describe the experiment that proved chemiosmotic hypothesis.
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describe the experiment that proved chemiosmotic hypothesis.
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- Define chemiosmotic hypothesispropose a hypothesis regarding the organisms (staphylococcus, escherichia, pseudomonas, and bacillus) that will be resistant to the most disinfectants, and why? if the hypothesis is supported, what specific experimental results will be observed? what would be the independent and dependent variable? zone size, disinfectant type, colony countDescribe the chemiosmotic theory's main characteristics.
- Explain the difference between selective medium and a differential mediumUse the photo below to measure the diameter of each antibiotic (all 3) and record the name and measure the diameter of the zone of inhibition. AFTER, answer these questions: 1.What antiblotic is most effective against the bacteria? 2. What antibiotic is least effective against the bacteria? 3. What causes the zone of inhibition to form? 4. If you get no zone of inhibition what can you concludeExplain why it is important to prevent microbes from growing inspecimens, and why speed is so important in the clinicallaboratory.
- Citing data from the results table, tell which antibiotic is most effective against this type of bacterium. Citing data from the results table, which antibiotic if least effective against this type of bacterium. Explain how you determined the level of effectiveness. Describe what that Petri dish looked like. Hint(a most effective antibiotic has a larger clear area around the antibiotic disk. (a least effective antibiotic has a smaller clear area around antibiotic disk.)A common mechanism by which sensor cells in the host detect micro-organisms relies on the production of unique microbial components not found in the host. Propose a strategy by which a clever microbe could evade this type of response.Citing the data from your results table tell which antibiotic is the most effective against this type of bacterium. Citing the data from the results table tell which antibiotic is the least effective against this type of bacterium. Explain how you determined the level of effectiveness. Describe what the Petri dish looked like. Hint(the most effective antibiotic has a larger clear area around the antibiotic disk. The least effective antibiotic has a smaller clear area around the antibiotic disk.
- Attached below is the study about the effects of handwashing and the effectiveness of soap against bacteria. What conclusions can be generated from this result? A C before washing hands 10 second hand wash B D hot water only rinse 30 second hand wash Figure 8: Agar plates with bacteria A) before washing hands B) after rinsing hands in hot water C) After washing hands with soap for 10 seconds and D) after washing hands for 30 seconds. Images show that the number of bacteria on the plate are not greatly reduced after a hot water rinse or 10 second handwash but bacterial levels are reduced after a proper hand wash for 30 seconds.Note that it is not appropriate to self-diagnose outside of a medical context and this is a completely hypothetical scenario. Imagine you have a rash on your foot. You're concerned that it's an infection and inoculate a sample onto an agar plate. You wonder, How can I figure out whether the pathogen is a bacterium vs a eukaryote? You decide to use lab supplies to get a basic understanding of the pathogen. Be specific about what tests you use and what you expect the results to be. Limit yourself to experiments we could do in our lab. What is one experiment you could do, involving culturing the organism?Note that it is not appropriate to self-diagnose outside of a medical context and this is a completely hypothetical scenario. Imagine you have a rash on your foot. You're concerned that it's an infection and inoculate a sample onto an agar plate. You wonder, How can I figure out whether the pathogen is a bacterium vs a eukaryote? You decide to use lab supplies to get a basic understanding of the pathogen. Be specific about what tests you use and what you expect the results to be. Limit yourself to experiments we could do in our lab. What is a procedure you could do, involving making a slide of the organism?