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Analysis of the results of implementation of a pregnancy screening policy at a comprehensive cancer center.
Journal of Clinical Oncology 2016 March
256 Background: Institutional implementation of a standard pregnancy screening policy for women will enhance the safe and timely delivery of treatment throughout the care continuum. In 2012, we developed and implemented an initial policy on pregnancy screening test (PST). The policy indicated that all providers should fully discuss with their female patients of child bearing potential regarding the potential risks of cancer treatment on fertility and the adverse effects on the fetus. The providers should also discuss the contraceptive options with female patients and their partners prior to diagnostic studies and/or treatment. In 2015, we revised the initial policy to further clarify timeframe for PST and clinical indicators and also developed an algorithm to support this best practice. We assessed practice changes as a result of the policy changes regarding PST at our institution.
METHODS: A retrospective data review was conducted to assess the number of PST over a 5 year period at The University of Texas MD Anderson Cancer Center. The timeframe includes both baseline and post-implementation policy and reflects annual changes from fiscal year (FY) 2010 to 2015. The pregnancy test was defined as measuring human chorionic gonadotropin (hCG) level in a urine sample.
RESULTS: We observed a significant increase in PSTs over time among female patients between ages 10 to 55 years. Over 5 years, there were 23,793 urine pregnancy tests performed. The number of urine pregnancy tests performed per FY were as shown on table below (trend test, p< 0.01). The percentage of PST performed among age groups (years): 1.8% of 10 to 15, 11.6% of 16 to 25, 22.3% of 26 to 35, 34.7% of 36 to 45, and 29.5% of 46-55 years old.
CONCLUSIONS: Wedemonstrated that developing a standard institutional policy on pregnancy screening tests with further enhancements contributed to a significant increase in the number of PSTs performed over 5 years at our comprehensive cancer center. The majority of PSTs were conducted among female patient between the ages of 26 and 55. [Table: see text].
METHODS: A retrospective data review was conducted to assess the number of PST over a 5 year period at The University of Texas MD Anderson Cancer Center. The timeframe includes both baseline and post-implementation policy and reflects annual changes from fiscal year (FY) 2010 to 2015. The pregnancy test was defined as measuring human chorionic gonadotropin (hCG) level in a urine sample.
RESULTS: We observed a significant increase in PSTs over time among female patients between ages 10 to 55 years. Over 5 years, there were 23,793 urine pregnancy tests performed. The number of urine pregnancy tests performed per FY were as shown on table below (trend test, p< 0.01). The percentage of PST performed among age groups (years): 1.8% of 10 to 15, 11.6% of 16 to 25, 22.3% of 26 to 35, 34.7% of 36 to 45, and 29.5% of 46-55 years old.
CONCLUSIONS: Wedemonstrated that developing a standard institutional policy on pregnancy screening tests with further enhancements contributed to a significant increase in the number of PSTs performed over 5 years at our comprehensive cancer center. The majority of PSTs were conducted among female patient between the ages of 26 and 55. [Table: see text].
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