1. Which of the following organisms would you use to change alkaline conditions to acidic conditions? a. B. cereus-VP+ b. S. aureus- Glucose metabolism test + c. E. coli- Decarboxylase + d. P. vulgaris- Simmon's citrate + e. E. aerogenes- Gelatinase + 2. Which of the following results is similar to your carbohydrate metabolism tests results when bacterial metabolic byproducts initiated a color change of red to yellow in the agar? a. B. cereus-MR + b. S. aureus-VP+ c. E. coli- Decarboxylase + d. P. vulgaris- Simmon's citrate + e. E. aerogenes- Gelatinase + 3. After an acid-fast stain, a gram positive organism would be a. blue b. green c. cranberry red d. yellow e. orange 4. Your patient is on a diet where he consumes a lot of protein. Due to this diet and the over consumption of proteins, he is dangerously close to his blood becoming acidic. So therefore, which of the following did you administer (hypothetically) to buffer the acids? a. B. cereus: VP b. S. aureus: Decarboxylase + c. L. acidophilus: EMB d. E. coli: Lipase+ e. E. aerogenes: Starch agar test+

1. Which of the following organisms would you use to change alkaline conditions to acidic conditions? a. B. cereus-VP+ b. S. aureus- Glucose metabolism test + c. E. coli- Decarboxylase + d. P. vulgaris- Simmon's citrate + e. E. aerogenes- Gelatinase + 2. Which of the following results is similar to your carbohydrate metabolism tests results when bacterial metabolic byproducts initiated a color change of red to yellow in the agar? a. B. cereus-MR + b. S. aureus-VP+ c. E. coli- Decarboxylase + d. P. vulgaris- Simmon's citrate + e. E. aerogenes- Gelatinase + 3. After an acid-fast stain, a gram positive organism would be a. blue b. green c. cranberry red d. yellow e. orange 4. Your patient is on a diet where he consumes a lot of protein. Due to this diet and the over consumption of proteins, he is dangerously close to his blood becoming acidic. So therefore, which of the following did you administer (hypothetically) to buffer the acids? a. B. cereus: VP b. S. aureus: Decarboxylase + c. L. acidophilus: EMB d. E. coli: Lipase+ e. E. aerogenes: Starch agar test+

Human Anatomy & Physiology (11th Edition)

11th Edition

ISBN:9780134580999

Author:Elaine N. Marieb, Katja N. Hoehn

Publisher:Elaine N. Marieb, Katja N. Hoehn

Chapter1: The Human Body: An Orientation

Section: Chapter Questions

Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...

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Question

1. Which of the following organisms would you use to change alkaline conditions to
acidic conditions?
a. B. cereus-VP +
b. S. aureus- Glucose metabolism test +
c. E. coli- Decarboxylase +
d. P. vulgaris- Simmon's citrate +
e. E. aerogenes- Gelatinase +
2. Which of the following results is similar to your carbohydrate metabolism tests results
when bacterial metabolic byproducts initiated a color change of red to yellow in the agar?
a. B. cereus-MR +
b. S. aureus-VP+
c. E. coli- Decarboxylase +
d. P. vulgaris- Simmon's citrate +
e. E. aerogenes- Gelatinase +
3. After an acid-fast stain, a gram positive organism would be
a. blue
b. green
c. cranberry red
d. yellow
e. orange
4. Your patient is on a diet where he consumes a lot of protein. Due to this diet and the
over consumption of proteins, he is dangerously close to his blood becoming acidic. So
therefore, which of the following did you administer (hypothetically) to buffer the acids?
a. B. cereus: VP
b. S. aureus: Decarboxylase +
c. L. acidophilus: EMB
d. E. coli: Lipase+
e. E. aerogenes: Starch agar test+
st-fs-lad-prod.inscloudgate.net/files/71e091b2-95...riXAGSX7kihG5XaOhFABsP7PBUexzlaVKNAmCNOZTU9

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