Vaccines example sentences

"Vaccines" Example Sentences

1. New vaccines are in development to fight deadly diseases.
2. Researchers are working hard to develop effective vaccines for COVID-19 and other viruses.
3. The WHO works to ensure vaccines reach people in developing countries.
4. Vaccines help build immunity and provide protection against infectious diseases.
5. He studies the safety and effectiveness of new vaccines.
6. Modern vaccines have saved millions of lives around the world.
7. Vaccinations are crucial for maintaining herd immunity in communities.
8. The hospital provides free vaccines for disadvantaged children.
9. Most pediatricians recommend following the standard vaccines schedule for infants and children.
10. The government is working to increase access to routine childhood vaccines in rural areas.
11. We need a higher vaccination rate to stop the spread of preventable diseases.
12. Medical experts recommend that adults get booster shots for certain vaccines.
13. Anti-vaccine movements pose risks by lowering community immunity.
14. Parents must weigh the risks and benefits of different childhood vaccines.
15. Scientists are working to develop more effective flu vaccines.
16. More funding is needed for research into preventing and treating deadly cancers with vaccines.
17. The child receives multiple vaccines during a single doctor's visit.
18. Doctors combine some vaccines into one shot to minimize the number of injections.
19. The vaccine clinic provides shots for hepatitis, influenza, and other diseases.
20. Most vaccines contain weakened or killed germs to stimulate the immune system.
21. Vaccine-preventable diseases still kill children worldwide.
22. Some parents hesitate to vaccinate due to misinformation about side effects.
23. Researchers search for ways to reduce pain during vaccine injections for infants.
24. Older adults need booster shots for tetanus, pneumococcal, and shingles vaccines.
25. Animal testing must demonstrate safety and effectiveness before human vaccines are approved.
26. The doctor examined the boy's immunization records to ensure he had all required vaccines.
27. Vaccine shortages sometimes delay or disrupt routine immunization schedules.
28. Some people have mild side effects like fever and soreness after receiving a vaccine.
29. Drug companies profit handsomely from producing and selling vaccines.
30. Combination vaccines allow children to receive protection from multiple diseases in one shot.
31. Vaccine-derived viruses sometimes emerge and cause disease outbreaks.
32. Vaccines must satisfy rigorous standards set by health authorities before approval.
33. Scientists worked for decades to develop an effective vaccine for Ebola.
34. Vaccines induce an immune response in the body that prevents or fights diseases.
35. Vaccination campaigns helped eradicate smallpox and nearly eliminate polio.
36. Experts debate the optimal immunization schedule for children.
37. Vaccines allow the body to build immunity without suffering from a disease.
38. Dangerous measles outbreaks have occurred in communities with lower vaccination rates.
39. Vaccine hesitancy poses challenges to public health professionals.
40. Vaccine-induced herd immunity helps protect individuals who cannot receive certain vaccines.
41. Researchers study why some vaccines do not produce immunity in certain individuals.
42. Immunization campaigns aim to widely distribute needed vaccines.
43. Drug regulators must balance the risks and benefits of approving new vaccines.
44. Vaccines provide long-lasting protection against targeted diseases.
45. Newborns receive their first vaccines within hours or days of birth.
46. Immunization records keep track of which vaccines a person has received.
47. Experts recommend pregnant women receive certain vaccines to protect their newborns.
48. Vaccines prevent millions of illnesses, hospitalizations, and deaths each year.
49. Unvaccinated people threaten community immunity by allowing diseases to spread.
50. Public health officials work to educate people about the benefits and safety of vaccines.
51. Disease outbreaks sometimes occur among groups with low vaccination rates.
52. School mandates requiring vaccinations aim to protect public health.
53. Many factors influence the effectiveness of different vaccines.
54. Researchers continue to develop more advanced vaccines and immunization strategies.
55. Storage and transport conditions affect the potency of some vaccines.
56. Vaccine exemptions allow some children to attend school without receiving required immunizations.
57. Health authorities monitor side effects and complications from vaccines.
58. Stringent clinical trials test safety and efficacy before vaccines reach the public.
59. Immunization programs help vulnerable populations gain access to life-saving vaccines.
60. Government agencies issue vaccination recommendations based on scientific evidence.

Common Phases

1. Vaccines save lives.

2. Vaccines prevent disease.
3. Vaccines build immunity.
4. Vaccines work.
5. More people need vaccines.
6. We need better vaccines.
7. New vaccines are coming.
8. Vaccines are essential.
9. Vaccines are safe.
10. Vaccine research continues.
11. Vaccines protect communities.
12. Vaccine development takes time.
13. Vaccines must be distributed broadly.
14. Vaccines have risks.
15. Vaccine approval is complicated.
16. Vaccine hesitancy exists.
17. Vaccine storage matters.
18. Vaccines aren't perfect.
19. Vaccines aren't 100% effective.
20. Vaccine mandates have issues.