SPI Microscopy Library
Fixation, Dehydration and Embedding of Biological Specimens
From the series: Practical Methods in Electron Microscopy
Author and Editor: Audrey M. Glauert © 1984, 207 pgs., illustrated
Table of Contents
Chapter 1. Introduction
- 1.1 Electron microscopy of biological specimens; the need for ultrathin
sections
- 1.2 The aim of the procedure
- 1.3 Criteria of good preservation
Chapter 2. Fixatives
- 2.1 The development of fixatives for electron microscopy
- 2.2 Vehicles for fixatives
- 2.3 Osmium tetroxide fixatives
- 2.4 Glutaraldehyde fixatives
- 2.5 Formaldehyde fixatives
- 2.6 Acrolein and other aldehyde fixatives
- 2.7 Permanganate fixatives
- 2.8 Mixed fixatives
- 2.9 Uranly acetate fixatives
Chapter 3. Fixation methods
- 3.1 Time and temperature of fixation
- 3.2 Fixation schedules
- 3.3 Organs and tissues
- 3.4 Botanical specimens
- 3.5 Monolayers of cells
- 3.6 Isolated cells
- 3.7 Cell fractions
- 3.8 Methods for very small quantities of material
- 3.9 Special fixation and methods
Chapter 4. Dehydration
- 4.1 Chemical and morphological effects of dehydration
- 4.2 Dehydration schedules
- 4.3 Dehydration agents
Chaper 5. Embedding
- 5.1 Embedding media for electron microscopy
- 5.2 Standard embedding methods
- 5.3 Epoxy resins
- 5.4 Pollyester resins
- 5.5 Methacrylates
- 5.6 Water soluble embedding media
- 5.7 Other embedding media
- 5.8 Special embedding methods
Chapter 6. Low temperature methods
- 6.1 Fixation, dehydration and embedding at low temperatures
- 6.2 Freeze drying
- 6.3 Freeze substitution
- 6.4 Cryo-ultramicrotomy
Appendix
Commercial suppliers of equipment and materials for fixation, dehydration and embedding
Index for list of suppliers
Subject index
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