Match the microorganisms in column A with their corresponding product in column B, then match your answer in column B to column C. A B C 1. B. subtilis A. Lactic acid I. Primary metabolite 2. Xanthomonas B. Erythromycin II. Secondary metabolite 3. C. glutamicon C. Rifamycin III. Tertiary metabolite 4. Bifidobacteria D. Glutamic acid IV. Quaternary metabolite 5. A. oryzae E. Acetic acid 6. E. coli F. Gentamicin 7. Ascomycetes G. Citrate 8. Brewer’s yeast H. Amylase 9. S. orientalis I. Polymysin 10. P. furiosus J. Vitamin C 11. S. erythraea K. Taq polymerase 12. Aspergillus L. Penicilin 13. M. purpurea M. Cellulase 14. S. mediterranei N. Vancomycin 15. Acetobacter O. Vitamin B P. Rice wine Q. Tetracycline R. Neomycin S. Insulin T. Xanthan gum U. Thermostable DNA pol.
Match the microorganisms in column A with their corresponding product in column B, then match your answer in column B to column C.
|
A |
B |
C |
|
1. B. subtilis |
A. Lactic acid |
I. Primary metabolite |
|
2. Xanthomonas |
B. Erythromycin |
II. Secondary metabolite |
|
3. C. glutamicon |
C. Rifamycin |
III. Tertiary metabolite |
|
4. Bifidobacteria |
D. Glutamic acid |
IV. Quaternary metabolite |
|
5. A. oryzae |
E. Acetic acid |
|
|
6. E. coli |
F. Gentamicin |
|
|
7. Ascomycetes |
G. Citrate |
|
|
8. Brewer’s yeast |
H. Amylase |
|
|
9. S. orientalis |
I. Polymysin |
|
|
10. P. furiosus |
J. Vitamin C |
|
|
11. S. erythraea |
K. Taq polymerase |
|
|
12. Aspergillus |
L. Penicilin |
|
|
13. M. purpurea |
M. Cellulase |
|
|
14. S. mediterranei |
N. Vancomycin |
|
|
15. Acetobacter |
O. Vitamin B |
|
|
|
P. Rice wine |
|
|
|
Q. Tetracycline |
|
|
|
R. Neomycin |
|
|
|
S. Insulin |
|
|
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T. Xanthan gum |
|
|
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U. Thermostable DNA pol. |
|
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