Question: Bacillus krulwichiae sp. nov. is a halotolerant alkaliphile bacteria species that lives in soil. Apply your knowledge of salt tolerance and pH testing to predict the results this microbe would have produced in the experimental procedures of this la

Question: Halotolerant: these are organism that can tolerate high concentration of salt but do not require it to grow. Staphylococcus aureus is a prime example of a halotolerant type bacteria, this is what gives it the capability to grow on our skin. Methods: Osmophiles: These are organisms that can grow in environments of exces- sive sugar.

How do halotolerant microbes differ from halophiles? There are 2 steps to solve this one. Solution. Step 1.

15% NaCl 30% NaCl 0% NaCl +++ 7.596 Naci +++ Species 1 O halotolerant O halophile O not halotolerant O extreme halophile QUESTION 7 How would you classify the following bacteria? 096 Naci 7.5% NaCl 15% Naci Species 2 3096 NaCl O halotolerant O halophile o non-halophile O extreme halophile QUESTION 8 How would you classify the following bacteria ...

To start solving, first understand the terms "Staphylococcus aureus", "halotolerant", and how they might relate to each other. Staphylococci is a … View the full answer

6. Which pathogenic bacterial species is halotolerant? How does it thrive on skin? 7. Name the bacterial structure that protects the bacteria in a hypotonic environment; describe how it protects the bacteria. 8. Name the halotolerant pathogenic species that may contaminate deli meat and cause illness. 9.

Look at the MSA plate result below and answer: is the bacteria sample growing on the plate a halotolerant? No I can't determine Yes For the EMB plate below, would you say that the bacterial sample growing on it are lactose fermenters?

Question: Cyanobacteria are halotolerant: They are capable of accumulating low molecular weight halides intracellularly in response to a high osmotic pressure. They can be cultivated in a medium containing 0.11M NaCl, or in a medium containing 0.49 M NaCl and 0.01 M CaCl2.

These microbes thrive in the Great Salt Lake: O a. extreme halophiles O b. halotolerant O c. barophilic O d. extreme thermophiles Your solution’s ready to go! Our expert help has broken down your problem into an easy-to-learn solution you can count on.

Answer to Although Staphylococcus aureus demonstrates optimal. Question: Although Staphylococcus aureus demonstrates optimal growth in an environment of 1% salt, it is able to tolerate up to 13% salt. S. aureus would be described …