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Decreasing the Turnaround Time (TAT) of Intra-operative Imaging and Interpretation of Potentially Retained Foreign Objects (RFO) Joseph R. Steele, M.D.,

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Presentation on theme: "Decreasing the Turnaround Time (TAT) of Intra-operative Imaging and Interpretation of Potentially Retained Foreign Objects (RFO) Joseph R. Steele, M.D.,"— Presentation transcript:

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2 Decreasing the Turnaround Time (TAT) of Intra-operative Imaging and Interpretation of Potentially Retained Foreign Objects (RFO) Joseph R. Steele, M.D., Janet Champagne MBA, Garrett L. Walsh, M.D. UT MD Anderson Cancer Center

3 Overview RFOs after surgery can present considerable risk and potential patient harm The rate of RFO ranges from 1/5500 to 1/7000 Cima RR, et al. J Am Coll Surg 2008; 207:80-7 Egorova NN, et al. Ann Surg 2008;247:13-8 Considered a sentinel event by the Joint Commission

4 Project Overview Joint venture between the Division of Surgery, Perioperative Enterprise and Division of Diagnostic Imaging. X-ray obtained if post-operative mismatched count occurs. The turnaround times (TAT) for intra-operative imaging of potential RFOs was felt to be unacceptable by the Division of Surgery, potentially jeopardizing patient care. A team consisting of OR staff, surgeons, radiologists, administrators and radiology technologists was organized to address and solve the problem.

5 AIM Statement The aim of this project was to decrease the average TAT for imaging and interpretation of potential RFOs to less than 30 minutes within 4 months. – The process begins when the OR calls Diagnostic Imaging requesting an operative radiograph, and ends when the radiologist calls back to the OR with their report.

6 The RFO Saga

7 Phase 1: Baseline Data Collection Improving the RFO TAT was unsuccessfully attempted by a previous CS&E team. Because of pressure to immediately begin improvement efforts, their data were used as a baseline. Problem #1

8 Phase 1: Baseline Data Mean TAT = 43 minutes, Not consistent with OR experience

9 Potential RFO Imaging Process

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11 Phase 2: Initial Interventions (The Good) TAT improved to 39 minutes and represents a lengthier, complete process. Since there were no complaints, the quality of the exams were assumed to be excellent. (Problem #2)

12 BIG PROBLEM (The Bad)

13 Miscount following TRAM flap

14 Patient returns to EC

15 Phase 3: Re-engineering (The Ugly) Image acquisition segment of the project is redesigned, resulting in expected disruption. Mean TAT increases to 48 minutes with increased variation.

16 RFO Redemption

17 Phase 4: Final Interventions (The Redemption) Mean TAT decreased to 38 minutes, and variation decreased.

18 Revenue Enhancement Additional technical charge (OR)- $1200/hr – Savings of approximately $100.00/case Additional anesthesia charge (OR)- $342/hr – Savings of approximately $28.50/case Additional professional anesthesia charge (OR) $648/hr – Savings of approximately $54.00/case

19 Revenue Enhancement Total annual savings $182.50 X 264 (est.) = $48,180.00 Avoidance of a RFO and potential litigation PRICELESS

20 Next Steps Since we failed to meet our aim the following steps will be undertaken: – Evaluate stage 4 data – Improve communication (OR and DI staff) – Decrease repeat imaging – Initial PDSA cycles until the 30 minute TAT goal is accomplished

21 Conclusion Quality improvement is not for the faint of heart. – You don’t know what you don’t know. – Understand what is going on before trying to measure it. – Don’t assume anything. You don’t need to win every battle to win the war.


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