Shahla Masood1, Marilin Rosa1, Dale F Kraemer2,3, Carmen Smotherman2, Amir Mohammadi1. 1. Department of Pathology and Laboratory Medicine, University of Florida, Jacksonville, Florida. 2. Center for Health Equity and Quality Research, University of Florida, Jacksonville, Florida. 3. Department of Neurology, University of Florida, Jacksonville, Florida.
Abstract
BACKGROUND: Proven as a time challenged and cost-effective sampling procedure, the use of FNAB has still remained controversial among the scientific community. Currently, other minimally invasive sampling procedures such as ultrasound guided fine needle aspiration biopsy (US-FNAB) and image guided core needle biopsy (IG-CNB) have become the preferred sampling procedures for evaluation of breast lesions. However, changes in the medical economy and the current growing emphasis on cost containment in the era of the Affordable Care Act make it necessary to stimulate a renewed interest in the use of FNAB as the initial diagnostic sampling procedure. This study was designed to define the changing trend in the practice of tissue sampling during the last several years, and to assess the comparative effectiveness and appropriateness of the procedure of choice for breast cancer diagnosis. METHODS: After Institutional Review Board (IRB) approval, the computer database of the Pathology Department, University of Florida, College of Medicine-Jacksonville at UF Health was retrospectively searched to identify all breast biopsy pathology reports issued during the period of January 2004 to December 2011. The inclusion criteria were all women that underwent any of the following biopsy types: FNAB, US-FNAB, IG-CNB, and surgical biopsy (SB). Diagnostic procedures were identified using current procedural terminology (CPT) codes recorded on claims from the UF Health Jacksonville patient accounting application files. The data obtained was used to determine which technique has the best cost-effectiveness in the diagnosis of breast cancer. The outcome variable for this project was a positive breast cancer diagnosis resulting from these methodologies. The predictor variable was the biopsy type used for sampling. The rate of cancer detection for each procedure was also determined. RESULTS: Among the four groups of procedures compared, the lower cost was attributed to FNAB, followed by US-FNAB, and SB. IG-CNB was the most costly procedure, even more expensive than SB. The more costs associated with IG-CNB compared to SB is related to the expense involved in the use of localizing devices and also attempts to sample a lesion more than once. More importantly, cancer yield by FNAB was the highest among all the procedures under study. CONCLUSION: This study confirms the comparative effectiveness of FNAB in the evaluation of patients with breast cancer and justifies serious endorsement of this procedure as the initial diagnostic sampling modality for its unique potential in rapid reporting and cost-saving.
BACKGROUND: Proven as a time challenged and cost-effective sampling procedure, the use of FNAB has still remained controversial among the scientific community. Currently, other minimally invasive sampling procedures such as ultrasound guided fine needle aspiration biopsy (US-FNAB) and image guided core needle biopsy (IG-CNB) have become the preferred sampling procedures for evaluation of breast lesions. However, changes in the medical economy and the current growing emphasis on cost containment in the era of the Affordable Care Act make it necessary to stimulate a renewed interest in the use of FNAB as the initial diagnostic sampling procedure. This study was designed to define the changing trend in the practice of tissue sampling during the last several years, and to assess the comparative effectiveness and appropriateness of the procedure of choice for breast cancer diagnosis. METHODS: After Institutional Review Board (IRB) approval, the computer database of the Pathology Department, University of Florida, College of Medicine-Jacksonville at UF Health was retrospectively searched to identify all breast biopsy pathology reports issued during the period of January 2004 to December 2011. The inclusion criteria were all women that underwent any of the following biopsy types: FNAB, US-FNAB, IG-CNB, and surgical biopsy (SB). Diagnostic procedures were identified using current procedural terminology (CPT) codes recorded on claims from the UF Health Jacksonville patient accounting application files. The data obtained was used to determine which technique has the best cost-effectiveness in the diagnosis of breast cancer. The outcome variable for this project was a positive breast cancer diagnosis resulting from these methodologies. The predictor variable was the biopsy type used for sampling. The rate of cancer detection for each procedure was also determined. RESULTS: Among the four groups of procedures compared, the lower cost was attributed to FNAB, followed by US-FNAB, and SB. IG-CNB was the most costly procedure, even more expensive than SB. The more costs associated with IG-CNB compared to SB is related to the expense involved in the use of localizing devices and also attempts to sample a lesion more than once. More importantly, cancer yield by FNAB was the highest among all the procedures under study. CONCLUSION: This study confirms the comparative effectiveness of FNAB in the evaluation of patients with breast cancer and justifies serious endorsement of this procedure as the initial diagnostic sampling modality for its unique potential in rapid reporting and cost-saving.