Antibiotic example sentences

"Antibiotic" Example Sentences

1. The doctor prescribed an antibiotic for the ear infection.
2. Antibiotics are used to treat bacterial infections.
3. Overuse of antibiotics has led to antibiotic resistance in many bacteria.
4. She took penicillin, an old antibiotic, for the strep throat.
5. The wound became infected despite being treated with antibiotics.
6. Scientists are constantly searching for new antibiotics to treat resistant bacteria.
7. Doctors only prescribe antibiotics when necessary to avoid antibiotic resistance.
8. Antibiotics do not help viral infections like colds and flu.
9. The antibiotic ointment helped prevent the wound from becoming infected.
10. Some antibiotics have side effects like nausea, diarrhea and headaches.
11. The baby received intravenous antibiotics to treat the blood infection.
12. Antibiotics were not effective against the fungus in the ear canal.
13. The old antibiotic had lost most of its effectiveness against modern bacteria.
14. The student received a broad spectrum antibiotic for the eye infection.
15. Antibiotics kill both good and harmful bacteria in the body.
16. Full courses of antibiotics should be taken as prescribed to kill all bacteria.
17. Topical antibiotics were applied to the infected wound.
18. Antibacterial soap contains antibiotics to kill bacteria on the skin.
19. The course of antibiotics cured the urinary tract infection.
20. Doctors prescribed probiotics to replenish healthy bacteria after the antibiotics.
21. The patient was put on an antibiotic drip for the severe infection.
22. Antibiotics can have allergic side effects in some people.
23. The blister was treated with an antibiotic cream to prevent infection.
24. The acne medication contains a topical antibiotic.
25. Scientists are working to create new antibiotics effective against superbugs.
26. Antibiotic resistance develops when bacteria mutate to resist antibiotic effects.
27. Doctors tested the patient to determine which antibiotic worked best.
28. Antibiotics did not work for the viral upper respiratory infection.
29. Too much time had passed for the antibiotics to be effective against the infection.
30. Doctors monitored the patient closely while administering the powerful antibiotics.
31. She developed an allergy to penicillin, a common antibiotic.
32. The antibiotic cream helped clear up the skin infection.
33. The patient finished the entire course of antibiotics as prescribed.
34. Antibiotics work by disrupting bacterial cell walls and DNA.
35. The infection did not respond to the common antibiotics prescribed.
36. The doctor switched antibiotics after the initial one proved ineffective.
37. The draining wound required daily cleaning and application of antibiotics.
38. The patient experienced an allergic reaction to the antibiotic given.
39. Without completing the antibiotics, bacteria may develop resistance.
40. Doctors are extremely careful when prescribing powerful new antibiotics.
41. The combination of antibiotics finally conquered the stubborn infection.
42. The antibiotic wiped out both harmful and beneficial bacteria.
43. Failure to take the full course of antibiotics results in resistant bacteria.
44. Antibacterial hand soap contains low levels of antibiotic ingredients.
45. Scientists screened thousands of compounds to find new antibiotics.
46. Antibiotics should only be prescribed when truly needed to treat bacterial infections.
47. The ointment helped clear up the antibiotic-resistant skin infection.
48. Researchers are working to develop alternatives to traditional antibiotics.
49. Fungi and viruses are not susceptible to treatment by conventional antibiotics.
50. The infected wound healed after a two week course of intravenous antibiotics.
51. Antibiotics must reach the site of infection to be effective against bacteria.
52. The scientific community warns against excessive and improper use of antibiotics.
53. Studies show a link between antibiotic use in animals and drug resistance in humans.
54. The bandage was treated with antibiotic ointment to prevent infection.
55. Doctors closely monitor patients taking powerful broad spectrum antibiotics.
56. Antibiotics in soap and wipes may contribute to antibiotic resistance.
57. The infected cut was treated with antibiotic cream as a precaution.
58. Doctors always weigh the risks versus benefits when prescribing antibiotics.
59. Most antibiotics work systemically throughout the entire body.
60. Doctors try less powerful antibiotics first before moving to stronger options.

Common Phases

1. Antibiotic resistance - When bacteria mutate and become resistant to the effects of antibiotics.
2. Broad spectrum antibiotic - An antibiotic that is effective against a wide range of bacterial species.
3. Antibiotic-resistant bacteria - Bacteria that no longer respond to the effects of most antibiotics.
4. Antibiotic sensitivity test - A lab test to determine which antibiotics will be most effective against a bacterial infection.
5. Antibiotic stewardship - The responsible use of antibiotics to minimize the development of antibiotic resistance.
6. Antibiotic overuse - The excessive or improper prescribing of antibiotics, which contributes to resistance.
7. Antibiotic course - The recommended length of time a patient should take an antibiotic to fully treat an infection.
8. Antibiotic side effects - Undesired effects that can result from taking antibiotics like nausea, diarrhea and headaches.
9. Antibiotic cream - A topical antibiotic ointment or lotion used to treat skin infections.
10. Antibiotic ointment - A thick cream containing antibiotic medicine used to prevent wound infections.
11. Antibiotic allergies - Hypersensitivity reactions that some people experience when taking certain antibiotics.
12. Antibiotic-free - Refers to products raised without the routine use of antibiotics, especially meat and poultry.
13. Complete the antibiotic course - The advice for patients to take all of the prescribed doses of an antibiotic to fully treat an infection.
14. Antibiotics kill bacteria - How antibiotics work by targeting and interfering with bacterial cells.
15. Antibiotics do not work for viruses - Antibiotics cannot treat viral infections like colds and flu.