Image 1: Strict anaerobes
Image 2 : Aerotolerant anerobes
Image 3 : Microaerophile
Image 4 : Facultative anerobe
Image 5 : Obligate aerobe
Drag the images to the label that correctly characterizes the bacterial growth response to atmospheric oxygen...
4) Fill in the following table: Oxygen DETOXIFYING ENZYMES Superoxide Catalase? dismutase? CLASSIFICATION ENERGY obtained by (Cellular respiration &/or fermentation) Requires/tole rates/inhibits prefers Obligate Aerobe Obligate anaerobe Facultative anaerobe Aerotolerant anaerobe Microaerophile 5) Match the following patterns of growth with the classification of bacteria. Growth throughout tube, equally distributed Growth throughout tube, heavier at top Growth at very top only Growth at very bottom only Growth at a defined spot, towards the top, but not at the very top
Questions 1. Why do we see growth of a strict aerobe along the stab line of an agar deep? 2. Where in an agar deep would you expect to find the lowest levels of oxygen? The highest? SSVVUOVOVOU 3. What is the role of oxygen in aerobic respiration? 4. Why do facultative anaerobes grow better in an aerobic environment than an anaerobic environment? 5. In an agar deep, how would you distinguish the growth pattern of an aerotolerant anaerobe from...
correct the ones marked wrong, and explain why they are the
right answer
Part I. Multiple Choice. 1.5 points each, 32 questions, 48 points to Fill in the blank with the correct answer choice. 1. Which of the following is NOT required for microorganisms to grow and divide? ationefoliciningisson re edcorator als D replication b. binary fission um ormation injustt e@hours. This Cequatorial septum formation d. conjugation 2. A culture of Salmonella increases from 20 cells to over 10,000 cells...
A ____________________ prefers to grow at temperatures between 25-40⁰C. A. barophile B. halophile C. mesophile D. psychrophile E. all of the above F. none of the above 2. In the aerobic respiration experiment, ________ bacteria will show a small amount of growth towards the top of the media; however, it is not growing at the surface, so no pellicle forms; the red layer of indicator is still present, and there is only a small amount of bacterial growth in the...