Zone of inhibition for each antibiotic Trial 1 Trial 2 Trial 3 Average Sample A (mm) 22 21 21 21.3 Sample B (mm) 18 877 17 17 17.3 Sa Sa mm pl pl Samp e e le E CD (mm) (m (m) m) m) 35 30 28 33 29 29 34 28 28 34 29 28.3 Sample C (mm) 28 30 29 29

Microbiology When using the Microscope in a lab, the use of oil prevents_____________ (use the correct term).

An increase in which of the following will produce an increase in the mean arterial pressure? All the above O Heart contractility O Total peripheral resistance O Venous return

The ability to view the insides of microbes and not just the shape of the cell can be done by using extremely thin slices of the microbes along with __________ microscopes.

In lab, you carried out an experiment related to microorganisms on surfaces in lab. Answer the following questions related to your experiment. Be sure to NUMBER your response so it corresponds with the numbered questions below.    1. What was your research question? 2. What were your treatments? 3. Which variables were standardized? (name at least 2)

Individual E. coli Strains Contain Only a____________ of the E. coli Pangenome

Jerell has tested samples of food left by the thief. They reacted positively to the Lugol test, Biuret test, and Sudan test. What kind of meal might the thief have eaten to leave those macromolecules in the sample? Explain.

Using CER format, which antibiotic would you want to take based on your results found in the table? I would take antibiotic____to fight a bacterial infection. Use evidence from the tables and explain your answer using scientific language. Give a well-explained lengthy response.

Pick either of these media: (EMB or HE) and describe (again, in your own words) how the chemical ingredients in that medium work to make it both "selective" as well as "differential"

Answer