Person:

Woolf, Alan

Background: Evidence is mounting that environmental exposures contribute to causation of disease in children. Yet few pediatricians are trained to diagnose, treat, or prevent disease of environmental origin. Objectives: To develop a cadre of future leaders in pediatric environmental health (PEH), the Ambulatory Pediatric Association (APA) launched a new 3-year fellowship in 2001—the world’s first formal training program in PEH. Sites were established at Boston Children’s Hospital, Mount Sinai School of Medicine, George Washington University, University of Cincinnati, and University of Washington. Fellows are trained in epidemiology, biostatistics, toxicology, risk assessment, and preventive medicine. They gain clinical experience in environmental pediatrics and mentored training in clinical research, policy development, and evidence-based advocacy. Thirteen fellows have graduated. Two sites have secured follow-on federal funding to enable them to continue PEH training. Discussion: To assess objectively the program’s success in preparing fellows for leadership careers in PEH, we conducted a mailed survey in 2006 with follow-up in 2007. Conclusions: Fifteen (88%) of 17 fellows and graduates participated; program directors provided information on the remaining two. Nine graduates are pursuing full-time academic careers, and two have leadership positions in governmental and environmental organizations. Ten have published one or more first-authored papers. Seven graduates are principal investigators on federal or foundation grants. The strongest predictors of academic success are remaining affiliated with the fellowship training site and devoting <20% of fellowship time to clinical practice. Conclusion: The APA fellowship program is proving successful in preparing pediatricians for leadership careers in PEH.

The patient's family bought a home in a suburb, but the proximity of the house to wetlands and its distance from the town water main prohibited connecting the house to town water. The family had a well drilled and they drank the well water for 5 years, despite the fact that the water was turbid, had a metallic taste, and left an orange-brown residue on clothes, dishes, and appliances. When the water was tested after 5 years of residential use, the manganese concentration was elevated (1.21 ppm; U.S. Environmental Protection Agency reference, < 0.05 ppm). The family's 10-year-old son had elevated manganese concentrations in whole blood, urine, and hair. The blood manganese level of his brother was normal, but his hair manganese level was elevated. The patient, the 10-year-old, was in the fifth grade and had no history of learning problems; however, teachers had noticed his inattentiveness and lack of focus in the classroom. Our results of cognitive testing were normal, but tests of memory revealed a markedly below-average performance: the patient's general memory index was at the 13th percentile, his verbal memory at the 19th percentile, his visual memory at the 14th percentile, and his learning index at the 19th percentile. The patient's free recall and cued recall tests were all 0.5-1.5 standard deviations (1 SD = 16th percentile) below normal. Psychometric testing scores showed normal IQ but unexpectedly poor verbal and visual memory. These findings are consistent with the known toxic effects of manganese, although a causal relationship cannot necessarily be inferred.

Purpose To measure pediatric program directors’ (PDs’) and trainees’ perceptions of and expectations for the balance of service and education in their training programs. Method In fall 2011, an electronic survey was sent to PDs and trainees at Boston Children’s Hospital. Respondents described perceptions and expectations for service and education and rated the education and service inherent to 12 vignettes. Wilcoxon rank sum tests measured the agreement between PD and trainee perceptions and ratings of service and education assigned to each vignette. Results: Responses were received from 28/39 PDs (78%) and 223/430 trainees (52%). Seventy-five (34%) trainees responded that their education had been compromised by excessive service obligations; only 1 (4%) PD agreed (P < .0001). Although 132 (59%) trainees reported that service obligations usually/sometimes predominated over clinical education, only 3 (11%) PDs agreed (P < .0001). One hundred trainees (45%) thought rotations never/rarely/sometimes provided a balance between education and clinical demands compared with 2 PDs (7%) (P < .0001). Both groups agreed that service can, without formal teaching, be considered educational. Trainees scored 6 vignettes as having greater educational value (P ≤ .01) and 10 as having lower service content (P ≤ .04) than PDs did. Conclusions: Trainees and medical educators hold mismatched impressions of their training programs’ balance of service and education. Trainees are more likely to report an overabundance of service. These data may impact the interpretation of Accreditation Council for Graduate Medical Education survey results and should be incorporated into dialogue about future curricular design initiatives.