, plant cell walls, ameboid movement, cilia and flagella, mitochondria, lysosomes and related particles, chloroplasts, Golgi apparatus, the ground substance, the inter-phase nucleus and its interaction with the cytoplasm. The cell constituents have not been considered from a mere descriptive viewpoint: their biochemical activities and their interactions with other cell organelles have been emphasized as well.The cell : biochemistry, physiology, morphology (volume 2) [texte imprimé] . - Academic, 1961 . - 916 p. ; 23 cm.
Langues : Anglais (eng)
Index. décimale : 571 Physiologie et sujets voisins Résumé : For the past hundred years from some time before 1855, the year of Vir chow's celebrated aphorism Omnis Cellula Cellula-investigation of the cell has been marked by a sequence of revolutionary movements. The most recent of these movements began some fifteen years ago. In each revolutionary change the cell has been viewed dynamically; structure and function have been correlated. From the present movement in cytology there is emerging a picture of the cell that is even more dynamic than heretofore. An important reason for the dynamic quality of the new cytology is that biochemistry is playing a far more significant role in cell studies than it ever did before. The greater role of biochemistry in cytology has been made possible by developments in cytochemistry, by the new methods for isolation and analysis of cell organelles, by techniques for exploiting the potentialities of radioisotopes. At the same time innovations in microscopy, notably in electron microscopy, are bringing structure down to the molecular level. The prospect before us is of a fusion of all cell biology at the molecular level.
The present volume, Volume II, is devoted to the study of the cell constituents: the cell membrane, plant cell walls, ameboid movement, cilia and flagella, mitochondria, lysosomes and related particles, chloroplasts, Golgi apparatus, the ground substance, the inter-phase nucleus and its interaction with the cytoplasm. The cell constituents have not been considered from a mere descriptive viewpoint: their biochemical activities and their interactions with other cell organelles have been emphasized as well.Exemplaires(1)
Cote Rayonnage Support Disponibilité 571.6 BRA/T2 13 Consultation Exclu du prêt
Titre : The cell : biochemistry, physiology, morphology (volume 3) Type de document : texte imprimé Editeur : Academic Année de publication : 1961 Importance : 440 p. Format : 24 cm Langues : Anglais (eng) Index. décimale : 571 Physiologie et sujets voisins Résumé : It was therefore felt that a comprehensive treatise on the cell, written by an array of specialists might now be useful to many biologists: the present work is the result. It is divided into three volumes, the first one being itself divided into two parts.
Volume I, Part 1 includes an introduction and descriptions of the most important methods for the cytologist (optical methods, fixation and staining, autoradiography, quantitative cytochemistry and histochemistry, microdissection, fractionation of cell organelles, tissue and cell culture). In this part devoted to methodology, the aim has been to present critical evaluation of the most important techniques rather than give "cook book recipes" which can easily be found elsewhere.
It is hoped that Volume I, Part 2, which deals with problems of cell biology will prove useful to all interested in general biology. The main topics are: fertilization, sex determination, growth and differentiation, morphogenesis in plant cells, nuclcocytoplasmic interaction in morphogenesis, the acquisition of specificity, and the effect of radiation on the cell.
Volume II is devoted to the study of the cell constituents: cell membrane, plant cell walls, cell movements, cilia and flagella, ground substance, mitochondria, Golgi apparatus, secretion granules, chloroplasts, the resting nucleus and its interaction with the cytoplasm, chromosomes, mitosis, meiosis and gametogenesis, cancer cells. The cell constituents have not been considered from a mere descriptive viewpoint: their biochemical activities and their interactions with other cell organelles have been emphasized as well.
Finally, the object of Volume III is the description of the specialized cells: viruses, bacteria, protozoa, parasites and symbionts, nerve cells, sensory cells, muscle cells, gland cells, kidney cells, blood cells, bone and cartilage, connective tissue, skin and pigment cells, antibody producing cells are successively studied.
A unified and consistent presentation is, indeed, hardly desirable in a field where knowledge is frequently uncertain and fragmentary.The cell : biochemistry, physiology, morphology (volume 3) [texte imprimé] . - Academic, 1961 . - 440 p. ; 24 cm.
Langues : Anglais (eng)
Index. décimale : 571 Physiologie et sujets voisins Résumé : It was therefore felt that a comprehensive treatise on the cell, written by an array of specialists might now be useful to many biologists: the present work is the result. It is divided into three volumes, the first one being itself divided into two parts.
Volume I, Part 1 includes an introduction and descriptions of the most important methods for the cytologist (optical methods, fixation and staining, autoradiography, quantitative cytochemistry and histochemistry, microdissection, fractionation of cell organelles, tissue and cell culture). In this part devoted to methodology, the aim has been to present critical evaluation of the most important techniques rather than give "cook book recipes" which can easily be found elsewhere.
It is hoped that Volume I, Part 2, which deals with problems of cell biology will prove useful to all interested in general biology. The main topics are: fertilization, sex determination, growth and differentiation, morphogenesis in plant cells, nuclcocytoplasmic interaction in morphogenesis, the acquisition of specificity, and the effect of radiation on the cell.
Volume II is devoted to the study of the cell constituents: cell membrane, plant cell walls, cell movements, cilia and flagella, ground substance, mitochondria, Golgi apparatus, secretion granules, chloroplasts, the resting nucleus and its interaction with the cytoplasm, chromosomes, mitosis, meiosis and gametogenesis, cancer cells. The cell constituents have not been considered from a mere descriptive viewpoint: their biochemical activities and their interactions with other cell organelles have been emphasized as well.
Finally, the object of Volume III is the description of the specialized cells: viruses, bacteria, protozoa, parasites and symbionts, nerve cells, sensory cells, muscle cells, gland cells, kidney cells, blood cells, bone and cartilage, connective tissue, skin and pigment cells, antibody producing cells are successively studied.
A unified and consistent presentation is, indeed, hardly desirable in a field where knowledge is frequently uncertain and fragmentary.Exemplaires(1)
Cote Rayonnage Support Disponibilité 571.6 BRA/T3 13 Consultation Exclu du prêt
Titre : The cell : biochemistry, physiology, morphology (volume 4) Type de document : texte imprimé Editeur : Academic Année de publication : 1959 Importance : 511 p. Format : 23 cm. Langues : Anglais (eng) Index. décimale : 571 Physiologie et sujets voisins Résumé : The excellent reception accorded the first volume has been very encouraging. It is most rewarding for the contributors to realize that this treatise is filling a real need for a synthesis of up-to-date knowledge in the many active fields of research on the cell.
The chapters in these volumes deal with many different types of cells. Of course what one would desire is to have presented cells of the whole animate creation. "We ought not to hesitate nor to be abashed," said aristotle, "but boldly to enter upon our researches concerning animals of every sort and kind, knowing that in not one of them is nature or beauty lacking." selection, however, was necessary so that not all areas could be covered.The cell : biochemistry, physiology, morphology (volume 4) [texte imprimé] . - Academic, 1959 . - 511 p. ; 23 cm.
Langues : Anglais (eng)
Index. décimale : 571 Physiologie et sujets voisins Résumé : The excellent reception accorded the first volume has been very encouraging. It is most rewarding for the contributors to realize that this treatise is filling a real need for a synthesis of up-to-date knowledge in the many active fields of research on the cell.
The chapters in these volumes deal with many different types of cells. Of course what one would desire is to have presented cells of the whole animate creation. "We ought not to hesitate nor to be abashed," said aristotle, "but boldly to enter upon our researches concerning animals of every sort and kind, knowing that in not one of them is nature or beauty lacking." selection, however, was necessary so that not all areas could be covered.Exemplaires(1)
Cote Rayonnage Support Disponibilité 571.6 BRA/T4 13 Consultation Exclu du prêt
Titre : The cell : biochemistry, physiology, morphology (volume 5) Type de document : texte imprimé Editeur : Academic Année de publication : 1961 Importance : 597 p. Format : 23 cm Langues : Anglais (eng) Index. décimale : 571 Physiologie et sujets voisins Résumé : When animal tissues are grown in tissue culture, the simplified cells which emerge from the primary cultures fall into a limited number of classes with definite morphological, physiological and biochemical characteristics.
This book discusses the properties of these cell types and analyzes the relationships and difference between them. It seeks their origin in more primitive forms of life than the mammal or bird and finds evidence for it in the embryonic forms of even the most primitive of invertebrates. Reasons are put forward for the belief that the main cell types were initially related to the ionic and water regulations of the primitive organism and that they have persisted, though sometimes in modified forms, throughout the evolution of higher animals.
The necessity for the preservation of ionic and water equilibrium in the animal is shown to be at work guiding the evolution not only of the cellular organization of the excretory system but also those of the reproductive and endocrine systems. The study of this evolutionary process provides a profitable approach to the understanding of these systems. Moreover, the early differentiation of cells into a few main types is shown to have had its influence on the cellular organization of all the other tissues of the body. As an example, an analysis of the retina from this aspect is shown to lead to some new views about the physiology of this complex tissue.The cell : biochemistry, physiology, morphology (volume 5) [texte imprimé] . - Academic, 1961 . - 597 p. ; 23 cm.
Langues : Anglais (eng)
Index. décimale : 571 Physiologie et sujets voisins Résumé : When animal tissues are grown in tissue culture, the simplified cells which emerge from the primary cultures fall into a limited number of classes with definite morphological, physiological and biochemical characteristics.
This book discusses the properties of these cell types and analyzes the relationships and difference between them. It seeks their origin in more primitive forms of life than the mammal or bird and finds evidence for it in the embryonic forms of even the most primitive of invertebrates. Reasons are put forward for the belief that the main cell types were initially related to the ionic and water regulations of the primitive organism and that they have persisted, though sometimes in modified forms, throughout the evolution of higher animals.
The necessity for the preservation of ionic and water equilibrium in the animal is shown to be at work guiding the evolution not only of the cellular organization of the excretory system but also those of the reproductive and endocrine systems. The study of this evolutionary process provides a profitable approach to the understanding of these systems. Moreover, the early differentiation of cells into a few main types is shown to have had its influence on the cellular organization of all the other tissues of the body. As an example, an analysis of the retina from this aspect is shown to lead to some new views about the physiology of this complex tissue.Exemplaires(1)
Cote Rayonnage Support Disponibilité 571.6 BRA/T5 13 Consultation Exclu du prêt
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