Fluid preservation: a comprehensive reference

Abstract

Introduction Acknowledgements Part I. Fluid Preservation Techniques and Collections Chapter 1. History of Fluid Preservation Fluid Preservation in the Ancient World History of Ethyl Alcohol Origin of the Name Alcohol Glass Containers The Discovery of Preservation of Specimens in Ethyl Alcohol Early Instructions for Preserving Specimens in Fluids Later Instructions for Preserving Specimens in Fluids Fluid Preserved Collections Other Fluid Preservatives Summary Chapter 2. Fixation Fixation Formaldehyde Origin of the Names Formaldehyde, Formol, and Formalin Commercial Formaldehyde Formaldehyde as a Fixative and Preservative Fixative pH Range Narcotization Fixatives for Botanical Specimens Temperature, Time, and Rates of Penetration of Fixatives The Penetration-Fixation Paradox Lipids and Fixation Formaldehyde and Field Work Paraformaldehyde Post-Formaldehyde Fixation Washing Unwanted Effects of Formaldehyde Gluteraldehyde Aldehyde Safety Alternative and Proprietary Fixatives Chapter 3. Preservation Preservation without Fixation Freezing Transfer between Fluids Preservative Quality Old Fluid Preservatives Botanical Use of Fluid Preservation Glycerin Isopropyl Alcohol Fluid Preservation for DNA Extraction Evaporation Clearing and Staining Anatomical and Histological Fluid Preparations Mounting Specimens Inside Containers Glycol, Phenol, and Phenoxetol as Preservatives Novec Fluid Mineral Oil Universal Fixatives Criteria for Evaluating Alternative Fixative and Preservative Fluids Chapter 4. Effects of Fixatives and Preservatives on Specimens Changes in Body Dimensions and Biomass Changes in Color Solvent Extraction in Fixatives and Preservatives Chapter 5. Managing Fluid Preserved Collections Identification of Fluid Preservatives Checking Fluid Concentration Re-Use of Old Alcohol pH of Preservative Solutions Preparing Fixatives and Preservatives Containers and Seals Alternatives to Glass Containers Labeling The Storage Environment Topping Up and Replacing Preservatives Why do Closures Fail? Bacterial and Fungal Growth in Fluid Collections-Detection and Remediation Rehydration of Fluid Preserved Specimens Moving Collections Exhibition of Fluid Preserved Specimens Dealing with Old Containers and Old Specimens Repair of Damaged Fluid Preserved Specimens Health and Safety Fire Prevention Formaldehyde Safety Chapter 6. Fluid Preserved Collections as Cultural Patrimony Why Preserve Specimens in Fluid? The Fluid Preserved Human Fond Memories of Fluid Preservation Fluid Preservation in Visual Art Fluid Preservation in Literature Fluid Preservation in Film Fluid Preservation in Popular Culture The Aesthetics of Fluid Preservation Part II. Literature in this Field Chapter 7. Literature Cited. Chapter 8. Literature Reviewed but Not Cited Part III. Reference Tables Table 1. Fluid preservation techniques. Table 2. Timeline of milestones in published fluid preservation techniques. Table 3. Tissue matrix types. Table 4. Proprietary fixatives (based on manufacturer's MSDS, advertisements, and published analyses). Table 5. Narcotizing agents. Table 6. Disinfectant mechanisms of some preservatives (based in part on Volk and Wheeler 1984). Table 7. Summary of factors that affect the long-term usefulness of fluid preserved specimens (after Simmons 2002). Table 8. Timeline of the known introduction of chemicals in fluid preservation. Table 9. Anatomical fixation and preservation techniques. Table 10. Clearing and staining techniques. Table 11. Disinfectant mechanisms of some preservatives (based in part on van Dam 2003). Table 12. Criteria for identifying alternative preservative fluids (based in part on van Dam 2003). Table 13. Summary of fixative and preservative induced changes in invertebrates. Table 14. Summary of fixative and preservative induced changes in invertebrates by taxonomic group. Table 15. Summary of fixative and preservative induced changes in vertebrates by taxonomic group. Table 16. Summary of fixative and preservative induced changes in vertebrates by taxonomic group. Table 17. Proprietary preservatives (based on manufacturer's MSDS, advertisements, and published analyses). Table 18. Summary of published fluid concentration and pH testing of fluid preserved collections. Table 19. Characteristics of containers for fluid preserved specimens (based on Simmons 2002). Table 20. Oxygen permeablility of container materials. Table 21. Published recommendations for label substrates and inks. Table 22. Rehydration techniques for fluid preserved specimens. Table 23. Treatments and practices that are not recommended for fluid preserved specimens. Appendix Index About the Author

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