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This section includes 15 Mcqs, each offering curated multiple-choice questions to sharpen your Fermentation Technology knowledge and support exam preparation. Choose a topic below to get started.
1. |
Which of the following strain is useful for diabetes treatment? |
A. | Interferon |
B. | Insulin |
C. | Interleukin |
D. | Glucagon |
Answer» C. Interleukin | |
2. |
Which of the following is a type of mutation? |
A. | Point mutations |
B. | Frameshift mutations |
C. | Sense mutation |
D. | Missense mutations |
Answer» D. Missense mutations | |
3. |
Which of the following cannot induce mutations? |
A. | X-rays |
B. | Gamma rays |
C. | Bromine |
D. | Chlorine |
Answer» E. | |
4. |
In which of the following technique the genome is transferred from one organism to another? |
A. | Protoplast fusion |
B. | rDNA technology |
C. | Induced mutations |
D. | Conjugation |
Answer» B. rDNA technology | |
5. |
Which of the following organism(s) strain can be improved by parasexual cycle? |
A. | <i>A. niger</i> |
B. | <i>P. chrysogenum</i> |
C. | <i>A. nidulans</i> |
D. | <i>B. flavum</i> |
Answer» E. | |
6. |
Which of the following secondary metabolites does not prevent the synthesis of its own? |
A. | Chloramphenicol |
B. | Puromycin |
C. | Penicillin |
D. | Streptomycin |
Answer» E. | |
7. |
Which of the following is the analogue of valine? |
A. | Isoleucine |
B. | Trifluoroleucine |
C. | Leucine |
D. | Cephamycin |
Answer» C. Leucine | |
8. |
Shiio and Sano (1969) investigated the use of prototrophic revertants of __________ for lysine production. |
A. | <i>C. glutamicum</i> |
B. | <i>B. flavum</i> |
C. | <i>S. cerevisiae</i> |
D. | <i>S. typhi</i> |
Answer» C. <i>S. cerevisiae</i> | |
9. |
The Replica plate technique was used for _________ |
A. | Isolation of auxotrophs |
B. | Isolation of revertants |
C. | Isolation of analogue-resistant mutants |
D. | Isolation of prototrophs |
Answer» C. Isolation of analogue-resistant mutants | |
10. |
Who discovered the Gradient plate technique? |
A. | Sano |
B. | Shiio |
C. | Szybalski |
D. | Kubota |
Answer» D. Kubota | |
11. |
ketoglutarate dehydrogenase normally converts _______ into _______ |
A. | ketoglutarate, succinate |
B. | ketoglutarate, malate |
C. | ketoglutarate, glutamate |
D. | ketoglutarate, oxaloacetate |
Answer» B. ketoglutarate, malate | |
12. |
When C. glutamicum was grown in a medium containing a high concentration of biotin, the amount of glutamate produced was ________ |
A. | 10-40 g/mg<sup>-1</sup> |
B. | 20-35 g/mg<sup>-1</sup> |
C. | 25-36 g/mg<sup>-1</sup> |
D. | 35-40 g/mg<sup>-1</sup> |
Answer» D. 35-40 g/mg<sup>-1</sup> | |
13. |
Who isolated a biotin-requiring, Corynebacterium glutamicum? |
A. | Kinoshita |
B. | Nakayama |
C. | Nakao |
D. | Demain |
Answer» B. Nakayama | |
14. |
The Induced mutations results in _________ formation. |
A. | A-A dimer |
B. | C-C dimer |
C. | T-T dimer |
D. | G-G dimer |
Answer» D. G-G dimer | |
15. |
Which of the following procedure has a great application in strain improvement? |
A. | rDNA Technology |
B. | Conjugation |
C. | Transformation |
D. | Transduction |
Answer» B. Conjugation | |