Propofol-induced bradycardia in a pediatric patient undergoing chemotherapy with the known cardiotoxic agent cytarabin.
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Biomedical subjects
Publications and source records attributed to Andrew T Costarino.
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This article examines how anesthesia evolved to serve the needs of children. Discussion includes milestones in technologic advancement related to pediatric anesthetic care and how collaboration among pediatric surgeons, neonatologists, and pediatric anesthesiologists has helped our specialty to progress. Conversely, the significant contributions of pediatric anesthesiology to pediatric critical care medicine, pain management, and pediatric public health care are also presented.
Pediatric anesthesiology has made a significant contribution to child health and will be necessary for progress in the health sciences and outcomes related to child health in the future. It is likely that the practice of pediatric anesthesiology will remain an interesting and rewarding but demanding profession for the next generations of physicians. Despite this favorable professional profile, stiff competition for resources will come from other segments of the health care community. This article outlines a multidimensional strategy for pediatric anesthesiology to sustain its progress as a profession and contribute to the health of our children.
We report a case of perioperative management of a toddler with plastic bronchitis complicated by tracheal obstruction. We discuss our management of this case as well as the diverse group of patients who may present with this disease. We also reviewed the literature regarding medical management of cast bronchitis.
CONTEXT: Centers for Medicare & Medicaid Services (CMS) Health Resources and Services Administration Children's Hospitals Graduate Medical Education (GME) Payment Program now supports freestanding children's teaching hospitals. OBJECTIVE: To analyze the fair market value impact of GME payment on resident teaching efforts in our pediatric intensive care unit (PICU). DESIGN: Cost-accounting model, developed from a 1-year retrospective, descriptive, single-institution, longitudinal study, applied to physician teachers, residents, and CMS. SETTING: Sixteen-bed PICU in a freestanding, university-affiliated children's teaching hospital. PARTICIPANTS: Pediatric critical care physicians, second-year residents. MAIN OUTCOME MEASURES: Cost of physician opportunity time; CMS investment return; the teaching physicians' investment return; residents' investment return; service balance between CMS and teaching service investment margins; economic balance points; fair market value. RESULTS: GME payments to our hospital increased 4.8-fold from 577 886 dollars to 2 772 606 dollars during a 1-year period. Critical care physicians' teaching opportunity cost rose from 250 097 dollars to 262 215 dollars to provide 1523 educational hours (6853 relative value units). Residents' net financial value for service provided to the PICU rose from 245 964 dollars to 317 299 dollars. There is an uneven return on investment in resident education for CMS, critical care physicians, and residents. Economic balance points are achievable for the present educational efforts of the CMS, critical care physicians, and residents if the present direct medical education payment increases from 29.38% to 36%. CONCLUSIONS: The current CMS Health Resources and Services Administration Children's Hospitals GME Payment Program produces uneven investment returns for CMS, critical care physicians, and residents. We propose a cost-accounting model, based on perceived production capability measured in relative value units and available GME funds, that would allow a clinical service to balance and obtain a fair market value for the resident education efforts of CMS, physician teachers, and residents.
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