Full Description
The rapid growth of the global aging population brings with it unprecedented challenges and opportunities in healthcare. As older adults increasingly live with multiple chronic conditions, often managed through complex medication regimens, the need for rational prescribing practices becomes ever more critical. The elderly population's unique physiological changes, vulnerabilities to adverse drug reactions, and frequent exposure to polypharmacy demand tailored approaches to ensuring safe, effective, and ethical medication use.
This book provides a roadmap for healthcare professionals to navigate the complexities of prescribing for elderly patients, balancing the need for therapeutic efficacy with the imperative to minimise harm.
Each chapter reflects a wide range of expertise and evidence-based strategies. From understanding the physiological changes that influence drug pharmacokinetics and pharmacodynamics in aging, to exploring practical tools like the Beers Criteria and STOPP/START frameworks, each section is crafted to enhance clinical decision-making.
The book also examines critical issues such as deprescribing, managing drug-drug interactions, and addressing ethical and legal considerations in elderly care. Nonpharmacological strategies, personalised medication management, and detailed case studies further enrich the text, offering insights into improving the quality of life for older adults.
Contents
Rational Prescribing in the Elderly: Principles, Challenges, and Strategies for Optimizing Medication Use
Age-related Physiological and Pharmacokinetic-Pharmacodynamic Changes
Polypharmacy in the Elderly
Deprescribing: Concepts and Guidelines
Drug-Drug Interaction and Adverse Drug Reaction in Elderly
Criteria and Tools for Rational Prescribing
Personalized Medication Management in Geriatrics
Ethical and Legal Considerations in Prescribing for the Elderly
Rational Prescribing and Medication Management in Elderly Patients: Case Studies in Evidence-based Practices and Adverse Reaction Mitigation
Conclusion and Future Directions
