100 Examples of sentences containing the common noun "penicillin"

Definition

Penicillin is a group of antibiotics derived from Penicillium fungi, primarily used to treat bacterial infections. It was the first antibiotic discovered and has significantly impacted medicine by effectively treating various infections.

Synonyms

• Antibiotic
• Antibacterial agent
• Antimicrobial

Antonyms

• Antiseptic (in a general sense)
• Infection (as it refers to the presence of pathogens rather than a treatment)

Examples

1. The doctor decided to penicillin the patient after confirming the bacterial infection.
2. Many people are allergic to penicillin, which can complicate treatment options.
3. Researchers are studying how to improve the effectiveness of penicillin.
4. The widespread use of penicillin revolutionized the treatment of infections.
5. In the past, penicillin was a miracle drug that saved countless lives.
6. Some strains of bacteria have become resistant to penicillin.
7. The nurse administered penicillin to the patient via injection.
8. Penicillin is often prescribed for conditions like strep throat.
9. The discovery of penicillin marked a significant advancement in medical science.
10. It’s crucial to complete the penicillin course to ensure full recovery.
11. Before penicillin, many infections were often fatal.
12. Researchers are working on new formulations of penicillin.
13. The history of penicillin dates back to Alexander Fleming's discovery in 1928.
14. Penicillin can be effective in treating pneumonia.
15. Patients with a history of penicillin allergies must inform their doctors.
16. Some people may experience side effects when taking penicillin.
17. The formulation of penicillin was a breakthrough in pharmacology.
18. Penicillin has saved millions of lives since its introduction.
19. The laboratory is testing new strains of penicillin to combat resistant bacteria.
20. The availability of penicillin has changed the landscape of surgery.
21. Doctors often choose penicillin for its broad spectrum of action.
22. Patients are advised to take penicillin with food to reduce stomach upset.
23. The effectiveness of penicillin can vary from person to person.
24. In the early days, penicillin was produced in small quantities.
25. The use of penicillin has led to a decline in mortality rates from infections.
26. Some medical professionals prefer alternative antibiotics over penicillin.
27. Penicillin should not be taken without a prescription from a doctor.
28. The side effects of penicillin can include nausea and diarrhea.
29. The formulation of penicillin was a result of years of research.
30. Penicillin is not effective against viral infections.
31. The development of penicillin has paved the way for other antibiotics.
32. Patients receiving penicillin must be monitored for allergic reactions.
33. Penicillin is often the first line of treatment for bacterial infections.
34. The history of penicillin is taught in many medical schools.
35. The discovery of penicillin opened new avenues in the treatment of sepsis.
36. Penicillin is commonly used in both human and veterinary medicine.
37. Some doctors may recommend alternatives to penicillin based on patient history.
38. The effectiveness of penicillin can diminish if not used properly.
39. Penicillin resistance is a growing concern in modern medicine.
40. The production of penicillin during World War II was crucial for treating soldiers.
41. There are many types of penicillin, each used for different infections.
42. The use of penicillin has been instrumental in controlling bacterial outbreaks.
43. Patients should report any adverse reactions after taking penicillin.
44. Penicillin is often combined with other medications for enhanced effect.
45. The research team published their findings on penicillin in a scientific journal.
46. Doctors must consider patient allergies before prescribing penicillin.
47. The effectiveness of penicillin is sometimes influenced by patient diet.
48. Penicillin should be stored in a cool, dry place to maintain its potency.
49. The introduction of penicillin led to the development of other antibiotics.
50. Some patients may require a higher dosage of penicillin for severe infections.
51. The pharmaceutical company invested heavily in penicillin research.
52. Penicillin can be administered orally or via injection.
53. The widespread use of penicillin has led to debates about antibiotic stewardship.
54. Penicillin was originally derived from a mold found in a laboratory.
55. The healthcare provider explained how penicillin works in the body.
56. Penicillin is still one of the most prescribed antibiotics today.
57. Patients are encouraged to complete their penicillin prescription.
58. The use of penicillin has significantly reduced the incidence of rheumatic fever.
59. Penicillin can interact with other medications, so caution is advised.
60. The formulation of penicillin has evolved over the years.
61. Many hospitals have protocols in place for administering penicillin.
62. Penicillin is often tested in clinical trials for new formulations.
63. The effectiveness of penicillin can vary based on bacterial strain.
64. Following the discovery of penicillin, other antibiotics were developed.
65. Penicillin has been crucial in treating syphilis and other sexually transmitted infections.
66. Doctors may recommend switching to a different antibiotic if penicillin is ineffective.
67. Penicillin is a key component in treating certain types of meningitis.
68. The healthcare system relies heavily on penicillin for routine infections.
69. Penicillin is sometimes used in conjunction with other treatments for complex cases.
70. Patients are advised to inform their healthcare provider about prior penicillin use.
71. The availability of penicillin has transformed the treatment of tuberculosis.
72. Researchers are exploring the potential of penicillin in treating new diseases.
73. Penicillin is known for its ability to kill bacteria rather than inhibit their growth.
74. The prescription of penicillin is based on clinical guidelines and patient history.
75. Penicillin is classified as a beta-lactam antibiotic.
76. The use of penicillin has declined for some infections due to resistance.
77. Penicillin is a staple in the treatment of skin infections.
78. Some patients experience gastrointestinal upset when taking penicillin.
79. The long-term effects of penicillin usage are still being studied.
80. Penicillin has played a vital role in modern surgery.
81. Some healthcare providers advocate for the prudent use of penicillin.
82. The role of penicillin in public health cannot be overstated.
83. Penicillin has contributed to the increase in life expectancy.
84. The production of penicillin is a complex industrial process.
85. Patients should be aware of the importance of taking penicillin as prescribed.
86. The impact of penicillin on infectious disease management is profound.
87. Penicillin can be effective in treating dental infections.
88. The mechanism of action of penicillin is well understood in microbiology.
89. Penicillin may be contraindicated in patients with certain medical conditions.
90. The legacy of penicillin continues to influence antibiotic development.
91. Many individuals have benefited from the availability of penicillin.
92. Penicillin remains a cost-effective treatment option for many infections.
93. The discovery of penicillin was one of the greatest medical achievements of the 20th century.
94. Penicillin is often tested for effectiveness in laboratory settings.
95. The introduction of synthetic alternatives to penicillin has expanded treatment options.
96. Penicillin is a critical component in treating bacterial endocarditis.
97. The healthcare community continues to monitor the usage of penicillin.
98. Penicillin is essential in managing infections in immunocompromised patients.
99. Penicillin has a unique role in treating infections caused by gram-positive bacteria.
100. The evolution of penicillin usage reflects changing patterns in bacterial resistance.