Phenothiazines example sentences

"Phenothiazines" Example Sentences

1. Phenothiazines are a class of drugs with diverse applications.
2. The side effects associated with phenothiazines can be significant.
3. Many older antipsychotic medications are phenothiazines.
4. Research continues into the mechanism of action of phenothiazines.
5. Phenothiazines were once widely prescribed for schizophrenia.
6. Chlorpromazine is a well-known example of a phenothiazine.
7. The use of phenothiazines has declined in recent years.
8. Some patients experience extrapyramidal symptoms from phenothiazines.
9. Understanding the pharmacology of phenothiazines is crucial.
10. Adverse reactions to phenothiazines vary widely among individuals.
11. The development of newer antipsychotics has lessened the reliance on phenothiazines.
12. This study compared the efficacy of phenothiazines and atypical antipsychotics.
13. Are phenothiazines still relevant in modern psychiatric practice?
14. Drowsiness is a common side effect of many phenothiazines.
15. The chemical structure of phenothiazines is relatively complex.
16. What are the long-term risks associated with phenothiazine use?
17. Phenothiazines interact with various other medications.
18. This presentation will cover the history and current status of phenothiazines.
19. Although effective, phenothiazines can have undesirable effects.
20. Patients should be monitored closely while taking phenothiazines.
21. The discovery of phenothiazines revolutionized the treatment of psychosis.
22. Different phenothiazines have varying potencies.
23. This article reviews the literature on the use of phenothiazines in elderly patients.
24. Neuroleptic malignant syndrome is a rare but serious complication of phenothiazine treatment.
25. Phenothiazines, despite their side effects, remain a valuable tool in some cases.
26. Proper dosage of phenothiazines is crucial for efficacy and safety.
27. The potential for drug interactions with phenothiazines should always be considered.
28. Many factors influence the response to phenothiazine therapy.
29. Further research is needed to fully understand the long-term effects of phenothiazines.
30. Phenothiazines can cause photosensitivity in some patients.
31. Promethazine, a phenothiazine, is also used as an antiemetic.
32. The cost-effectiveness of phenothiazines compared to newer drugs is a factor.
33. Phenothiazines and their metabolites are excreted through various pathways.
34. This case study highlights the challenges in managing patients on phenothiazines.
35. With appropriate monitoring, phenothiazines can be used safely.
36. It is important to carefully consider the risks and benefits of phenothiazine treatment.
37. Alternative treatments should be explored before resorting to phenothiazines in some cases.
38. The role of phenothiazines in modern medicine is constantly being reevaluated.
39. Phenothiazines are not suitable for all patients with mental health conditions.
40. This textbook chapter describes the different types of phenothiazines and their uses.
41. A thorough understanding of phenothiazine pharmacology is essential for healthcare professionals.
42. Some phenothiazines are more likely to cause certain side effects than others.
43. Monitoring for tardive dyskinesia is essential in patients taking long-term phenothiazine medications.
44. The impact of phenothiazines on the cardiovascular system needs careful assessment.
45. Long-term use of phenothiazines may lead to the development of tolerance.
46. The effectiveness of phenothiazines can vary significantly between individuals.
47. This research project investigates the potential for drug interactions between phenothiazines and antidepressants.
48. Before prescribing phenothiazines, a detailed medical history is crucial.
49. The ethical considerations regarding the use of phenothiazines should be carefully addressed.
50. Despite their limitations, phenothiazines continue to play a role in the management of certain psychiatric disorders.

Common Phases

1. Phenothiazines are a class of drugs with diverse clinical applications.
2. First-generation phenothiazines are associated with a higher risk of extrapyramidal side effects.
3. Second-generation phenothiazines generally have a lower incidence of extrapyramidal symptoms.
4. The mechanism of action of phenothiazines involves dopamine receptor antagonism.
5. Many phenothiazines are used to treat psychotic disorders.
6. Specific phenothiazines may be preferred for their unique pharmacokinetic profiles.
7. Certain phenothiazines exhibit antiemetic properties.
8. Adverse effects associated with phenothiazines can include sedation and hypotension.
9. Careful monitoring is required for patients on long-term phenothiazine therapy.
10. The use of phenothiazines in children often necessitates careful dosage adjustments.
11. Different phenothiazines may vary in their potency and efficacy.
12. Interactions between phenothiazines and other medications can be significant.
13. Phenothiazines have played a historical role in the treatment of mental illness.
14. Research continues into the precise effects of phenothiazines on neurotransmission.
15. The clinical use of phenothiazines is guided by individual patient needs and responses.
16. Phenothiazine-induced tardive dyskinesia is a serious long-term side effect.
17. Some phenothiazines have sedative effects used for pre-operative medication.
18. The structure of phenothiazines contributes to their binding affinity to dopamine receptors.