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Contents: 1. History of microbiology. 2. Metabolism in bacteria: ATP generation. 3. Chemoautotrophy and photoautotrophy. 4. Respiration in bacteria. 5. Bacteriophages. 6. Viroids and prions. 7. Bacterial genetics. 8. Genetic recombination. 9. Genetic engineering. 10. Plasmids and episomes. 11. Genetically modified organisms (GMO). 12. Soil microbiology. 13. Microbial transformation of carbon. 14. Microbial transformation of nitrogen and biological nitrogen ...
Contents: 1. Introduction. 2. Seed physiology. 3. Seed viability and vigour. 4. Growth and development. 5. Crop water relations. 6. How do materials pass through membranes?. 7. Absorption of water and mineral elements by plants. 8. The ascent of sap. 9. Organic transport in plants. 10. Transpiration. 11. Photosynthesis: introduction. 12. Photosynthetic apparatus: chloroplast. 13. Photosystems in chloroplast. 14. Photoionization and photophosphorylation. 5. Path ...