Part 1: Ecology And Evolution
Chapter/ :/ rait-Based Ecology With Diatoms
Chapter 2:/ he Population Genetics And Evolutionary Potential Of/ iatoms
Chapter 3: An Integrated View Of Diatom Interactions
Chapter 4:/ ncient Diatom Dna
Part/ :/ enomics
Chapter 5: Structure And Evolution Of Diatom Nuclear Genes And Genomes
Chapter 6: Reconstructing Dynamic Evolutionary Events In Diatom Nuclear And Organelle/ enomes
Chapter 7: Epigenetic Control Of Diatom Genomes: An Overview From/ n Silico/ haracterisation/ o Functional Studies
Part 3: Cell Biology
Chapter 8: Life-Cycle Regulation
Chapter 9:/ ellular Hallmarks And Regulation Of The Diatom Cell Cycle
Chapter 10:/ ell Biology Of Organelles
Chapter 11: Structure And Morphogenesis Of The Frustule
Chapter 12: Biomolecules Involved In Frustule Biogenesis And Function
Chapter 13: Silicic Acid Uptake And Storage By Diatoms
Chapter 14:/ dhesion And Motility
Part 4: Primary Metabolism
Chapter 15:/ hotosynthetic Light Reactions In Diatoms. I. The Lipids And Light-Harvesting Complexes Of The Thylakoid Membrane
Chapter 16:/ hotosynthetic Light Reactions In Diatoms. Ii. The Dynamic Regulation Of The Various Light Reactions
Chapter/ 7:/ arbohydrate Metabolism
Chapter 18:/ ipid Metabolism/ n Diatoms
Chapter 19:/ omparative And Functional Genomics Of Macronutrient Utilization In Marine Diatoms
Chapter 20/ olecular Mechanisms Underlying Micronutrient Utilization In Marine/ iatoms
Part 5: Cell Signalling And Interactions
Chapter/ 1:/ ensing And Signalling In Diatom Responses To Abiotic Cues
Chapter 22:/ n Ocean Of Signals: Intracellular And Extracellular Signalling
Chapter 23:/ he Diatom Microbiome: New Perspectives For Diatom-Bacteria/ ymbioses
Chapter 24: Diatom Viruses
Part 6: Genetic And Metabolic Engineering
Chapter 25:/ enetic Engineering In Marine Diatoms: Current Practices And Emerging Technologies
Chapter 26:/ onstraint-Based Modelling Of Diatoms Metabolism And Quantitative Biology Approaches./ .