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The Economic and Nutritional Importance of Fungi Like Rhizopus

Explore the economic significance of Rhizopus in food preservation and production of antibiotics. Learn about its harmful effects on crops and food spoilage, and beneficial roles in recycling nutrients. Understand its structure, growth, and reproduction through asexual and sexual means, including the formation of zygospores. Discover how fungi like Rhizopus function heterotrophically and engage in symbiotic relationships. Study their role as saprophytes, parasites, and their impact on athletes' foot and ringworm. Gain insights into nutrient agar culture techniques and the growth of fungi like Rhizopus on agar plates.

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The Economic and Nutritional Importance of Fungi Like Rhizopus

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  1. Fungi

  2. Fungi Rhizopus Economic Importance Nutrition Growth Structure

  3. Rhizopus Reproduction

  4. Reproduction Asexual

  5. Asexual Sporangium Spores Wind

  6. Reproduction Asexual Sexual

  7. Sexual Gametangia Zygospore

  8. Reproduction Asexual Sexual

  9. Rhizopus Reproduction Structure

  10. Structure Hypha Mycelium

  11. Rhizopus Reproduction Structure

  12. Economic Importance Harmful

  13. Harmful Disease Moulds

  14. Moulds Food spoilage Dry rot

  15. Harmful Disease Moulds Crops

  16. Crops Potato blight

  17. Harmful Disease Moulds Crops

  18. Economic Importance Harmful Beneficial

  19. Beneficial Recycling C,N,P Antibiotics Food

  20. Food Mushrooms Yeast

  21. Yeast Bread Alcohol

  22. Alcohol Beer Wine

  23. Yeast Bread Alcohol Structure

  24. Structure Single cell Vacuole

  25. Yeast Bread Alcohol Structure Reproduction

  26. Reproduction Chain of cells Budding Mitosis

  27. Yeast Bread Alcohol Structure Reproduction

  28. Food Mushrooms Yeast

  29. Beneficial Recycling C,N,P Antibiotics Food

  30. Economic Importance Harmful Beneficial

  31. Nutrition Heterotrophic

  32. Heterotrophic Symbiosis

  33. Symbiosis Mychorrhiza (roots) Lichen

  34. Heterotrophic Symbiosis Saprophyte

  35. Saprophyte Food spoilage Decay, recycling C,N,P Extracellular enzymes

  36. Heterotrophic Symbiosis Saprophyte Parasite

  37. Parasite Athletes foot Ring worm

  38. Heterotrophic Symbiosis Saprophyte Parasite

  39. Nutrition Heterotrophic

  40. Growth Nutrient agar

  41. Nutrient agar Sterilisation Inoculation Colonies Incubation Petri dish Autoclave

  42. Growth Nutrient agar Activity

  43. Activity Agar plates

  44. Growth Nutrient agar Activity

  45. Structure Mitochondria Cell wall (chitin) Nucleus (Eukaryotic)

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