Pharmacology example sentences

"Pharmacology" Example Sentences

1. She is studying pharmacology in medical school.
2. Pharmacology is the branch of medicine concerned with the uses, effects, and modes of action of drugs.
3. Clinical pharmacology applies basic pharmacology to the safe and effective medical use of drugs in humans.
4. He is interested in research related to the subdisciplines of pharmacology like toxicology and pharmacokinetics.
5. The study of pharmacology involves learning about drugs, their origins, chemical properties, and physiological effects.
6. The applications of pharmacology include drug discovery, design and development.
7. Pharmacokinetics is the study of how drugs are absorbed, distributed, metabolized and eliminated by the body.
8. Toxicology is the study of the adverse effects of chemicals, including pharmaceutical drugs.
9. Pharmacodynamics is the study of how drugs act on the body, including the relationships between drug concentration and effect.
10. Pharmacogenetics investigates how an individual's genetic makeup affects their response to medications.
11. Pharmacoepidemiology studies patterns of drug use and effectiveness in large patient populations.
12. Pharmacovigilance deals with the detection, assessment, and understanding of adverse effects of pharmaceutical products.
13. Pharmacognosy studies medicinal compounds from plant and animal sources.
14. Drug metabolism involves biochemical modifications of pharmaceutical agents within the body.
15. Her research focuses on pharmacological mechanisms of central nervous system disorders.
16. They developed a new compound through a multidisciplinary approach involving pharmacology, chemistry and toxicology.
17. Pathophysiology underpins the rational use of medications in clinical pharmacology.
18. Pharmacy students study subjects like pharmacognosy, pharmacology and pharmacotherapy.
19. He teaches courses on advanced topics in pharmacology and medicinal chemistry.
20. An understanding of pharmacology is essential for the safe and effective practice of medicine.
21. Good clinical pharmacology practice ensures that drugs are evaluated properly before approval and marketing.
22. Pharmacology is an interdisciplinary science that utilizes the principles of organic chemistry, biochemistry and physiology.
23. New methods in molecular biology and genetics are transforming the field of pharmacology.
24. Pharmacoinformatics uses computer science to analyze drug data and properties.
25. Pharmacovigilance systems monitor the safety profiles of drugs after marketing approval and clinical use.
26. Preclinical pharmacology involves studies using animal and tissue models to evaluate new drug candidates.
27. Pharmacokinetics plays an important role in rational dosage regimen design.
28. She discovered new insights into disease mechanisms through pharmacological research.
29. Their work led to the development of an important new class of analgesic drugs in clinical pharmacology.
30. Pharmacology lies at the interface between chemistry and biology.
31. Pharmacology is a multidisciplinary field that draws on aspects of organic chemistry, biochemistry, molecular biology and physiology.
32. Understanding the variables that influence pharmacokinetics aids in optimizing drug therapy.
33. Both basic and clinical research is undertaken in various subdisciplines of pharmacology.
34. Developing a thorough understanding of pharmacology requires knowledge of medicinal chemistry and biochemistry.
35. Drug design often begins with identifying a biological target then exploring chemical structures that may interact with that target.
36. Pharmacology helps determine appropriate dosing for maximizing drug effects while minimizing adverse reactions.
37. Her groundbreaking work in clinical pharmacology revolutionized the treatment of many diseases.
38. Ethnopharmacology studies medicinal compounds derived from indigenous medical practices.
39. Pharmaceutical companies employ pharmacologists to research, develop and test new drug candidates.
40. Pharmacogenomics seeks to develop "personalized" medicines tailored to a patient's genetic profile.
41. Structure-activity relationship analysis correlates chemical structure of compounds to their biological activities.
42. Drug interactions occur when one drug alters the effects of another drug when taken together.
43. Pharmacological assays evaluate drugs using cell or tissue samples under controlled conditions.
44. Drug allergy and hypersensitivity reactions represent important areas of research in clinical pharmacology.
45. Rational drug design uses knowledge of biological targets to develop new molecules with desired pharmacological effects.
46. Understanding absorption, distribution, metabolism and excretion of drugs aids in optimizing dosing regimens.
47. Combination therapies involve drugs with complementary pharmacology to treat complex diseases.
48. Knowledge of drug safety and efficacy depends on research in various branches of pharmacology.
49. The hallmarks of a good medical practitioner include a sound grasp of pharmacology principles.
50. Pharmacokinetic variability impacts pharmacodynamics and clinical responses to drug therapy.
51. His experiments provided fundamental insights into how drugs interact with receptors and ion channels.
52. Her breakthrough discoveries laid the foundation for modern clinical pharmacology.
53. Pharmacokinetic-pharmacodynamic modeling helps predict drug effects at various doses.
54. Drug interactions between herbal medicines and pharmaceuticals represent an area of active research.
55. Biopharmaceutical research investigates drug delivery routes and formulation design.
56. Computational modeling aids in drug discovery by predicting molecular interactions and properties.
57. Pharmacology research requires a multidisciplinary approach utilizing chemistry, biology and medicine.
58. Knowledge of pharmacology encompasses understanding drug effects at molecular, cellular and organ levels.
59. Phase I, II and III clinical trials evaluate new drugs from pharmacology, safety and efficacy perspectives.
60. Understanding drug metabolism is key to optimizing dosing strategies and minimizing adverse reactions.

Common Phases

1. Pharmacology is the study of drugs and their effects and uses.
2. The pharmacology of aspirin involves understanding how it works to relieve pain and reduce fever.
3. Pharmacodynamics is the branch of pharmacology that studies how drugs react with receptors in cells.
4. ADME is an important aspect of drug pharmacology that involves absorption, distribution, metabolism, and excretion of chemical substances in the body.
5. Pharmacokinetics is the study of how drugs move through the body after administration.
6. An understanding of the pharmacology of a drug is necessary to determine its correct dosage.
7. The pharmacology lecture covered receptor binding, drug metabolism, and drug interactions.
8. Pharmacology class focused on receptor theory, pharmacokinetics, and drug transporters.
9. The pharmacology resident studied receptor signaling pathways for her research project.
10. New drugs must be tested in clinical trials to determine their safety and efficacy based on pharmacology and pharmacokinetic studies.
11. Pharmacogenomics aims to understand how genetic variations affect individual responses to drugs based on pharmacology.
12. I studied pharmacology to understand how medications work on a molecular level.
13. Researchers in medicinal chemistry and pharmacology work closely together to develop new drugs.
14. Pharmacology involves understanding how drugs alter biological processes at the molecular, cellular, and systems level.
15. Toxicology and pharmacology are closely related fields that involve studying the effects of chemicals on biological systems.
16. Pharmacovigilance involves monitoring the safety and risk management of drugs throughout their lifecycle based on pharmacology data.
17. Her university offers degree programs in medicinal chemistry, pharmacology and toxicology.
18. He published several research papers in peer-reviewed pharmacology journals during his postdoc.
19. The textbook covered topics like receptor binding kinetics, second messengers, and drug metabolism in the pharmacology chapter.
20. The pharmacology professor lectured about calcium signaling pathways in neurons.
21. Drug interactions and adverse drug events depend heavily on the underlying pharmacology of the medications.
22. Preclinical pharmacology studies in animal models help determine drug candidate efficacy and toxicity.
23. Understanding mechanisms of drug resistance requires knowledge of pharmacology and biochemistry.
24. Her passion for understanding human health led her to get a PhD in pharmacology.
25. An understanding of pharmacology is essential for any health care professional.
26. Drug development relies heavily on research in molecular and cell biology, pharmacology, and medicinal chemistry.
27. The pharmacist used his knowledge of pharmacology to recommend altering the patient's dosage.
28. Phase 1 clinical trials focus primarily on evaluating the pharmacology and safety of new drugs in humans.
29. I studied for the pharmacology test by reviewing drug metabolism pathways and dosage calculations.
30. The pharmcologist studies drug properties and effects at a molecular, cellular, and physiological level.
31. Enzymes involved in drug metabolism are an important topic in pharmacology courses.
32. His research in pharmacology aims to develop new drugs that target specific receptors in cancer cells.
33. Pharmacology provides essential knowledge for properly administering and prescribing medications.
34. The pharmacology lecture focused on how receptor theory underlies drug action and design.
35. The doctoral student studied the pharmacology of opioids for her thesis research.
36. Combination therapies require an understanding of the pharmacology of multiple drugs.
37. Pharmacology research at the university led to the discovery of several new classes of drug candidates.
38. He had a strong background in biochemistry and pharmacology which helped him become a physician.
39. The medical student spent hours studying pharmacology to prepare for her pharmacology exam.
40. Pharmacists must understand the pharmacokinetics and pharmacology of many different drug classes.
41. Phase 2 clinical trials provide more detailed information about a drug's pharmacology and side effects.
42. Drug resistance mechanisms often involve mutations that alter drug pharmacology.
43. His breakthrough in understanding the pharmacology of G-protein coupled receptors led to the development of new beta blockers.
44. Pharmacology journals often publish study results about new drug mechanisms and effects.
45. Drug design involves considering factors like pharmacokinetics, pharmacodynamics and pharmacology.
46. His dissertation research focused on the pharmacology of analgesic opioid medications.
47. Pharmacology research could help develop new antibiotics to combat drug-resistant infections.
48. A career in pharmacology requires extensive knowledge of biochemistry and molecular biology.
49. The lecture focused on the pharmacology of vitamin K antagonists and their adverse drug reactions.
50. They studied the pharmacology of novel histamine receptor antagonists for treating allergies.
51. Pharmacology provides essential knowledge for reducing drug adverse events and interactions.
52. Clinical pharmacology applies fundamental pharmacology principles to aid in drug development and medical practice.
53. He wrote several grants seeking funding for his research on the pharmacology of antidepressants.
54. Molecular pharmacology aims to understand drug effects at the level of proteins and genes.
55. The class covered topics like neurotransmitter receptors and ion channels, enzymes involved in drug metabolism and pharmacokinetic modeling.
56. Pharmacology and toxicology studies help determine the therapeutic index of potential drugs.
57. Understanding the basic pharmacology of medications helps improve medication adherence in patients.
58. Their research aims to develop new drugs with improved pharmacology and pharmacokinetics profiles.
59. The pharmacology lecture provided an in-depth overview of opioid medications and their effects.
60. Pharmacogenomics studies how genetic variations impact drug pharmacology and efficacy.