Internetové knihkupectví s veterinární tématikou
Čtenářům této publikace se dostává do ruky naprosto jedinečný manuál, jak rozpoznávat buňky v mikroskopickém preparátu. Autor v této publikaci stručnou a čtivou formou předkládá návod k použití, jak identifikovat buňky v mikroskopu. V počátečních kapitolách je popisována morfologie a identifikace buněk. V následujících kapitolách je řešeno umístění jednotlivých druhů buněk v orgánových systémech. Větší část publikace je vlastně klíčem k určení druhu buňky. Jednotlivé buňky jsou uspořádány v tomto klíči abecedně a popsány stručně v těchto bodech a popisech: celková charakteristika a biologická funkce, tvar a velikost, jádro, cytoplazma, lokalizace, složení (architektura) cytoplazmy, původ, diferenciální diagnostika. Každá buňka je prezentována fotografií a schématickým nákresem. V další kapitole jsou popsány morfologické změny buněk. Celou publikaci uzavírá přehledný atlas jednotlivých buněk umožňující rychlou orientaci při identifikaci buněk. Kniha svým rozměry na pracovních laboratorních stolech zabere prostor o rozměru 30x23 cm, proto je předurčena se stát naprosto nezbytnou příručku pro laboratorní specialisty, studenty veterinární medicíny a veterinární praktiky, kteří se snaží rozlišit mikroskopické voodoo a určit přesnou diagnózu. Autor zvolil přehlednou úpravu kapitol bočními nápisy, což umožní rychlou orientaci v publikaci. Použité fotografie a kresby jsou prvotřídní a velice edukativní.
Autor: Lorenzo Ressel is a Senior Lecturer in Veterinary Pathology at the Institute of Veterinary Science, University of Liverpool, UK and a Fellow of the Higher Education Academy.
Nakladatel | Wiley-Blackwell |
---|---|
ISBN | 9781119278894 |
Vydání | 2017 |
Vazba | brožovaná |
Počet stran | 178 |
A concise and practical visual guide to normal cell identification for all those dealing with cytology in the dog and cat.
Normal Cell Morphology in Canine and Feline Cytology: An Identification Guide takes a uniquely visual approach to normal cell identification in dogs and cats. Single-page presentations offer vivid snapshots of particular cell types, with high quality microphotographs matched with annotated schematic diagrams and accompanying explanatory text. Providing a vital understanding of what normal cells look like, this text is ideal for all those in small animal veterinary practice examining cytology samples.
The book begins with a concise, yet comprehensive introduction to the principles of morphological identification, followed by a description of the distribution of cells and where different cell types can be sampled from in the various tissues and organs. The main part of the book is devoted to describing each cell type and its characteristics. Cytoarchitectures, observed non-cellular material and general pathological changes are also described.
Offers a unique alphabetically organised visual guide to each cell type, covering cells from every type of organ and system
Features an abundance of full-colour microphotographs accompanied by beautifully rendered schematic diagrams, making cell identification quick and easy
Includes a visual index for ultimate ease of navigation at the microscope
Normal Cell Morphology in Canine and Feline Cytology is a must-have text for veterinary students and an indispensable bench manual for small animal veterinary practitioners.
Normal Cell Morphology in Canine and Feline Cytology takes a uniquely visual approach to normal cell identification in dogs and cats. Single-page presentations offer vivid snapshots of particular cell types, with high quality microphotographs matched with annotated schematic diagrams and accompanying explanatory text. Providing a vital understanding of what normal cells look like, this text is ideal for all those in small animal veterinary practice examining cytology samples.
The book begins with a concise, yet comprehensive introduction to the principles of morphological identification, followed by a description of the distribution of cells and where different cell types can be sampled from in the various tissues and organs. The main part of the book is devoted to describing each cell type and its characteristics. Cytoarchitectures, observed non-cellular material and general pathological changes are also described.
Offers a unique alphabetically organised visual guide to each cell type, covering cells from every type of organ and system
Features an abundance of full-colour microphotographs accompanied by beautifully rendered schematic diagrams, making cell identification quick and easy
Includes a visual index for ultimate ease of navigation at the microscope
Normal Cell Morphology in Canine and Feline Cytology: An Identification Guide is a must-have text for veterinary students and an indispensable bench manual for small animal veterinary practitioners.
Foreword | ix |
Introduction | xi |
Cellular biology and cytological interpretation: the philosophy behind the systém | 1 |
Shape and observation | 1 |
Morphology, identity and behaviour | 1 |
Identity and interpretation | 2 |
Behaviour and interpretation | 2 |
Knowledge and interpretation | 2 |
Cellular morphologies | 3 |
Nuclear morphologies | 5 |
Cytoplasmic morphologies | 9 |
Supercellular morphologies | 11 |
2 Distribution of cells in tissues and organs | 13 |
Introduction | 13 |
Distribution of cells in normal tissues and organs | 18 |
3 Cytotypes | 25 |
Introduction | 25 |
Activated mesothelial cell | 27 |
Adipocyte | 28 |
Adipophage | 29 |
Adrenal cell | 30 |
Alveolar macrophage | 31 |
Anal sac apocrine cell | 32 |
Apocrine cell | 33 |
Astrocyte | 34 |
Band cell | 35 |
Basal cell | 36 |
Basophil | 37 |
Basophili rubricyte | 38 |
Biliary cell | 39 |
Cardiomyocyte | 40 |
Cell‐laden macrophage | 41 |
Centroblast | 42 |
Centrocyte | 43 |
Ceroid‐laden macrophage | 44 |
Chondroblast | 45 |
Ciliated epithelial cell | 46 |
Conjunctival columnar cell | 47 |
Conjunctival goblet cell | 48 |
Conjunctival squamous cell | 49 |
Endocrine pancreas cell | 50 |
Endotheliocyte | 51 |
Enterocyte | 52 |
Eosinophil | 53 |
Ependymal cell | 54 |
Epididymal cell | 55 |
Epithelioid macrophage | 56 |
Erythrocyte | 57 |
Exocrine pancreas cell | 58 |
Fibroblast | 59 |
Fibrocyte | 60 |
Flame cell | 61 |
Gastric chief cell | 62 |
Gastric mucous surface cell | 63 |
Gastric parietal cell | 64 |
Goblet cell | 65 |
Granular lymphocyte | 66 |
Granulosa cell | 67 |
Haemosiderophage | 68 |
Hepatocyte | 69 |
Hepatoid cell | 70 |
Immunoblast | 71 |
Inflammatory giant cell | 72 |
Intermediate squamous epithelial cell | 73 |
Ito cell | 74 |
Keratinized squamous epithelial cell | 75 |
Kupffer cell | 76 |
Leydig cell | 77 |
Lipoblast | 78 |
Luteal cell | 79 |
Lymphoglandular body | 80 |
Macrophage | 81 |
Mammary foam cell | 82 |
Mammary gland cell | 83 |
Mast cell | 84 |
Mature non‐nucleated keratinized squamous cell | 85 |
Megakaryoblast | 86 |
Megakaryocyte | 87 |
Melanocyte | 88 |
Melanophage | 89 |
Mesothelial cell | 90 |
Metamyelocyte | 91 |
Metarubricyte | 92 |
Microorganism‐laden macrophage | 93 |
Monoblast | 94 |
Monocyte | 95 |
Mott cell | 96 |
Myeloblast | 97 |
Myelocyte | 98 |
Myoepithelial cell | 99 |
Neuron | 100 |
Neutrophil | 101 |
Non‐keratinized squamous epithelial cell | 102 |
Normochromatic rubricyte | 103 |
Oligodendrocyte | 104 |
Oocyte | 105 |
Osteoblast | 106 |
Osteoclast | 107 |
Parabasal squamous epithelial cell | 108 |
Parathyroid chief cell | 109 |
Pituicyte | 110 |
Plasma cell | 111 |
Plasmacytoid cell | 112 |
Platelet | 113 |
Pneumocyte | 114 |
Polychromatic rubricyte | 115 |
Polychromatophilic erythrocyte | 116 |
Promegakaryocyte | 117 |
Promyelocyte | 118 |
Prorubricyte | 119 |
Prostate cell | 120 |
Renal tubular cell | 121 |
Rhabdomyocyte | 122 |
Rubriblast | 123 |
Salivary gland cell | 124 |
Sebocyte | 125 |
Sertoli cell | 126 |
Small lymphocyte | 127 |
Smooth muscle cell | 128 |
Spermatogenic cell | 129 |
Spermatozoon | 130 |
Splenic macrophage | 131 |
Synoviocyte | 132 |
Thymic epithelial cell | 133 |
Thyroid follicular cell | 134 |
Thyroid parafollicular cell | 135 |
Tingible body macrophage | 136 |
Urothelial cell | 137 |
4 Cytoarchitectures | 139 |
Introduction | 139 |
Absence of cytoarchitecture (or sheets of cells) | 140 |
Acinar cytoarchitecture | 141 |
Honeycomb cytoarchitecture | 142 |
Palisade cytoarchitectures | 143 |
Papillary cytoarchitecture | 144 |
Pavement cytoarchitecture | 145 |
Perivascular cytoarchitecture | 146 |
Solid three‐dimensional cytoarchitecture | 147 |
Storiform cytoarchitecture | 148 |
Trabecular cytoarchitectures | 149 |
Tubular cytoarchitecture | 150 |
5 Background | 151 |
Introduction | 151 |
Absence of background | 151 |
Blood background | 151 |
Background composed of matrix | 152 |
6 Morphological alterations of cells | 157 |
Introduction | 157 |
Morphological alterations related to cellular degeneration | 157 |
Morphological alterations linked to cellular death | 157 |
Atypical features | 159 |
Visual index | 173 |