Bone as an effect compartment: Models for uptake and release of drugs

Keyphrases

• Effect Compartment 100%
• Bone-seeking Agent 100%
• Bone Tissue 33%
• Pharmacokinetics 33%
• Pharmacodynamics 33%
• Adverse Effects 16%
• Microenvironment 16%
• Drug Molecules 16%
• Cellular Processes 16%
• High Affinity 16%
• Conjugation 16%
• Tetracycline 16%
• Patient Demographics 16%
• Modeling Approach 16%
• Molecular Processes 16%
• Pharmacological Activities 16%
• Bone Remodeling 16%
• Fluoride 16%
• Approaches to Study 16%
• Human Bone 16%
• Systemic Effects 16%
• Bone Turnover Markers 16%
• Osteomyelitis 16%
• Pharmacological Properties 16%
• Bone Disease 16%
• Physiologically Based 16%
• Drug Effects 16%
• Prolonged Release 16%
• Chromium 16%
• Pharmacokinetic Model 16%
• Radiopharmaceuticals 16%
• Bone Physiology 16%
• Bone Morphology 16%
• Drug Disposition 16%
• Local Delivery System 16%
• Pharmacokinetic Behavior 16%
• Systemic Concentration 16%
• Pharmacological Response 16%
• Bisphosphonate Drug 16%
• Bone Imaging Agent 16%
• Bone Research 16%
• Bone-seeking 16%
• Bone Concentration 16%
• Bisphosphonate Conjugate 16%

Pharmacology, Toxicology and Pharmaceutical Science

• Pharmacokinetics 100%
• Bisphosphonic Acid Derivative 50%
• Pharmacodynamics 50%
• Antiinfective Agent 25%
• Adverse Event 25%
• Pharmacological Activity 25%
• Bone Disease 25%
• Tetracycline 25%
• Osteomyelitis 25%
• Radiopharmaceutical Agent 25%