A) Selective Poison (39%)
B) Nsaids (18%)
C) Analgesics (25%)
D) Mast Cell Inhibitors (18%)
Answer : A
2 of 14: Antibiotics have different ways of attacking bacteria, including affecting their __________
A) Cell Membrane (41%)
B) Cell Walls (44%)
C) Flagella (11%)
D) Vacuoles (5%)
Answer : B
3 of 14: Which of the following is NOT a problem with antibiotic soaps?
A) They May Kill Useful Bacteria. (19%)
B) They May Encourage Bacteria to Develop Resistance. (28%)
C) They Are Much More Harsh on Skin Than Regular Soaps. (39%)
D) Most Must Be in Contact With an Object for Two Minutes to Be Effective. (14%)
Answer : C
4 of 14: Before antibiotics, some diseases ran wild, including bubonic plague, which killed about _________ people during the 14th century.
A) 5 Million (25%)
B) 50 Million (38%)
C) 100 Million (17%)
D) 200 Million (50%)
Answer : D
5 of 14: MRSA is the acronym for an antibiotic-resistant bacteria; its full name is derived from __________.
A) Its Country of Origin (21%)
B) Its Discoverer (26%)
C) The Body Part It Most Often Affects (33%)
D) The Antibiotic It Resists (50%)
Answer : D
6 of 14: MRSA is the acronym for an antibiotic-resistant bacteria; its full name is derived from __________.
A) Its Country of Origin (19%)
B) Its Discoverer (23%)
C) The Body Part It Most Often Affects (33%)
D) The Antibiotic It Resists (55%)
Answer : D
7 of 14: Which of the following can NOT be successfully treated with antibiotics?
A) Cholera (12%)
B) Salmonella (26%)
C) Mononeucleosis (47%)
D) Tuberculosis (15%)
Answer : C
8 of 14: Which of the following can NOT be successfully treated with antibiotics?
A) Cholera (16%)
B) Salmonella (30%)
C) Mononeucleosis (43%)
D) Tuberculosis (11%)
Answer : C
9 of 14: Antibiotics cannot kill viruses because viruses _________.
A) Are Not Alive (58%)
B) Are Not Poisons (29%)
C) Do Not Replicate (27%)
D) Have Developed Resistance to Antibiotics (16%)
Answer : A
10 of 14: Which of the following ways to counter antibiotics is NOT used by some form of antibiotic-resistant bacteria?
A) Obliterating the Antibiotics (20%)
B) Preventing Access for the Antibiotic (33%)
C) Altering the Structure of the Part of the Bacterium That is Targeted by Antibiotics (29%)
D) Moving to a Different Body Part Than the One Originally Targeted (58%)
Answer : D
11 of 14: Some bacteria become resistant to antibiotics by picking up a copy of a gene with an altered protein or ________.
A) Enzyme (51%)
B) Mitochondria (42%)
C) Phosphate (18%)
Answer : A
12 of 14: n the past, people with artificial joints (e.g., hip and knee replacements) have been given antibiotics before dental procedures. Currently, the American Dental Association recommends this for high-risk patients only, because __________.
A) There is No Empirical Evidence That Supports Widespread Use of Antibiotics for These Patients. (56%)
B) Antivirals Proved to Be More Effective (19%)
C) Antibiotics Contribute to Infections in These Patients (68%)
D) Antibiotics Affect Heart Rhythms in Some Patients. (6%)
Answer : C
13 of 14: In U.S. hospitals, patients sometimes pick up bacterial infections. About ______ people get bacterial infections annually while in the hospital for other reasons.
A) 500000 (17%)
B) 1 Million (31%)
C) 2 Million (38%)
D) 3 Million (14%)
Answer : C
14 of 14: Alexander Fleming, who isolated penicillin, the first antibiotic, was studying the staphylococcus bacteria because of rampant infections _________.
A) Among British Aristocrats (17%)
B) During World War 1 (48%)
C) in British Colonies in Africa (27%)
D) in London Tenements (9%)
Answer : B
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All Answers in table
| SNO | ANSWER |
|---|---|
| 1 | A |
| 2 | B |
| 3 | C |
| 4 | D |
| 5 | D |
| 6 | D |
| 7 | C |
| 8 | C |
| 9 | A |
| 10 | D |
| 11 | A |
| 12 | C |
| 13 | C |
| 14 | B |
| If you found any wrong Answer Please Comment bellow. | |
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