Hruban / Rechcigl / Bourne Microbodies and Related Particles

Morphology, Biochemistry, and Physiology
1. Auflage 2013
ISBN: 978-1-4832-6899-6
Verlag: Elsevier Science & Techn.
Format: PDF
Kopierschutz: 1 - PDF Watermark

E-Book, Englisch, 308 Seiten, Web PDF

Microbodies and Related Particles: Morphology, Biochemistry, and Physiology focuses on the reactions, properties, transformations, and technologies involved in microbodies and related particles. The book first offers information on cytoplasmic particles limited by a single membrane and microbodies of various animal species. Topics include multivesicular and heterogeneous dense bodies, rodents, lower vertebrates, birds, monotremes, marsupials, insectivores, primates, and carnivores. The text also underscores the marginal plate and crystalloid, including structure of the marginal plate, structures resembling the marginal plate, finely polytubular type, and crystalloids of other tissues. The publication takes a look at the distribution of microbodies and topographical relationship of microbodies to cellular organelles, as well as hepatic lobule and renal cortex and intracellular distribution. The text also examines the microbodies of fetal and newborn animals, formation of microbodies, and effect of tissue preparation on microbodies. The book is a valuable source of data for readers interested in microbodies and related particles.

Autoren/Hrsg.

Hruban, Z.

Rechcigl, M.

Bourne, G. H.

Danielli, J. F.

Inhaltsverzeichnis

1;Front Cover
;1
2;Microbodies and Related Particles: Morphology, Biochemistry, and Physiology;4
3;Copyright Page
;5
4;Table of Contents
;8
5;PREFACE;6
6;MICROBODIESAND RELATED PARTICLES;12
7;CHAPTER I. CYTOPLASMIC PARTICLES LIMITED BY A SINGLE MEMBRANE;14
7.1;A. MULTIVESICULAR BODIES;15
7.2;B. HETEROGENEOUS DENSE BODIES;16
8;CHAPTER 2. MICROBODIES;22
8.1;A. TERMINOLOGY;22
8.2;B. MICROBODIES AS SPECIFIC ORGANELLES;23
9;CHAPTER 3. MICROBODIES OF VARIOUS ANIMAL SPECIES;33
9.1;A. RODENTS;33
9.2;B. LOWER VERTEBRATES;53
9.3;C. BIRDS;55
9.4;D. MONOTREMES;57
9.5;E. MARSUPIALS;57
9.6;F. CHIROPTERA;57
9.7;G. INSECTIVORES;58
9.8;H. PRIMATES;58
9.9;I. MYRMECOPHAGIDAE, DASIPOIDAE, AND MANIDAE;65
9.10;J. LAGOMORPHA;65
9.11;K. CARNIVORES;66
9.12;L. PHOCIDAE AND PROCAVIIDAE
;67
9.13;M. PERISSODACTYLA;67
9.14;N. SUIDAE;69
9.15;O. BOVIDAE;71
9.16;P. CONCLUSION;71
10;CHAPTER 4. MARGINAL PLATE;73
10.1;A. HISTORY;73
10.2;B. OCCURRENCE IN VARIOUS SPECIES;74
10.3;C. STRUCTURE OF THE MARGINAL PLATE;74
10.4;D. STRUCTURES RESEMBLING MARGINAL PLATE;75
11;CHAPTER 5. CRYSTALLOID;76
11.1;A. NOMENCLATURE;76
11.2;B. COARSELY POLYTUBULAR TYPE, 1:10 PATTERN;76
11.3;C. FINELY POLYTUBULAR TYPE;78
11.4;D. BAND-SHAPED TYPE;81
11.5;E. ISOLATED LARGE TUBULE;82
11.6;F. OTHER TYPES;82
11.7;G. CRYSTALLOIDS OF OTHER TISSUE;83
12;CHAPTER 6. DISTRIBUTION OF MICROBODIES;86
12.1;A. HEPATIC LOBULE AND RENAL CORTEX;86
12.2;B. INTRACELLULAR DISTRIBUTION;86
13;CHAPTER 7. TOPOGRAPHICAL RELATIONSHIP OF MICROBODIES TO CELLULAR ORGANELLES;88
14;CHAPTER 8. MICROBODIES IN TISSUES OTHER THAN LIVER AND KIDNEY;90
14.1;A. VERTEBRATES;90
14.2;B. PLANTS;92
14.3;C. PROTOZOA;101
15;CHAPTER 9. MICROBODIES OF FETAL AND NEWBORN ANIMALS;103
15.1;A. RAT;103
15.2;B. MOUSE;104
15.3;C. CHICKEN;105
16;CHAPTER 10. FORMATION OF MICROBODIES;106
16.1;A. MEMBRANOUS PROJECTIONS;106
16.2;B. FORMATION FROM ENDOPLASMIC RETICULUM;108
16.3;C. GOLGI COMPLEX AND MULTIVESICULAR BODIES;109
16.4;D. CISTERNAE CONTAINING MARGINAL PLATE;109
16.5;E. MORPHOGENESIS AND DEVELOPMENT AFTER TSUKADA ET AL;110
17;CHAPTER 11. FATE OF MICROBODIES;112
17.1;A. MICROBODIES AS PRECURSORS OF MITOCHONDRIA;112
17.2;B. SEQUESTRATION IN AUTOPHAGIC VACUOLES;113
18;CHAPTER 12. EFFECT OF TISSUE PREPARATION ON MICROBODIES;114
18.1;A. FIXATIVES USED IN ELECTRON MICROSCOPY;114
18.2;B. FREEZING;116
19;CHAPTER 13. PHYSIOLOGICAL AND PATHOLOGICAL ALTERATIONS OF MICROBODIES;117
19.1;A. DEGENERATION;117
19.2;B. AUTOLYSIS AND NECROSIS;117
19.3;C. AGE, VITAMINS, AND HORMONES;118
19.4;D. FASTING;119
19.5;E. PHYSICAL AGENTS;119
19.6;F. HEPATECTOMY;120
19.7;G. ADMINISTRATION OF CHEMICALS;121
19.8;H. DISEASE STATES;133
19.9;I. TISSUE CULTURE;134
20;CHAPTER 14. MICROBODIES IN NEOPLASTIC CELLS;135
20.1;A. CARCINOGENESIS;135
20.2;B. HEPATOMAS;135
20.3;C. RENAL CARCINOMA;138
21;CHAPTER 15. ENZYMES OF MICROBODIES;139
21.1;A. TYPES OF ENZYMES;139
21.2;B. L-a-HYDROXY ACID OXIDASE;139
21.3;C. D-AMINO ACID OXIDASE;142
21.4;D. GLYCINE OXIDASE;161
21.5;E. URATE OXIDASE;162
21.6;F. OTHER OXIDASES IN MICROBODIES;172
21.7;G. CATALASE;173
21.8;H. HYDROPEROXIDASES OF LEUKOCYTES;208
22;CHAPTER 16. FUNCTION OF MICROBODIES;215
23;CHAPTER 17. CONCLUSION;218
23.1;ACKNOWLEDGMENTS;220
24;REFERENCES;221
25;SUPPLEMENTARY BIBLIOGRAPHY;255
26;AUTHOR INDEX;266
27;SUBJECT INDEX;286