PURPOSE: As health care costs rise, continuous quality improvement and increased efficiency are crucial to reduce costs while providing high-quality care. Time-driven activity-based costing (TDABC) can help identify inefficiencies in processes of cancer care delivery. This study measured the process performance of Port-a-Cath placement in an outpatient cancer surgery center by using TDABC to evaluate patient care process. METHODS: Data were collected from the Anesthesia Information Management System database and OneConnect electronic health record (EHR) for Port-a-Cath cases performed throughout four phases: preintervention (phase I), postintervention, stabilization, and pre-new EHR (phases II and III), and post-new EHR (phase IV). TDABC methods were used to map and calculate process times and costs. RESULTS: Comparing all phases, as measured with TDABC methodology, a decrease in post-anesthesia care unit (PACU) length of stay (LOS) was identified (83 minutes v 67 minutes; P < .05). The decrease in PACU LOS correlated with increased efficiency and decreasing process costs and PACU nurse resource use by fast tracking patients for Port-a-Cath placement. Port-a-Cath placement success and the functionality of ports remained the same as patient experience improved. CONCLUSION: TDABC can be used to evaluate processes of care delivery to patients with cancer and to quantify changes made to those processes. Patients' PACU LOS decreased on the basis of the 2013 Port-a-Cath process improvement initiative and after implementation of a new EHR, over the course of 3 years, as quantified by TDABC. TDABC use can lead to improved efficiencies in patient care delivery that are quantifiable and measurable.
PURPOSE: As health care costs rise, continuous quality improvement and increased efficiency are crucial to reduce costs while providing high-quality care. Time-driven activity-based costing (TDABC) can help identify inefficiencies in processes of cancer care delivery. This study measured the process performance of Port-a-Cath placement in an outpatientcancer surgery center by using TDABC to evaluate patient care process. METHODS: Data were collected from the Anesthesia Information Management System database and OneConnect electronic health record (EHR) for Port-a-Cath cases performed throughout four phases: preintervention (phase I), postintervention, stabilization, and pre-new EHR (phases II and III), and post-new EHR (phase IV). TDABC methods were used to map and calculate process times and costs. RESULTS: Comparing all phases, as measured with TDABC methodology, a decrease in post-anesthesia care unit (PACU) length of stay (LOS) was identified (83 minutes v 67 minutes; P < .05). The decrease in PACU LOS correlated with increased efficiency and decreasing process costs and PACU nurse resource use by fast tracking patients for Port-a-Cath placement. Port-a-Cath placement success and the functionality of ports remained the same as patient experience improved. CONCLUSION: TDABC can be used to evaluate processes of care delivery to patients with cancer and to quantify changes made to those processes. Patients' PACU LOS decreased on the basis of the 2013 Port-a-Cath process improvement initiative and after implementation of a new EHR, over the course of 3 years, as quantified by TDABC. TDABC use can lead to improved efficiencies in patient care delivery that are quantifiable and measurable.
Authors: Katy E French; Heidi W Albright; John C Frenzel; James R Incalcaterra; Augustin C Rubio; Jessica F Jones; Thomas W Feeley Journal: Healthc (Amst) Date: 2013-09-13
Authors: Lisa Rubenstein; Dmitry Khodyakov; Susanne Hempel; Margie Danz; Susanne Salem-Schatz; Robbie Foy; Sean O'Neill; Siddhartha Dalal; Paul Shekelle Journal: Int J Qual Health Care Date: 2013-12-04 Impact factor: 2.038