Wednesday, 22 April 2020

Chapter 4: Cell Walls and the Gram Stain Mechanism – Describe why some organisms stain gram positive and others stain gram negative

11. Chapter 4: Cell Walls and the Gram Stain Mechanism – Describe why some organisms stain gram positive and others stain gram negative.
12. Chapter 4: Atypical Cell Walls – Describe what is atypical about Mycoplasma.
13. Chapter 4: The Movement of Materials across Membranes – Summarize what we mean by isotonic, hypotonic, and hypertonic.
14. Chapter 4: Endospores – Describe endospore formation and germination.
15. Chapter 5: Catabolic and Anabolic Reactions – How is ATP important in catabolic and anabolic reactions?
16. Chapter 5: Enzyme Components – Define apoenzyme, cofactor, coenzyme, and holoenzyme.
17. Chapter 5: Factors Influencing Enzymatic Activity – Summarize the four major factors influencing enzymatic activity.
18. Chapter 6: The Requirements for Growth – Physical Requirements – Temperature – Describe the effect of food quantity on cooling of the food in a refrigerator.
19. Chapter 6: Oxygen – Describe why oxygen can be toxic to bacteria (include singlet oxygen, superoxide free radicals, etc.).
20. Chapter 6: Selective and Differential Media – Indicate why a particular medium would be considered a differential medium.
21. Chapter 8: Structure and Function of the Genetic Material – Describe genotype and phenotype and genomics.
22. Chapter 8: Transformation in Bacteria – Describe how genes are transferred by this process.
23. Chapter 8: Conjugation in Bacteria – Describe how genes are transferred by this process.
24. Chapter 9: Introduction to Biotechnology – What is recombinant biotechnology?
25. Chapter 10: The Three Domains – Describe the Domain Archaea.

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