|
" Freeze-Etch Histology : "
by Lelio Orci, Alain Perrelet.
| Document Type
|
:
|
BL
|
| Record Number
|
:
|
752260
|
| Doc. No
|
:
|
b572219
|
| Main Entry
|
:
|
by Lelio Orci, Alain Perrelet.
|
| Title & Author
|
:
|
Freeze-Etch Histology : : a Comparison between Thin Sections and Freeze-Etch Replicas\ by Lelio Orci, Alain Perrelet.
|
| Publication Statement
|
:
|
Berlin, Heidelberg : Springer Berlin Heidelberg, 1975
|
| ISBN
|
:
|
3642660207
|
|
|
:
|
: 3642660223
|
|
|
:
|
: 9783642660207
|
|
|
:
|
: 9783642660221
|
| Contents
|
:
|
General Interpretation of Freeze-Etch Replicas --; 1 Cytoplasmic and Membrane Faces (Secretory Cell from the Neurohypophysis) --; 2 Membrane Faces (Pancreatic Endocrine Cells) --; 3 Membrane Faces (Myelin Sheath) --; Differentiations of the Cell Surface in Freeze-Etching --; 4 Fenestrated Endothelium (Pancreas) --; 5 Fenestrated Endothelium (Kidney) --; 6 Fenestrated Endothelium (Kidney) --; 7 Fenestrated Endothelium (Kidney) --; 8 Fenestrated Endothelium (Kidney) --; 9 Fenestrated Endothelium (Liver) --; 10 Endocytosis (Liver) --; 11 Endocytosis (Kidney) --; 12 Exocytosis (Endocrine Pancreas) --; 13 Basal Moldings (Kidney) --; 14 Basal Infoldings (Kidney) --; 15 Microvilli (Kidney) --; 16 Microvilli (Thyroid Gland) --; 17 Microvilli (Thyroid Gland) --; 18 Tight Junction (Small Intestine) --; 19 Tight Junction (Exocrine Pancreas) --; 20 Tight Junction (Endocrine Pancreas) --; 21 Gap Junction (Liver) --; 22 Gap Junction (Liver) --; 23 Gap and Tight Junctions (Pancreatic Endocrine Cell --; Nucleus --; 24 Liver Cell (Thin Section, t. s.) --; 25 Kidney Tubular Cell (Freeze-Etching, f.e.) --; 26 Liver Cell (t.s.) --; 27 Pancreatic Endocrine Cell (f.e.) --; Exocrine Pancreas --; 28 Acinar Cell (t.s.) --; 29 Acinar Cell (f.e.) --; 30 Acinar Cell (t.s.) --; 31 Acinar Cell (f.e.) --; 32 Acinar Cell (t.s.) --; 33 Acinar Cell (f.e.) --; 34 Intralobular Duct (t.s.) --; 35 Intralobular Duct (f.e.) --; Endocrine Pancreas --; 36 Insulin-Producing Cell (B-Cell) (t.s.) --; 37 Insulin-Producing Cell (B-Cell) (f.e.) --; 38 Insulin-Producing Cell (B-Cell) (f.e.) --; 39 Insulin-Producing Cells (B-Cells) (t.s.) --; 40 Islet Cells (f.e.) --; Intestine --; 41 Absorptive Cell from the Small Intestine (t.s.) --; 42 Absorptive Cell from the Small Intestine (f.e.) --; 43 Brush Border of Absorptive Cells (t.s.) --; 44 Brush Border of Absorptive Cells (f.e.) --; 45 Brush Border of Absorptive Cells (t.s.) --; 46 Brush Border of Absorptive Cells (f.e.) --; 47 Goblet Cell (t.s.) --; 48 Goblet Cell (f.e.) --; Liver --; 49 Hepatocyte (t.s.) --; 50 Hepatocyte (f.e.) --; 51 Endothelium of the Sinusoid (t.s.) --; 52 Endothelium of the Sinusoid (f.e.) --; Kidney --; 53 Capillary Loop from the Renal Corpuscle (t.s.) --; 54 Capillary Loop from the Renal Corpuscle (f.e.) --; 55 Capillary Loop from the Renal Corpuscle (f.e.) --; 56 Foot Processes (f.e.) --; 57 Proximal Tubule (t.s.) --; 58 Proximal Tubule (f.e.) --; 59 Distal Tubule (t.s.) --; 60 Distal Tubule (f.e.) --; Trachea --; 61 Ciliated Cells of the Tracheal Epithelium (t.s.) --; 62 Ciliated Cells of the Tracheal Epithelium (f.e.) --; 63 Kinocilia (t.s.) --; 64 Kinocilia (f.e.) --; Lung --; 65 Great Alveolar Cell (t.s.) --; 66 Great Alveolar Cell (f.e.) --; Muscle --; 67 Cardiac Muscle (t.s.) --; 68 Cardiac Muscle (f.e.) --; 69 Cardiac Muscle (t.s.) --; 70 Cardiac Muscle (f.e.) --; 71 Smooth Muscle (Intestine) (t.s.) --; 72 Smooth Muscle (Intestine) (f.e.) --; 73 Smooth Muscle (Vascular) (t.s.) --; 74 Smooth Muscle (Intestine) (f.e.) --; Nerve --; 75 Non-Myelinated Axons (t.s.) --; 76 Non-Myelinated Axons (f.e.) --; 77 Myelinated Axon (t.s.) --; 78 Myelinated Axon (f.e.) --; Adipose Tissue --; 79 White Adipose Cells (t.s.) --; 80 White Adipose Cells (f.e.) --; Blood --; 81 Red Blood Cells (t.s.) --; 82 Red Blood Cells (f.e.).
|
| Abstract
|
:
|
The development of the electron microscope brought one to the other. The purpose of this book is to in a new era, in which cell structures could be provide a bridge, to help those who are familiar visualized down to a macromolecular level. It is of with conventional electron microscopy, to cross course well recognized that some cell components into the less familiar freeze-etching. This has been can be modified or even completely lost during the done by providing paired photographs wherever complex sequence of fixation, dehydration, staining possible, one showing the thin section of a tissue or and plastic embedding which is essential before a a cell, the other a freeze-etch replica of a similar thin section can be obtained. Further, only these cell material. At the same time we have tried to provide components which can be made electron opaque a basis for interpretation of freeze-etched structures, can be visualized. For these reasons, the morpho and we hope the reader will find the first 23 Plates logist and cell biologist alike have to explore alter especially useful in this respect. Because there are native techniques of specimen preparation which many excellent atlases of cell structure available at may avoid some of the artefacts inherent in con the present time, we felt there was no need to ventional thin-section electron microscopy, and at provide lengthy discussions of each plate.
|
| Subject
|
:
|
Medicine.
|
| LC Classification
|
:
|
QH236.B954 1975
|
| Added Entry
|
:
|
Alain Perrelet
|
|
|
:
|
Lelio Orci
|
| |