2012, ISBN: 9788171419067

Gebundene Ausgabe

Lippincott Williams & Wilkins/Wolters Kluwer, 2012. 5th or later edition. Softcover. New. difiore`s Atlas of Histology with Functional Correlations explains basic histology concepts thr… Mehr…

Lippincott Williams & Wilkins/Wolters Kluwer, 2012. 5th or later edition. Softcover. New. difiore`s Atlas of Histology with Functional Correlations explains basic histology concepts through realistic, full color composite and idealized illustrations of histologic structures. Added to the illustrations are actual photomicrographs of similar structures. This unique approach has become a popular trademark of the atlas. In addition, all structures are directly correlated with the most important and essential functional correlations. This approach allows students to efficiently learn histologic structures and their major functions at the same time. This atlas is used by various students in their histology course, including medical, graduate, and undergraduate sciences.CHAPTER 4: EPITHELIAL TISSUE Overview Figure 4.1 Different types of epithelia in ed organs SECTION 1 : Classification of Epithelial Tissue Figure 4.1 Simple squamous epithelium: surface view of peritoneal mesothelium. Figure 4.2 Simple squamous epithelium: peritoneal mesothelium surrounding small intestine (transverse section). Figure 4.3 Different epithelial types in the kidney cortex. Figure 4.4 Simple columnar epithelium: surface of stomach. Figure 4.5 Simple columnar epithelium on villi in small intestine: cells with striated borders (microvilli) and goblet cells. Figure 4.6 Pseudostratified columnar ciliated epithelium: respiratory passages-trachea. Figure 4.7 Transitional epithelium: bladder (unstretched or relaxed). Figure 4.8 Transitional epithelium: bladder (stretched). Figure 4.9 Stratified squamous nonkeratinized epithelium: esophagus. Figure 4.10 Stratified squamous keratizined epithelium: palm of hand. Printed Pages: 560. NA, Lippincott Williams & Wilkins/Wolters Kluwer, 2012, 6, Lippincott Williams & Wilkins/Wolters Kluwer, 2012. 5th or later edition. Softcover. New. difiore`s Atlas of Histology with Functional Correlations explains basic histology concepts through realistic, full color composite and idealized illustrations of histologic structures. Added to the illustrations are actual photomicrographs of similar structures. This unique approach has become a popular trademark of the atlas. In addition, all structures are directly correlated with the most important and essential functional correlations. This approach allows students to efficiently learn histologic structures and their major functions at the same time. This atlas is used by various students in their histology course, including medical, graduate, and undergraduate sciences.CHAPTER 4: EPITHELIAL TISSUE Overview Figure 4.1 Different types of epithelia in ed organs SECTION 1 : Classification of Epithelial Tissue Figure 4.1 Simple squamous epithelium: surface view of peritoneal mesothelium. Figure 4.2 Simple squamous epithelium: peritoneal mesothelium surrounding small intestine (transverse section). Figure 4.3 Different epithelial types in the kidney cortex. Figure 4.4 Simple columnar epithelium: surface of stomach. Figure 4.5 Simple columnar epithelium on villi in small intestine: cells with striated borders (microvilli) and goblet cells. Figure 4.6 Pseudostratified columnar ciliated epithelium: respiratory passages-trachea. Figure 4.7 Transitional epithelium: bladder (unstretched or relaxed). Figure 4.8 Transitional epithelium: bladder (stretched). Figure 4.9 Stratified squamous nonkeratinized epithelium: esophagus. Figure 4.10 Stratified squamous keratizined epithelium: palm of hand. Printed Pages: 560., Lippincott Williams & Wilkins/Wolters Kluwer, 2012, 6, Lippincott Williams & Wilkins/Wolters Kluwer, 2012. 5th or later edition. Softcover. New. difiore`s Atlas of Histology with Functional Correlations explains basic histology concepts through realistic, full color composite and idealized illustrations of histologic structures. Added to the illustrations are actual photomicrographs of similar structures. This unique approach has become a popular trademark of the atlas. In addition, all structures are directly correlated with the most important and essential functional correlations. This approach allows students to efficiently learn histologic structures and their major functions at the same time. This atlas is used by various students in their histology course, including medical, graduate, and undergraduate sciences.CHAPTER 4: EPITHELIAL TISSUE Overview Figure 4.1 Different types of epithelia in ed organs SECTION 1 : Classification of Epithelial Tissue Figure 4.1 Simple squamous epithelium: surface view of peritoneal mesothelium. Figure 4.2 Simple squamous epithelium: peritoneal mesothelium surrounding small intestine (transverse section). Figure 4.3 Different epithelial types in the kidney cortex. Figure 4.4 Simple columnar epithelium: surface of stomach. Figure 4.5 Simple columnar epithelium on villi in small intestine: cells with striated borders (microvilli) and goblet cells. Figure 4.6 Pseudostratified columnar ciliated epithelium: respiratory passages-trachea. Figure 4.7 Transitional epithelium: bladder (unstretched or relaxed). Figure 4.8 Transitional epithelium: bladder (stretched). Figure 4.9 Stratified squamous nonkeratinized epithelium: esophagus. Figure 4.10 Stratified squamous keratizined epithelium: palm of hand. Printed Pages: 560., Lippincott Williams & Wilkins/Wolters Kluwer, 2012, 6, Lippincott Williams & Wilkins/Wolters Kluwer, 2012. 5th or later edition. Softcover. New. difiore`s Atlas of Histology with Functional Correlations explains basic histology concepts through realistic, full color composite and idealized illustrations of histologic structures. Added to the illustrations are actual photomicrographs of similar structures. This unique approach has become a popular trademark of the atlas. In addition, all structures are directly correlated with the most important and essential functional correlations. This approach allows students to efficiently learn histologic structures and their major functions at the same time. This atlas is used by various students in their histology course, including medical, graduate, and undergraduate sciences.CHAPTER 4: EPITHELIAL TISSUE Overview Figure 4.1 Different types of epithelia in ed organs SECTION 1 : Classification of Epithelial Tissue Figure 4.1 Simple squamous epithelium: surface view of peritoneal mesothelium. Figure 4.2 Simple squamous epithelium: peritoneal mesothelium surrounding small intestine (transverse section). Figure 4.3 Different epithelial types in the kidney cortex. Figure 4.4 Simple columnar epithelium: surface of stomach. Figure 4.5 Simple columnar epithelium on villi in small intestine: cells with striated borders (microvilli) and goblet cells. Figure 4.6 Pseudostratified columnar ciliated epithelium: respiratory passages-trachea. Figure 4.7 Transitional epithelium: bladder (unstretched or relaxed). Figure 4.8 Transitional epithelium: bladder (stretched). Figure 4.9 Stratified squamous nonkeratinized epithelium: esophagus. Figure 4.10 Stratified squamous keratizined epithelium: palm of hand. Printed Pages: 560., Lippincott Williams & Wilkins/Wolters Kluwer, 2012, 6, Lippincott Williams & Wilkins/Wolters Kluwer, 2012. 5th or later edition. Softcover. New. difiore`s Atlas of Histology with Functional Correlations explains basic histology concepts through realistic, full color composite and idealized illustrations of histologic structures. Added to the illustrations are actual photomicrographs of similar structures. This unique approach has become a popular trademark of the atlas. In addition, all structures are directly correlated with the most important and essential functional correlations. This approach allows students to efficiently learn histologic structures and their major functions at the same time. This atlas is used by various students in their histology course, including medical, graduate, and undergraduate sciences.CHAPTER 4: EPITHELIAL TISSUE Overview Figure 4.1 Different types of epithelia in ed organs SECTION 1 : Classification of Epithelial Tissue Figure 4.1 Simple squamous epithelium: surface view of peritoneal mesothelium. Figure 4.2 Simple squamous epithelium: peritoneal mesothelium surrounding small intestine (transverse section). Figure 4.3 Different epithelial types in the kidney cortex. Figure 4.4 Simple columnar epithelium: surface of stomach. Figure 4.5 Simple columnar epithelium on villi in small intestine: cells with striated borders (microvilli) and goblet cells. Figure 4.6 Pseudostratified columnar ciliated epithelium: respiratory passages-trachea. Figure 4.7 Transitional epithelium: bladder (unstretched or relaxed). Figure 4.8 Transitional epithelium: bladder (stretched). Figure 4.9 Stratified squamous nonkeratinized epithelium: esophagus. Figure 4.10 Stratified squamous keratizined epithelium: palm of hand. Printed Pages: 560., Lippincott Williams & Wilkins/Wolters Kluwer, 2012, 6, Lippincott Williams & Wilkins/Wolters Kluwer, 2012. 5th or later edition. Softcover. New. difiore`s Atlas of Histology with Functional Correlations explains basic histology concepts through realistic, full color composite and idealized illustrations of histologic structures. Added to the illustrations are actual photomicrographs of similar structures. This unique approach has become a popular trademark of the atlas. In addition, all structures are directly correlated with the most important and essential functional correlations. This approach allows students to efficiently learn histologic structures and their major functions at the same time. This atlas is used by various students in their histology course, including medical, graduate, and undergraduate sciences.CHAPTER 4: EPITHELIAL TISSUE Overview Figure 4.1 Different types of epithelia in ed organs SECTION 1 : Classification of Epithelial Tissue Figure 4.1 Simple squamous epithelium: surface view of peritoneal mesothelium. Figure 4.2 Simple squamous epithelium: peritoneal mesothelium surrounding small intestine (transverse section). Figure 4.3 Different epithelial types in the kidney cortex. Figure 4.4 Simple columnar epithelium: surface of stomach. Figure 4.5 Simple columnar epithelium on villi in small intestine: cells with striated borders (microvilli) and goblet cells. Figure 4.6 Pseudostratified columnar ciliated epithelium: respiratory passages-trachea. Figure 4.7 Transitional epithelium: bladder (unstretched or relaxed). Figure 4.8 Transitional epithelium: bladder (stretched). Figure 4.9 Stratified squamous nonkeratinized epithelium: esophagus. Figure 4.10 Stratified squamous keratizined epithelium: palm of hand. Printed Pages: 560., Lippincott Williams & Wilkins/Wolters Kluwer, 2012, 6, Lippincott Williams & Wilkins/Wolters Kluwer, 2012. 5th or later edition. Softcover. New. difiore`s Atlas of Histology with Functional Correlations explains basic histology concepts through realistic, full color composite and idealized illustrations of histologic structures. Added to the illustrations are actual photomicrographs of similar structures. This unique approach has become a popular trademark of the atlas. In addition, all structures are directly correlated with the most important and essential functional correlations. This approach allows students to efficiently learn histologic structures and their major functions at the same time. This atlas is used by various students in their histology course, including medical, graduate, and undergraduate sciences.CHAPTER 4: EPITHELIAL TISSUE Overview Figure 4.1 Different types of epithelia in ed organs SECTION 1 : Classification of Epithelial Tissue Figure 4.1 Simple squamous epithelium: surface view of peritoneal mesothelium. Figure 4.2 Simple squamous epithelium: peritoneal mesothelium surrounding small intestine (transverse section). Figure 4.3 Different epithelial types in the kidney cortex. Figure 4.4 Simple columnar epithelium: surface of stomach. Figure 4.5 Simple columnar epithelium on villi in small intestine: cells with striated borders (microvilli) and goblet cells. Figure 4.6 Pseudostratified columnar ciliated epithelium: respiratory passages-trachea. Figure 4.7 Transitional epithelium: bladder (unstretched or relaxed). Figure 4.8 Transitional epithelium: bladder (stretched). Figure 4.9 Stratified squamous nonkeratinized epithelium: esophagus. Figure 4.10 Stratified squamous keratizined epithelium: palm of hand. Printed Pages: 560., Lippincott Williams & Wilkins/Wolters Kluwer, 2012, 6, Lippincott Williams & Wilkins/Wolters Kluwer, 2012. 5th or later edition. Softcover. New. difiore`s Atlas of Histology with Functional Correlations explains basic histology concepts through realistic, full color composite and idealized illustrations of histologic structures. Added to the illustrations are actual photomicrographs of similar structures. This unique approach has become a popular trademark of the atlas. In addition, all structures are directly correlated with the most important and essential functional correlations. This approach allows students to efficiently learn histologic structures and their major functions at the same time. This atlas is used by various students in their histology course, including medical, graduate, and undergraduate sciences.CHAPTER 4: EPITHELIAL TISSUE Overview Figure 4.1 Different types of epithelia in ed organs SECTION 1 : Classification of Epithelial Tissue Figure 4.1 Simple squamous epithelium: surface view of peritoneal mesothelium. Figure 4.2 Simple squamous epithelium: peritoneal mesothelium surrounding small intestine (transverse section). Figure 4.3 Different epithelial types in the kidney cortex. Figure 4.4 Simple columnar epithelium: surface of stomach. Figure 4.5 Simple columnar epithelium on villi in small intestine: cells with striated borders (microvilli) and goblet cells. Figure 4.6 Pseudostratified columnar ciliated epithelium: respiratory passages-trachea. Figure 4.7 Transitional epithelium: bladder (unstretched or relaxed). Figure 4.8 Transitional epithelium: bladder (stretched). Figure 4.9 Stratified squamous nonkeratinized epithelium: esophagus. Figure 4.10 Stratified squamous keratizined epithelium: palm of hand. Printed Pages: 560. NA, Lippincott Williams & Wilkins/Wolters Kluwer, 2012, 6, Discovery Publishing House Pvt. Ltd., 2004. Hardcover. New. The fascinating title ""Biology of Protozoa"" has been carefully compiled and edited to meet the long felt needs of increasingly Large number of those who have to deal with the different aspects of Protozoology in Colleges, Universities and Research institutes. It provides a balanced and Integrated treatment of the entire field of Protozoa. The title is intelligible to the educated layman but it deals with some complex ideas. It is an adequate text for all requirements in this area for most University students. Special efforts have been made to explain ideas in non-mathematical terms. The primary aim throughout has been clarity, simplicity and the high standard. It will definitely prove to be a boon to teachers, students and research workers in the field of Protozoology. It has been the constant endeavour of the Authors to furnish maximum substance, keeping in view the limitations of size of the volume. Efforts have been made to condense the matter as far as practicable. The Book features both a text and a laboratory guide. It is hoped that this text will also significantly contribute to the efforts of instructors of Microbiology to motivate students into increasing their Knowledge concerning the activities and importance of protozoans as micro-organisms, and to establish a firm foundation that will be of value to students in related course work. Contents, 1. APPEARANCE OF PROTOZOA 2. LABORATORY METHODS : Collection; Cultivation; Free-living Protozoa; Parasitic Protozoa; Microscopical Examination; Fresh Preparation; Permanent Preparations 3. CELL ORGANELLES : Nucleus; Its Somatic Function; and the Endoplasmic Reticulum; Golgi Apparatus and Parabasal Apparatus; Mitochondria and Kinetoplast; Plastids; Pellicle; Cuticle and other Alloplasmic Structures; Fibrillar Systems of the Protozoa; Locomotory Organelles; food Uptake; Digestion; Reserve Substances; Osmoregulation and Excretion; Extrusomes; Sensory Organelles and Reactions to Stimuli; Functional Morphology; Sexuality and Heredity; Cells Associations and Cellular Differentiation 4. INHERITANCE : Inheritance within the Strain; Tendency Toward Genetic Unformity; Apparently Spontaneous Changes; Environmentally Induced Changes; Genetic Effects of Syngamy; Syngamy in Haploid Flagellates; Syngamy in Diploid Protozoa; Cytoplasmic Lag in Biparental Inheritance; Micronucleus in Conjugation; Behaviour of Mating Types in Conjugation; Behaviour of Antigenic Types in Conjugation; Genetic Significance of Endomixis; Autogamy and Cytogamy; Endomixis; Autogamy; Cytogamy; Genetic Significance of the Macronucleus; Cytoplasm in Inheritance; Killer Trait in Paramecium Aurelia; Mating Types and Cytoplasmic Inheritance; Antigenic Types and Cytoplasmic Inheritance 5. LIVING ACTIVITIES : Nutritional Requirements of Protozoa; General Types of Nutrition; Determination of Food Requirements; Autotrophic Nutrition; Mineral Requirements; Vitamin Requirements; Requirements of Various Groups; Oxygen Relationships And Oxidations; Ecological Distribution; Oxidation-reduction Potentials; Oxygen Consumption; Respiratory Quotients; Oxidations; Digestion; Food Vacuoles; Digestion of Proteins; Digestion of Carbohydrates; Digestion of Lipids; Nitrogen Metabolism; Carbohydrate Metabolism; Synthesis of Carbohydrates and Lipids; Contractile Vacuoles in Hydrostatic Regulation; Vacuolar Cycle; Growth of Protozoa; Individual and Populations; Initial pH of the Culture Medium; Temperature; Light and Darkness; Locomotion; Amoeboid Movement; Flagellar Locomotion; Swimming in Ciliates; Responses to Stimuli; Responses to Light; Reactions to Electric Current; Responses to Temperature 6. PROTOZOANS IN Environment : Free-living Protozoa; Temperature; Light; Chemical Composition of Water; Soil; Food; Parasitic Protozoa; Commensalism; Symbiosis; Parasitism; Origin of Parasitism; Hyperp Printed Pages: 376., Discovery Publishing House Pvt. Ltd., 2004, 6<

2004, ISBN: 9788171419067

NY: Basic Books. Very Good- with no dust jacket. 1961. Stated First Edition. Third Printing. Hard Cover. Complete in two volumes. Publisher's full blue cloth with gilt lettering on … Mehr…

NY: Basic Books. Very Good- with no dust jacket. 1961. Stated First Edition. Third Printing. Hard Cover. Complete in two volumes. Publisher's full blue cloth with gilt lettering on spine. Profusely illustrated with b&w drawings, diagrams and photographs. In slipcase. . Spines of both volumes are faded, lightly rubbed and have droplet marks of various colors, Volume 1 has a tiny bump on the lower tip of the front cover, else unmarked, tight, square and clean. In solid slipcase which has light rubbing and dust soiling. VERY GOOD-. . B&W drawings and photographs. Small 4to 9" - 11" tall. xiv, 382; viii, 471 pp ., Basic Books, 1961, 3, Discovery Publishing House Pvt. Ltd., 2004. Hardcover. New. The fascinating title ""Biology of Protozoa"" has been carefully compiled and edited to meet the long felt needs of increasingly Large number of those who have to deal with the different aspects of Protozoology in Colleges, Universities and Research institutes. It provides a balanced and Integrated treatment of the entire field of Protozoa. The title is intelligible to the educated layman but it deals with some complex ideas. It is an adequate text for all requirements in this area for most University students. Special efforts have been made to explain ideas in non-mathematical terms. The primary aim throughout has been clarity, simplicity and the high standard. It will definitely prove to be a boon to teachers, students and research workers in the field of Protozoology. It has been the constant endeavour of the Authors to furnish maximum substance, keeping in view the limitations of size of the volume. Efforts have been made to condense the matter as far as practicable. The Book features both a text and a laboratory guide. It is hoped that this text will also significantly contribute to the efforts of instructors of Microbiology to motivate students into increasing their Knowledge concerning the activities and importance of protozoans as micro-organisms, and to establish a firm foundation that will be of value to students in related course work. Contents, 1. APPEARANCE OF PROTOZOA 2. LABORATORY METHODS : Collection; Cultivation; Free-living Protozoa; Parasitic Protozoa; Microscopical Examination; Fresh Preparation; Permanent Preparations 3. CELL ORGANELLES : Nucleus; Its Somatic Function; and the Endoplasmic Reticulum; Golgi Apparatus and Parabasal Apparatus; Mitochondria and Kinetoplast; Plastids; Pellicle; Cuticle and other Alloplasmic Structures; Fibrillar Systems of the Protozoa; Locomotory Organelles; food Uptake; Digestion; Reserve Substances; Osmoregulation and Excretion; Extrusomes; Sensory Organelles and Reactions to Stimuli; Functional Morphology; Sexuality and Heredity; Cells Associations and Cellular Differentiation 4. INHERITANCE : Inheritance within the Strain; Tendency Toward Genetic Unformity; Apparently Spontaneous Changes; Environmentally Induced Changes; Genetic Effects of Syngamy; Syngamy in Haploid Flagellates; Syngamy in Diploid Protozoa; Cytoplasmic Lag in Biparental Inheritance; Micronucleus in Conjugation; Behaviour of Mating Types in Conjugation; Behaviour of Antigenic Types in Conjugation; Genetic Significance of Endomixis; Autogamy and Cytogamy; Endomixis; Autogamy; Cytogamy; Genetic Significance of the Macronucleus; Cytoplasm in Inheritance; Killer Trait in Paramecium Aurelia; Mating Types and Cytoplasmic Inheritance; Antigenic Types and Cytoplasmic Inheritance 5. LIVING ACTIVITIES : Nutritional Requirements of Protozoa; General Types of Nutrition; Determination of Food Requirements; Autotrophic Nutrition; Mineral Requirements; Vitamin Requirements; Requirements of Various Groups; Oxygen Relationships And Oxidations; Ecological Distribution; Oxidation-reduction Potentials; Oxygen Consumption; Respiratory Quotients; Oxidations; Digestion; Food Vacuoles; Digestion of Proteins; Digestion of Carbohydrates; Digestion of Lipids; Nitrogen Metabolism; Carbohydrate Metabolism; Synthesis of Carbohydrates and Lipids; Contractile Vacuoles in Hydrostatic Regulation; Vacuolar Cycle; Growth of Protozoa; Individual and Populations; Initial pH of the Culture Medium; Temperature; Light and Darkness; Locomotion; Amoeboid Movement; Flagellar Locomotion; Swimming in Ciliates; Responses to Stimuli; Responses to Light; Reactions to Electric Current; Responses to Temperature 6. PROTOZOANS IN Environment : Free-living Protozoa; Temperature; Light; Chemical Composition of Water; Soil; Food; Parasitic Protozoa; Commensalism; Symbiosis; Parasitism; Origin of Parasitism; Hyperp Printed Pages: 376., Discovery Publishing House Pvt. Ltd., 2004, 6<

2004, ISBN: 9788171419067

Discovery Publishing House Pvt. Ltd., 2004. Hardcover. New. The fascinating title ""Biology of Protozoa"" has been carefully compiled and edited to meet the long fel… Mehr…

Discovery Publishing House Pvt. Ltd., 2004. Hardcover. New. The fascinating title ""Biology of Protozoa"" has been carefully compiled and edited to meet the long felt needs of increasingly Large number of those who have to deal with the different aspects of Protozoology in Colleges, Universities and Research institutes. It provides a balanced and Integrated treatment of the entire field of Protozoa. The title is intelligible to the educated layman but it deals with some complex ideas. It is an adequate text for all requirements in this area for most University students. Special efforts have been made to explain ideas in non-mathematical terms. The primary aim throughout has been clarity, simplicity and the high standard. It will definitely prove to be a boon to teachers, students and research workers in the field of Protozoology. It has been the constant endeavour of the Authors to furnish maximum substance, keeping in view the limitations of size of the volume. Efforts have been made to condense the matter as far as practicable. The Book features both a text and a laboratory guide. It is hoped that this text will also significantly contribute to the efforts of instructors of Microbiology to motivate students into increasing their Knowledge concerning the activities and importance of protozoans as micro-organisms, and to establish a firm foundation that will be of value to students in related course work. Contents, 1. APPEARANCE OF PROTOZOA 2. LABORATORY METHODS : Collection; Cultivation; Free-living Protozoa; Parasitic Protozoa; Microscopical Examination; Fresh Preparation; Permanent Preparations 3. CELL ORGANELLES : Nucleus; Its Somatic Function; and the Endoplasmic Reticulum; Golgi Apparatus and Parabasal Apparatus; Mitochondria and Kinetoplast; Plastids; Pellicle; Cuticle and other Alloplasmic Structures; Fibrillar Systems of the Protozoa; Locomotory Organelles; food Uptake; Digestion; Reserve Substances; Osmoregulation and Excretion; Extrusomes; Sensory Organelles and Reactions to Stimuli; Functional Morphology; Sexuality and Heredity; Cells Associations and Cellular Differentiation 4. INHERITANCE : Inheritance within the Strain; Tendency Toward Genetic Unformity; Apparently Spontaneous Changes; Environmentally Induced Changes; Genetic Effects of Syngamy; Syngamy in Haploid Flagellates; Syngamy in Diploid Protozoa; Cytoplasmic Lag in Biparental Inheritance; Micronucleus in Conjugation; Behaviour of Mating Types in Conjugation; Behaviour of Antigenic Types in Conjugation; Genetic Significance of Endomixis; Autogamy and Cytogamy; Endomixis; Autogamy; Cytogamy; Genetic Significance of the Macronucleus; Cytoplasm in Inheritance; Killer Trait in Paramecium Aurelia; Mating Types and Cytoplasmic Inheritance; Antigenic Types and Cytoplasmic Inheritance 5. LIVING ACTIVITIES : Nutritional Requirements of Protozoa; General Types of Nutrition; Determination of Food Requirements; Autotrophic Nutrition; Mineral Requirements; Vitamin Requirements; Requirements of Various Groups; Oxygen Relationships And Oxidations; Ecological Distribution; Oxidation-reduction Potentials; Oxygen Consumption; Respiratory Quotients; Oxidations; Digestion; Food Vacuoles; Digestion of Proteins; Digestion of Carbohydrates; Digestion of Lipids; Nitrogen Metabolism; Carbohydrate Metabolism; Synthesis of Carbohydrates and Lipids; Contractile Vacuoles in Hydrostatic Regulation; Vacuolar Cycle; Growth of Protozoa; Individual and Populations; Initial pH of the Culture Medium; Temperature; Light and Darkness; Locomotion; Amoeboid Movement; Flagellar Locomotion; Swimming in Ciliates; Responses to Stimuli; Responses to Light; Reactions to Electric Current; Responses to Temperature 6. PROTOZOANS IN Environment : Free-living Protozoa; Temperature; Light; Chemical Composition of Water; Soil; Food; Parasitic Protozoa; Commensalism; Symbiosis; Parasitism; Origin of Parasitism; Hyperp Printed Pages: 376., Discovery Publishing House Pvt. Ltd., 2004, 6<

2004, ISBN: 9788171419067

Discovery Publishing House Pvt. Ltd., 2004. Hardcover. New. The fascinating title "Biology of Protozoa" has been carefully compiled and edited to meet the long felt needs of i… Mehr…

Discovery Publishing House Pvt. Ltd., 2004. Hardcover. New. The fascinating title "Biology of Protozoa" has been carefully compiled and edited to meet the long felt needs of increasingly Large number of those who have to deal with the different aspects of Protozoology in Colleges, Universities and Research institutes. It provides a balanced and Integrated treatment of the entire field of Protozoa. The title is intelligible to the educated layman but it deals with some complex ideas. It is an adequate text for all requirements in this area for most University students. Special efforts have been made to explain ideas in non-mathematical terms. The primary aim throughout has been clarity, simplicity and the high standard. It will definitely prove to be a boon to teachers, students and research workers in the field of Protozoology. It has been the constant endeavour of the Authors to furnish maximum substance, keeping in view the limitations of size of the volume. Efforts have been made to condense the matter as far as practicable. The Book features both a text and a laboratory guide. It is hoped that this text will also significantly contribute to the efforts of instructors of Microbiology to motivate students into increasing their Knowledge concerning the activities and importance of protozoans as micro-organisms, and to establish a firm foundation that will be of value to students in related course work. Contents, 1. APPEARANCE OF PROTOZOA 2. LABORATORY METHODS : Collection; Cultivation; Free-living Protozoa; Parasitic Protozoa; Microscopical Examination; Fresh Preparation; Permanent Preparations 3. CELL ORGANELLES : Nucleus; Its Somatic Function; and the Endoplasmic Reticulum; Golgi Apparatus and Parabasal Apparatus; Mitochondria and Kinetoplast; Plastids; Pellicle; Cuticle and other Alloplasmic Structures; Fibrillar Systems of the Protozoa; Locomotory Organelles; food Uptake; Digestion; Reserve Substances; Osmoregulation and Excretion; Extrusomes; Sensory Organelles and Reactions to Stimuli; Functional Morphology; Sexuality and Heredity; Cells Associations and Cellular Differentiation 4. INHERITANCE : Inheritance within the Strain; Tendency Toward Genetic Unformity; Apparently Spontaneous Changes; Environmentally Induced Changes; Genetic Effects of Syngamy; Syngamy in Haploid Flagellates; Syngamy in Diploid Protozoa; Cytoplasmic Lag in Biparental Inheritance; Micronucleus in Conjugation; Behaviour of Mating Types in Conjugation; Behaviour of Antigenic Types in Conjugation; Genetic Significance of Endomixis; Autogamy and Cytogamy; Endomixis; Autogamy; Cytogamy; Genetic Significance of the Macronucleus; Cytoplasm in Inheritance; Killer Trait in Paramecium Aurelia; Mating Types and Cytoplasmic Inheritance; Antigenic Types and Cytoplasmic Inheritance 5. LIVING ACTIVITIES : Nutritional Requirements of Protozoa; General Types of Nutrition; Determination of Food Requirements; Autotrophic Nutrition; Mineral Requirements; Vitamin Requirements; Requirements of Various Groups; Oxygen Relationships And Oxidations; Ecological Distribution; Oxidation-reduction Potentials; Oxygen Consumption; Respiratory Quotients; Oxidations; Digestion; Food Vacuoles; Digestion of Proteins; Digestion of Carbohydrates; Digestion of Lipids; Nitrogen Metabolism; Carbohydrate Metabolism; Synthesis of Carbohydrates and Lipids; Contractile Vacuoles in Hydrostatic Regulation; Vacuolar Cycle; Growth of Protozoa; Individual and Populations; Initial pH of the Culture Medium; Temperature; Light and Darkness; Locomotion; Amoeboid Movement; Flagellar Locomotion; Swimming in Ciliates; Responses to Stimuli; Responses to Light; Reactions to Electric Current; Responses to Temperature 6. PROTOZOANS IN Environment : Free-living Protozoa; Temperature; Light; Chemical Composition of Water; Soil; Food; Parasitic Protozoa; Commensalism; Symbiosis; Parasitism; Origin of Parasitism; Hyperp Printed Pages: 376., Discovery Publishing House Pvt. Ltd., 2004, 6<

2004, ISBN: 8171419062

[EAN: 9788171419067], Neubuch, [PU: Discovery Publishing House Pvt. Ltd.], BIOLOGY OF PROTOZAD.R. KHANNA,P.R. YADAV9788171419067, The fascinating title "Biology of Protozoa" has been care… Mehr…

[EAN: 9788171419067], Neubuch, [PU: Discovery Publishing House Pvt. Ltd.], BIOLOGY OF PROTOZAD.R. KHANNA,P.R. YADAV9788171419067, The fascinating title "Biology of Protozoa" has been carefully compiled and edited to meet the long felt needs of increasingly Large number of those who have to deal with the different aspects of Protozoology in Colleges, Universities and Research institutes. It provides a balanced and Integrated treatment of the entire field of Protozoa. The title is intelligible to the educated layman but it deals with some complex ideas. It is an adequate text for all requirements in this area for most University students. Special efforts have been made to explain ideas in non-mathematical terms. The primary aim throughout has been clarity, simplicity and the high standard. It will definitely prove to be a boon to teachers, students and research workers in the field of Protozoology. It has been the constant endeavour of the Authors to furnish maximum substance, keeping in view the limitations of size of the volume. Efforts have been made to condense the matter as far as practicable. The Book features both a text and a laboratory guide. It is hoped that this text will also significantly contribute to the efforts of instructors of Microbiology to motivate students into increasing their Knowledge concerning the activities and importance of protozoans as micro-organisms, and to establish a firm foundation that will be of value to students in related course work. Contents, 1. APPEARANCE OF PROTOZOA 2. LABORATORY METHODS : Collection; Cultivation; Free-living Protozoa; Parasitic Protozoa; Microscopical Examination; Fresh Preparation; Permanent Preparations 3. CELL ORGANELLES : Nucleus; Its Somatic Function; and the Endoplasmic Reticulum; Golgi Apparatus and Parabasal Apparatus; Mitochondria and Kinetoplast; Plastids; Pellicle; Cuticle and other Alloplasmic Structures; Fibrillar Systems of the Protozoa; Locomotory Organelles; food Uptake; Digestion; Reserve Substances; Osmoregulation and Excretion; Extrusomes; Sensory Organelles and Reactions to Stimuli; Functional Morphology; Sexuality and Heredity; Cells Associations and Cellular Differentiation 4. INHERITANCE : Inheritance within the Strain; Tendency Toward Genetic Unformity; Apparently Spontaneous Changes; Environmentally Induced Changes; Genetic Effects of Syngamy; Syngamy in Haploid Flagellates; Syngamy in Diploid Protozoa; Cytoplasmic Lag in Biparental Inheritance; Micronucleus in Conjugation; Behaviour of Mating Types in Conjugation; Behaviour of Antigenic Types in Conjugation; Genetic Significance of Endomixis; Autogamy and Cytogamy; Endomixis; Autogamy; Cytogamy; Genetic Significance of the Macronucleus; Cytoplasm in Inheritance; Killer Trait in Paramecium Aurelia; Mating Types and Cytoplasmic Inheritance; Antigenic Types and Cytoplasmic Inheritance 5. LIVING ACTIVITIES : Nutritional Requirements of Protozoa; General Types of Nutrition; Determination of Food Requirements; Autotrophic Nutrition; Mineral Requirements; Vitamin Requirements; Requirements of Various Groups; Oxygen Relationships And Oxidations; Ecological Distribution; Oxidation-reduction Potentials; Oxygen Consumption; Respiratory Quotients; Oxidations; Digestion; Food Vacuoles; Digestion of Proteins; Digestion of Carbohydrates; Digestion of Lipids; Nitrogen Metabolism; Carbohydrate Metabolism; Synthesis of Carbohydrates and Lipids; Contractile Vacuoles in Hydrostatic Regulation; Vacuolar Cycle; Growth of Protozoa; Individual and Populations; Initial pH of the Culture Medium; Temperature; Light and Darkness; Locomotion; Amoeboid Movement; Flagellar Locomotion; Swimming in Ciliates; Responses to Stimuli; Responses to Light; Reactions to Electric Current; Responses to Temperature 6. PROTOZOANS IN Environment : Free-living Protozoa; Temperature; Light; Chemical Composition of Water; Soil; Food; Parasitic Protozoa; Commensalism; Symbiosis; Parasitism; Origin of Parasitism; Hyperp Printed Pages: 376., Books<