OBJECTIVE: Trends affecting both the supply and requirements of child health physicians call into question earlier assessments about the adequacy of the general pediatric workforce. To understand the effects of these trends over time, we developed a model that projects the national supply of practicing general pediatricians over a 20-year period (2000-2020). DESIGN: The model incorporates current data on the practicing pediatrician workforce in the United States, pediatric residency graduates entering general pediatrics, and gender- and age-specific measures of productivity and of retirement or death. In addition, it accounts for projected changes in the size and ethnicity of the child population and the proportion of children currently receiving outpatient care from family practitioners. MAIN OUTCOME MEASURES: Time trend of the supply of general pediatricians and the number of children in the population per practicing pediatrician. RESULTS: The baseline model projects that the number of general pediatricians will expand by nearly 25 000 by the year 2020, a 64% increase from the year 2000, whereas the child population is projected to expand by only 9%. The increase was robust to sensitivity analyses measuring the impact of each of the model's variables on the future supply of pediatricians. In all probable scenarios, the general pediatrician workforce will expand significantly more rapidly than the child population. In addition, the trend in pediatrics is in marked contrast to the other primary care specialties. CONCLUSIONS: Despite a number of factors that might attenuate the growth of the general pediatrician workforce, none seems sufficient to slow its expansion in relation to the pediatric population. To maintain practice volumes comparable to today, pediatricians of the future may need to provide expanded services to the children currently under their care, expand their patient population to include young adults, and/or compete for a greater share of children currently cared for by nonpediatricians.
OBJECTIVE: Trends affecting both the supply and requirements of child health physicians call into question earlier assessments about the adequacy of the general pediatric workforce. To understand the effects of these trends over time, we developed a model that projects the national supply of practicing general pediatricians over a 20-year period (2000-2020). DESIGN: The model incorporates current data on the practicing pediatrician workforce in the United States, pediatric residency graduates entering general pediatrics, and gender- and age-specific measures of productivity and of retirement or death. In addition, it accounts for projected changes in the size and ethnicity of the child population and the proportion of children currently receiving outpatient care from family practitioners. MAIN OUTCOME MEASURES: Time trend of the supply of general pediatricians and the number of children in the population per practicing pediatrician. RESULTS: The baseline model projects that the number of general pediatricians will expand by nearly 25 000 by the year 2020, a 64% increase from the year 2000, whereas the child population is projected to expand by only 9%. The increase was robust to sensitivity analyses measuring the impact of each of the model's variables on the future supply of pediatricians. In all probable scenarios, the general pediatrician workforce will expand significantly more rapidly than the child population. In addition, the trend in pediatrics is in marked contrast to the other primary care specialties. CONCLUSIONS: Despite a number of factors that might attenuate the growth of the general pediatrician workforce, none seems sufficient to slow its expansion in relation to the pediatric population. To maintain practice volumes comparable to today, pediatricians of the future may need to provide expanded services to the children currently under their care, expand their patient population to include young adults, and/or compete for a greater share of children currently cared for by nonpediatricians.
Authors: Andrew D Auerbach; Richard Chlouber; Jennifer Singler; Jon D Lurie; Alan Bostrom; Robert M Wachter Journal: J Gen Intern Med Date: 2006-07-07 Impact factor: 5.128
Authors: Jonathan P Winickoff; Emara Nabi-Burza; Yuchiao Chang; Stacia Finch; Susan Regan; Richard Wasserman; Deborah Ossip; Heide Woo; Jonathan Klein; Janelle Dempsey; Jeremy Drehmer; Bethany Hipple; Victoria Weiley; Sybil Murphy; Nancy A Rigotti Journal: Pediatrics Date: 2013-07 Impact factor: 7.124
Authors: Jennifer E DeVoe; Carrie J Tillotson; Lorraine S Wallace; Heather Angier; Matthew J Carlson; Rachel Gold Journal: Ann Fam Med Date: 2011 Nov-Dec Impact factor: 5.166
Authors: Russell E Glasgow; Marcia G Ory; Lisa M Klesges; Maribel Cifuentes; Douglas H Fernald; Larry A Green Journal: Ann Fam Med Date: 2005 Jan-Feb Impact factor: 5.166