Theresa is a senior patient safety analyst with the Pennsylvania Patient Safety Authority. She has over twenty years of experience secured in clinical, risk management, and patient safety settings. She pursued a career in healthcare risk management after serving as a private practice podiatrist and has held various management positions within the professional liability industry. In her present position, Theresa authors articles and develops patient safety tools based on events reported to the Pennsylvania Patient Safety Authority. She is presently the lead analyst for monitoring, teaching, and developing tools for wrong-site surgery.
PRESENTER
:
Franchesca Charney, RN, BS, MSHA, CPHRM, CPHQ, CPSO, FASHRM, Director of Educational Programs, Pennsylvania Patient Safety Authority
Ms. Charney is currently responsible for Pennsylvanias patient safety education for healthcare providers and has served as an acute care hospital risk manager and patient safety officer. She has participated in the Color of Safety Initiative for wristband standardization, which won awards for patient safety innovation. Ms. Charney serves as faculty for ASHRMs Patient Safety Curriculum. Ms. Charney sits on the Executive Council on Patient Advocacy for the Pennsylvania Medical Society. She also serves as a Population Health Associate with Thomas Jefferson University.
Description
This presentation will provide the learner with an overview of the WSS cases submitted via the Pennsylvania Patient Safety Authority (PAPSRS) reporting system, to identify common trends and factors that contribute to WSS. It will also present an overview of program elements to reduce the risk of WSS; strategies and special considerations to eliminate specific types of WSS; and a presentation of the evidence base for program elements that have been shown to decrease the occurence of WSS in PA.
LEARNER OUTCOMES:
Describe common factors that contribute to wrong site surgery (WSS) events
List special considerations for specific procedures to prevent WSS.
Recognize program elements associated with preventing WSS.