Pharmacodynamics example sentences

"Pharmacodynamics" Example Sentences

1. The pharmacodynamics of this medication are complex and not fully understood.
2. Understanding pharmacodynamics is essential for developing effective medications.
3. The drug's pharmacodynamics differ from that of its generic counterpart.
4. The pharmacodynamics of this drug are closely related to its chemical structure.
5. We need to study the pharmacodynamics of this drug before clinical trials.
6. The pharmacodynamics of the drug are influenced by the patient's age and weight.
7. The pharmacodynamics of this medication suggest it may have neuroprotective effects.
8. The drug's pharmacodynamics show promise for treating certain types of cancer.
9. The pharmacodynamics of this drug have been extensively researched and documented.
10. The pharmacodynamics of the drug are affected by the patient's diet and exercise habits.
11. The pharmacodynamics of the medication are responsible for its unique side effects.
12. The pharmacodynamics of this drug make it a preferred treatment for hypertension.
13. The drug's pharmacodynamics have been linked to increased risk of liver damage.
14. The pharmacodynamics of this medication are similar to those of opioids.
15. We need to better understand the pharmacodynamics of this medication before prescribing it.
16. The pharmacodynamics of the drug indicate it may interact with certain medications.
17. Understanding the pharmacodynamics of this medication is important for preventing adverse effects.
18. The drug's pharmacodynamics have been shown to differ between men and women.
19. The pharmacodynamics of this medication suggest it may be effective for treating depression.
20. The pharmacodynamics of the drug may explain its ability to lower blood pressure.
21. The pharmacodynamics of this medication make it a promising treatment for migraines.
22. We need to investigate the pharmacodynamics of this drug further before using it in clinical practice.
23. The drug's pharmacodynamics have been linked to increased risk of heart attack.
24. The pharmacodynamics of this drug suggest it may be useful in treating autoimmune diseases.
25. The pharmacodynamics of the medication are responsible for its long-lasting effects.
26. The pharmacodynamics of this drug may explain why it is ineffective in some patients.
27. Understanding the pharmacodynamics of the drug is essential for avoiding overdose.
28. The pharmacodynamics of this medication are influenced by the patient's genetic makeup.
29. The pharmacodynamics of the drug indicate it may cross the blood-brain barrier.
30. The pharmacodynamics of this medication make it a powerful tool in the treatment of chronic pain.

Common Phases

1. Pharmacodynamics is the study of how drugs interact with the body;
2. Pharmacodynamics investigates the actions and effects of drugs on physiological processes;
3. The principles of pharmacodynamics govern the therapeutic and toxic effects of drugs;
4. Pharmacodynamics involve the study of drug-receptor interactions and the resulting biological response;
5. The ultimate goal of pharmacodynamics is to improve the efficacy and safety of drugs used in clinical practice;
6. Pharmacodynamics explains the mechanism of action of drugs and the relationship between dose and response;
7. Understanding the pharmacodynamics of a drug is essential for proper drug selection, dosing, and monitoring;
8. Pharmacodynamics also includes the study of drugs' metabolism, distribution, and elimination from the body;
9. The pharmacodynamic properties of drugs vary among individuals due to genetic, environmental, and physiological factors.