Loading, please wait...
This CE will provide pharmacists with knowledge on ensuring optimal medication therapy outcomes and patient safety for patients requiring antidotes for
medication related poisoning during times of medication shortages; Satisfying educational requirements for pharmacist re-licensure.
Fee
$10.00
CE Hours
1.00
CE Units
0.100
Activity Type
- Knowledge
Target Audience(s)
- Pharmacists
Accreditation(s)
|
Shenandoah University Bernard J. Dunn School of Pharmacy is accredited by the Accreditation Council for Pharmacy Education as a provider of continuing pharmacy education.
|
Requirements for CE Credit
To receive credit the following items must be completed
1. Register for the event through supharmacy.learningexpressce.com
2. Attend the entire activity
3. Complete all relevant learning assessments
4. Complete an activity evaluation through supharmacy.learningexpressce.com
Support/Credits
No external funding has been obtained for this activity. The speakers have no conflicts of interest to disclose.
Objectives
- Explain the most recent trends in antidote shortages and evaluate progress towards solutions.
- Describe the role of the health-system pharmacist in preparedness and response to antidote shortages.
- Identify common antidotes used for the management of overdose patients that have been recently in shortage.
- Recommend a treatment plan to manage toxicity in the event a first-line antidote is in shortage.
Speaker(s)/Author(s)
|
N. Kierstin Reid
Brief Bio : Dr. Nancy “Kierstin” Reid is a PGY1 Pharmacy Practice Resident at the Winchester Medical Center located in Winchester, VA. Kierstin grew up in Lynchburg, Virginia and she earned her Bachelor of Science degree in both chemistry and biomedical science at Lynchburg College. She completed her Doctor of Pharmacy degree at Virginia Commonwealth University School of Pharmacy in 2021. She will be starting a PGY2 residency program in critical care at Penn State Health Milton S. Hershey Medical Center in July 2022. |
Activity Number
0101-0000-22-006-H01-P
CE Hours
1.00