Ch. 1. Molecular biology of Omega-3 chains as structural lipids : many central questions remain unanswered -- Ch. 2. Darwinian selection of the fittest membrane lipids : from archaeal isoprenoids to DHA-enriched rhodopsin disks -- Ch. 3. Coevolution of DHA membranes and their proteins -- Ch. 4. Convergent evolution of DHA/EPA biosynthetic pathways -- Ch. 5. Membrane evolution in a marine bacterium : capitalizing on DHA for energy conservation in seawater -- Ch. 6. Evolution of DHA membranes in human neutrons -- Ch. 7. DHA/EPA chains as powerful membrane antifreeze -- Ch. 8. DHA as a mediocre permeability barrier against cations : water wire theory -- Ch. 9. DHA/EPA membranes as targets of oxidative damage -- Ch. 10. Bacteria : environmental modulation of membrane lipids for bioenergetic gain -- Ch. 11. Chloroplasts : harnessing DHA/EPA for harvesting light in the sea -- Ch. 12. Mitochondria : DHA-cardiolipin boosts energy output -- Ch. 13. Sperm : essential roles of DHA lead to development of a mechanical stress hypothesis -- Ch. 14. DHA/EPA mutualism between bacteria and marine animals -- Ch. 15. Membrane adaptations for an oily environment : lessons from a petroleum-degrading bacterium -- Ch. 16. Lessons from yeast : phospholipid conformations are important in winemaking -- Ch. 17. DHA principle applied to global warming -- Ch. 18. DHA principle applied to molecular farming -- Ch. 19. DHA/unsaturation theory of aging -- Ch. 20. DHA principle applied to neurodegenerative diseases -- Ch. 21. Dietary DHA in prevention of colon cancer : how a risk to the cell benefits the organism

1. Docosahexaenoic acid -- Health aspects
2. Omega-3 fatty acids -- Health aspects
3. Docosahexaenoic Acids -- metabolism
4. Docosahexaenoic Acids -- pharmacology
5. Membrane Lipids -- metabolism