1) What are the steps leading to an infectious disease, in the right order? 2) Which of the following is the most virulent bacterium based on LD50 and LD100 measurements? 3) Which... 1) What are the steps leading to an infectious disease, in the right order? 2) Which of the following is the most virulent bacterium based on LD50 and LD100 measurements? 3) Which of the following is NOT a virulence factor? 4) Which of the following viral diseases is ongoing but could be eradicated on a short timescale with concerted effort? 5) 2-methylhopanoids were proposed as biomarkers in paleobiology for? 6) Anoxygenic photosynthesis statements.
Understand the Problem
The question is asking about microbial ecology, including concepts related to bacterial diversity, health practices like handwashing, and various microbial processes. It touches on infection, disease progression, and the ecological roles of microbes in different environments.
Answer
1) D: exposure, adherence, invasion, toxicity, colonization, disease 2) B: 10e1 and 10e6 3) E: Cell membrane lipids 4) B: Polio 5) C: Methanotrophy
The final answer is:
- D: exposure, adherence, invasion, toxicity, colonization, disease
- B: 10e1 and 10e6
- E: Cell membrane lipids
- B: Polio
- C: Methanotrophy
Answer for screen readers
The final answer is:
- D: exposure, adherence, invasion, toxicity, colonization, disease
- B: 10e1 and 10e6
- E: Cell membrane lipids
- B: Polio
- C: Methanotrophy
More Information
The order of steps in an infectious disease is crucial for understanding progression. LD50 and LD100 values indicate virulence, while common viral diseases differ in eradication potential. 2-methylhopanoids are biomarkers related to methanotrophy in paleobiological studies.
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