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    nephrology nurse

    Explore "nephrology nurse" with insightful episodes like "Nephrology Nursing Insights for Managing Chronic Kidney Disease–associated Pruritus: Embracing Evolving Data and Emerging Agents to Optimize Outcomes" and "Nephrology Nurse Viewpoints on In-hospital Hyperkalemia Management: Improving Patient Outcomes in Acute Care Settings with Novel Potassium Binders" from podcasts like ""CEConversations" and "CEConversations"" and more!

    Episodes (2)

    Nephrology Nursing Insights for Managing Chronic Kidney Disease–associated Pruritus: Embracing Evolving Data and Emerging Agents to Optimize Outcomes

    Nephrology Nursing Insights for Managing Chronic Kidney Disease–associated Pruritus: Embracing Evolving Data and Emerging Agents to Optimize Outcomes

    This educational activity will meet nephrology nurses where they are and provide them with expert insights into CKD-aP prevalence, patient burden, therapeutic rationale, and pivotal principles for safely and effectively integrating novel treatments into practice. The role of the nurse as a premier patient-facing care provider will be emphasized throughout, and notable focus will be placed on CKD-aP symptom recognition, patient education, drug administration, and toxicity management.

    Nephrology Nurse Viewpoints on In-hospital Hyperkalemia Management: Improving Patient Outcomes in Acute Care Settings with Novel Potassium Binders

    Nephrology Nurse Viewpoints on In-hospital Hyperkalemia Management: Improving Patient Outcomes in Acute Care Settings with Novel Potassium Binders

    To receive up to 1.0 CME/CE credit please complete the evaluation and request form here: https://www.ceconcepts.com/hk-ch-podcast 

    Learning Objectives

    • Appraise key mechanisms of potassium homeostasis and review patient-centric risk factors for hyperkalemia.
    • Discuss the prevalence and clinical gravity of hyperkalemia, with emphasis on acute care challenges and the morbidity/mortality impact of suboptimal renin-angiotensin-aldosterone system inhibitor (RAASi) utilization in the chronic setting.
    • Evaluate novel K+ binder (patiromer and sodium zirconium cyclosilicate [SZC]) pharmacology, safety and efficacy profiles, and differential clinical utility across the hyperkalemia treatment continuum.
    • Examine evolving clinical trial data in support of patiromer and SZC for hyperkalemia management, with a particular focus on usage in acute care and in-hospital settings.
    • Use a case-based approach to design treatment strategies using novel K+ binders that the interprofessional care team can employ to improve hyperkalemia outcomes in the hospital.
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