Abstract:An observational study was conducted to compare various outcomes before and after the introduction of outpatient preoperative evaluation (OPE). Although smaller than anticipated, OPE for potential inpatients leads to a significant reduction of canceled cases and of length of admission.
“…1 Anesthesia-run Preoperative clinics have demonstrated a reduction in surgical cancellations and length of stay (LOS). 2 Auerbach and colleagues found medical consultation to have inconsistent effects on quality of care in surgical patients, but consultations occurred, at the earliest, 1 day prior to surgery. 3 A randomized trial, performed at the Pittsburgh Veterans Administration (VA) medical center using an outpatient Internal Medicine Preoperative clinic, demonstrated a shortening of preoperative LOS but no change in total LOS, and increased use of consultants.…”
“…1 Anesthesia-run Preoperative clinics have demonstrated a reduction in surgical cancellations and length of stay (LOS). 2 Auerbach and colleagues found medical consultation to have inconsistent effects on quality of care in surgical patients, but consultations occurred, at the earliest, 1 day prior to surgery. 3 A randomized trial, performed at the Pittsburgh Veterans Administration (VA) medical center using an outpatient Internal Medicine Preoperative clinic, demonstrated a shortening of preoperative LOS but no change in total LOS, and increased use of consultants.…”
“…Consequently, many patients are not evaluated by an attending anesthesiologist at all prior to surgery. It has been estimated that greater than 50% of patients do not visit a preadmission testing center, even though these have been showed to be efficient and costeffective [1][2][3][4][5][6][7][8][9]. Preoperative testing for surgery is estimated to account for approximately $30 billion in health care costs annually in the US and a majority of these tests may be unnecessary [10][11][12].…”
Background: Preoperative testing for surgery is estimated to cost $30 billion annually. The goal of this study was to determine the relative influence of access to a guideline reference for preoperative test ordering appropriateness by resident physicians in simulated case scenarios.Methods: At a single teaching hospital, 80 PGY (Post Medical School Graduation Year) 2-5 residents from anesthesiology, surgery, internal medicine, and obstetrics/gynecology were recruited to review simulated case scenarios. Participants within each specialty were randomized with half receiving supplemental ASA preoperative testing guidelines during completion of the questionnaire. Participants indicated which preoperative tests they believed appropriate for each scenario. Correct responses were set by an expert panel and results were reported as relative probabilities and 95% CI.Results: 66 surveys were analyzed. In the entire cohort, the group receiving supplemental guidelines achieved a greater percentage of correct answers (x=84.2%) compared to the group without guidelines (x=78.6%) (relprob =1.07 [CI 1.01-1.12], p=0.011). Correct answers improved to 1.07 [1.01-1.12] with a guideline across specialties and experience levels. Without a guideline, correct answer rates were greater for anesthesia vs surgery residents (1.19 [1.08, 1.31]) and anesthesia vs internal medicine residents (1.16 [1.04, 1.31]). With guidelines, these differences were maintained. Without a guideline, significant differences were noted between PGY 3 vs PGY 2 residents (1.12 [1.03, 1.23]) and PGY 4 vs PGY 2 residents (1.11 [1.03, 1.20]), but these differences were not present with guidelines. Surgery residents did not improve with the guideline.
Conclusions:In a set of simulated clinical scenarios, reference to ASA-adapted guidelines improved test ordering by the majority of resident physicians. While anesthesia residents performed better than others independent of the guideline, the guideline negated the effect of experience in non-anesthesia trainees. Given the financial burden of inappropriate preoperative test ordering, further validation of the benefits of guideline implementation is warranted.
“…Realizava-se uma "bateria" de exames complementares para praticamente todos os pacientes a serem submetidos a procedimentos ciExames Complementares Pré-Operatórios: Análise Crítica* [11][12][13][14][15][16][17][18][19][20] . Após a definição de padrões mí-nimos de exames laboratoriais, obteve-se redução dos gastos hospitalares, sem prejuízo na qualidade da avaliação pré-operatória dos pacientes [21][22][23][24][25][26][27][28][29][30][31] . 34 publicaram revisão sistemática sobre o valor da realização de radiografia no período pré-operatório com finalidade diagnóstica, encontrando 14 publicações que satisfaziam os critérios de inclusão, apenas estudos não-controlados e não-aleatórios.…”
Section: Introductionunclassified
“…When one takes into account the patient's history and physical exam, 60% to 70% of laboratory exams are not really necessary [11][12][13][14][15][16][17][18][19][20] . After defining the minimal standards for laboratory exams, there was a reduction in hospital costs without decreasing the quality of preoperative evaluation [21][22][23][24][25][26][27][28][29][30][31] . …”
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