Antiparasitics example sentences

"Antiparasitics" Example Sentences

1. Antiparasitics are crucial for maintaining livestock health.
2. The veterinarian prescribed several antiparasitics for the infected dog.
3. New research is exploring novel antiparasitics with fewer side effects.
4. Effective antiparasitics are essential in controlling parasitic infections.
5. The efficacy of different antiparasitics varies depending on the parasite.
6. Many antiparasitics work by disrupting the parasite's metabolism.
7. The development of drug resistance is a major concern with antiparasitics.
8. Some antiparasitics are available over-the-counter, while others require a prescription.
9. Improper use of antiparasitics can lead to resistance.
10. The farmer regularly administers antiparasitics to his sheep flock.
11. Researchers are studying the impact of antiparasitics on the environment.
12. The study compared the effectiveness of two different antiparasitics.
13. A combination of antiparasitics may be necessary for complex infestations.
14. The patient experienced mild side effects from the antiparasitics.
15. Long-term use of antiparasitics can have unforeseen consequences.
16. Sustainable strategies are needed to reduce reliance on antiparasitics.
17. Proper dosage of antiparasitics is critical for effectiveness.
18. The pharmaceutical industry continues to invest in developing new antiparasitics.
19. Many antiparasitics target specific stages in the parasite's life cycle.
20. The use of antiparasitics in aquaculture is increasing.
21. Understanding parasite resistance mechanisms is crucial for developing effective antiparasitics.
22. The cost of antiparasitics can be a barrier to access for some.
23. Veterinary antiparasitics are formulated differently from human medications.
24. Some antiparasitics are broad-spectrum, targeting multiple parasite types.
25. The effectiveness of antiparasitics can be influenced by environmental factors.
26. Monitoring for parasite resistance is essential when using antiparasitics.
27. Rotating different classes of antiparasitics can help delay resistance.
28. The future of antiparasitics may include novel drug targets.
29. Improved diagnostic tools are needed to guide the selection of antiparasitics.
30. The global burden of parasitic infections highlights the need for effective antiparasitics.
31. Research into alternative therapies alongside antiparasitics is ongoing.
32. The safe disposal of used antiparasitics is important for environmental protection.
33. Antiparasitics, while effective, are not without their drawbacks.
34. With the rise of drug resistance, developing new antiparasitics is paramount.
35. Choosing the right antiparasitics depends on several factors, including the type of parasite and the host's health.
36. The effects of antiparasitics on beneficial gut microbiota are being investigated.
37. Studies are exploring the potential for antiparasitics to have off-target effects.
38. The discovery of new antiparasitics requires significant investment in research and development.
39. Public health campaigns can help educate people about the proper use of antiparasitics.
40. This new antiparasitics shows promise in clinical trials.
41. Many factors contribute to the effectiveness of antiparasitics.
42. The use of antiparasitics in agriculture raises environmental concerns.
43. Sustainable agriculture practices aim to minimize the need for antiparasitics.
44. Understanding the lifecycle of the parasite is crucial for effective antiparasitics treatment.
45. The development of resistance to antiparasitics is a growing problem globally.
46. Improved sanitation and hygiene can reduce the need for antiparasitics.
47. The selection of appropriate antiparasitics requires careful consideration.
48. Further research is needed to investigate the long-term effects of antiparasitics.
49. The pharmaceutical industry is facing challenges in developing new and effective antiparasitics.
50. Governments are investing in research to combat parasitic diseases through better antiparasitics development.