Instate Office Primary Care Contributions
Robert C. Bowman, M.D. rcbowman@atsu.edu
Most states are in big trouble regarding basic health access primary care workforce. The United States does not even understand what true primary care workforce is. Not only that, but all states are producing insufficient primary care that remains primary care. Finally the physician and non-physician workforce produced by many if not most states, will be leaving for other states. In each case the gradient is provided by US health policy that moves primary care away from primary care (destructive policy); by US health policy that moves physicians and non-physicians to other states that have greater concentrations of physicians, health funding, economics, and people; and by US health policy that fails to support health care for the populations that most depend upon primary care.
This study includes tables for the individual medical schools divided into four medical school quartiles regarding instate primary care contributions. It is even more tragic to deliver the really bad news. This is older data based on 2005 practice locations that reflect 2003 and 2004 locations. In the past 5 years, serious changes have resulted in far less primary care. All of the medical schools listed make lower contributions to primary care as health policy changes have decreased primary care capacity greatly. The last medical school to fall prey to policy was the school that focused most on permanent primary care and rural workforce contributions. Up until 2008, Duluth managed to maintain 46% family practice choice. Family practice is the most important instate primary care component. Duluth has not changed admission and training, but Duluth appears to have succumbed to US health policy with a decline to 36% family medicine for 2009 graduates.
The greatest declines have involved schools declining the most in family medicine graduates. The values were calculated using 30 years of primary care for family practice residency graduates and for residency graduates expected to remain in office based general internal medicine and office based general pediatrics. Since these figures were compiled, internal medicine retention in primary care has declined even further. Only 10% of recent graduates are expected to remain in primary care. Pediatric primary care retention is heading for 50%. Levels would be even lower without 15% of white females consistently choosing pediatric primary care.
Instate primary care is about graduating physicians that remain in primary care that also remain instate for practice. A number of factors determine instate primary care such as medical school admission and training, state health policy regarding primary care, graduate medical education training, economic considerations, and geographic considerations (large state, island, peninsula, coastal, few competitive neighbor states and the fewest tough competitors such as high growth or high recruitment states).
Top Quartile Above 6.28 Instate Primary Care Years Per Graduate
|
|
|
Total |
Instate Office Primary Care % |
Instate Primary Care Years Per Grad |
Office Primary Care % |
Office Primary Care Years |
Ratio Instate to Total |
|
|
MN |
235 |
39.6% |
11.87 |
60.4% |
18.13 |
65.5% |
|
Mercer |
GA |
427 |
37.7% |
11.31 |
51.8% |
15.53 |
72.9% |
|
UC Irvine |
CA |
1061 |
32.4% |
9.73 |
38.5% |
11.54 |
84.3% |
|
UC Davis |
CA |
1055 |
31.4% |
9.41 |
42.7% |
12.82 |
73.4% |
|
Western Osteopathic |
CA |
1422 |
30.0% |
9.01 |
54.8% |
16.43 |
54.8% |
|
|
OH |
1028 |
27.5% |
8.26 |
47.9% |
14.36 |
57.5% |
|
U North Texas Osteopathic |
TX |
1103 |
26.8% |
8.05 |
41.2% |
12.35 |
65.2% |
|
|
MI |
1398 |
26.5% |
7.94 |
38.0% |
11.39 |
69.7% |
|
|
OH |
1088 |
25.9% |
7.78 |
38.6% |
11.58 |
67.1% |
|
U of |
MN |
2568 |
25.9% |
7.76 |
38.9% |
11.68 |
66.4% |
|
U of |
MA |
1165 |
25.8% |
7.75 |
41.7% |
12.52 |
61.9% |
|
UC |
CA |
1401 |
25.5% |
7.64 |
35.6% |
10.69 |
71.5% |
|
Brody East |
NC |
807 |
25.4% |
7.62 |
37.5% |
11.26 |
67.7% |
|
|
AR |
1519 |
25.3% |
7.60 |
39.6% |
11.87 |
64.1% |
|
UCLA |
CA |
2077 |
25.3% |
7.58 |
33.1% |
9.94 |
76.3% |
|
Morehouse |
GA |
352 |
25.0% |
7.50 |
47.4% |
14.23 |
52.7% |
|
|
HI |
656 |
25.0% |
7.50 |
38.9% |
11.66 |
64.3% |
|
|
TN |
662 |
24.2% |
7.25 |
36.4% |
10.92 |
66.4% |
|
NY Osteopathic |
NY |
1804 |
23.8% |
7.15 |
40.6% |
12.19 |
58.7% |
|
U of |
CA |
1753 |
23.8% |
7.14 |
30.5% |
9.16 |
77.9% |
|
Nova SE Osteopathic |
FL |
1254 |
23.8% |
7.13 |
41.7% |
12.51 |
57.0% |
|
U of |
TX |
2207 |
23.7% |
7.10 |
34.9% |
10.47 |
67.8% |
|
|
MI |
1224 |
23.0% |
6.91 |
42.5% |
12.75 |
54.2% |
|
UT |
TX |
2309 |
23.0% |
6.90 |
33.7% |
10.12 |
68.2% |
|
U of |
TN |
1803 |
23.0% |
6.89 |
36.2% |
10.85 |
63.5% |
|
U of |
AZ |
1047 |
22.9% |
6.88 |
38.4% |
11.52 |
59.7% |
|
|
IL |
806 |
22.8% |
6.85 |
43.2% |
12.95 |
52.9% |
|
U of |
WA |
1899 |
22.8% |
6.84 |
40.6% |
12.18 |
56.2% |
|
UC |
CA |
1745 |
22.1% |
6.62 |
34.3% |
10.30 |
64.3% |
|
|
TX |
1156 |
22.0% |
6.59 |
32.2% |
9.65 |
68.3% |
|
|
|
733 |
21.4% |
6.43 |
38.9% |
11.66 |
55.1% |
|
|
TX |
547 |
21.2% |
6.36 |
30.9% |
9.27 |
68.6% |
|
|
OR |
1050 |
21.0% |
6.31 |
35.9% |
10.77 |
58.6% |
|
U of |
KY |
1471 |
21.0% |
6.30 |
34.0% |
10.20 |
61.8% |
|
U of |
SD |
572 |
21.0% |
6.29 |
43.4% |
13.01 |
48.4% |
|
|
OK |
836 |
20.9% |
6.28 |
38.9% |
11.66 |
53.8% |
Consistent levels of family practice choice above 35% was the defining characteristic of medical schools contributing the most to instate primary care and all location primary care. In these top distributional medical schools the internal medicine and pediatric residency graduates arising from these medical schools also had top levels of office primary care retention.
It is impossible to separate admission and training of the types of medical students associated with primary care capacity from family medicine, from retention of office based primary care, from more average MCAT scores, from a wider range of medical student parents, from older medical students, from a wider range of origins in a number of dimensions such as geographic, socioeconomic, culture, language. In each case the changes are generally in the direction of lower and middle income origins and matching to the United States population best instead of shifted 3 or 4 standard deviations to highest concentrations in origins, training, career choice, and health policy concentrations.
Osteopathic schools and the newer allopathic medical schools contributed the most. Without the 1970s health policies that created new public medical schools that lead in all primary care categories and all six of the osteopathic public schools, the nation would have a much more serious primary care problem. The losses of 1970s family physicians and primary care physicians (primary care numbers quadrupled in the 1970s expansion) to inactivity and retirement are now a part of the current problems in primary care capacity and distribution.
The lack of state and federal support to shape medical education is one of the primary difficulties of the current era. Poor primary care reimbursement deflects medical students from the remaining permanent primary care choice of family practice, incents residents to leave generalist primary care careers to do fellowships, and destroys primary care capacity in nurse practitioners and physician assistants.
Background
Across the
The author created a standard primary care workforce year using the results of the physicians most likely to remain in primary care and distribute to the most needed rural and underserved locations. Family physicians with rural origins that attended medical schools with the most focus on family practice, primary care, rural, and underserved locations were used to set the standard. In these schools the family physicians remained 96% in family medicine, 96% active, had the top primary care volume delivered 100%, and had an estimated career length of 35 years. This results in 32 years of primary care. More typical family physicians have 90% retention in primary care, 90% activity, and slightly lower volume of primary care for 29 years of primary care. When measured at the training program level, pediatric residents deliver about 16 years of primary care while flexible primary care training forms (IM, NP, PA) deliver 2 – 4 Standard Primary Care Years per graduate.
The rapid collapse of internal medicine has been unanticipated, but fits with internal medicine graduates receiving by far the greatest benefit from specialization. Using 1987 – 2000 graduates, the internal medicine graduates remaining in generalist office based internal medicine as well as the office based pediatricians were counted as 30 years of primary care. This is a known overestimate as the US has lost 30,000 internal medicine generalists to hospitalist careers in the past 6 years alone.
The primary care workforce year estimates are a way to attribute all of the future primary care years to a single class year. This can include all graduates in a school or a program or a physician origin. Class year contributions also reveal much about health policy with 1990s class years maximal in primary care capacity. Medicaid doubled from 1990 to 1995, managed care pushed graduates into family medicine choice and internal medicine residents into primary care careers, and the nation sequentially shifted more reimbursement to primary care and away from specialty and hospital care. Since this period of time complete reversals of policy combined with rapidly rising costs of delivering care have destroyed primary care numbers, choices, retention, and durations. Good primary care policy years greatly expand the potential for primary care capacity through a number of mechanisms. Poor policy years distract, divide, and fragment primary care capacity and kill off primary care practitioners directly and indirectly.
Different types of medical schools make different contributions to the nation’s primary care capacity. The schools that exclude the students most likely to choose primary care by selecting those with the highest scores, by training environments involving the lowest exposures to primary care, and by training students away from primary care in mission and curriculum graduate the fewest family physicians. Their graduates are also least likely to remain in generalist internal medicine and pediatric careers. Distributional medical schools admit the broadest range of medical students in scores, origins, ages, and socioeconomic levels; focus more specifically on family practice in mission, admission, training, and training environment, graduate more family physicians, retain more in office based generalist primary care, deliver more primary care volume per graduate, deliver more primary care in underserved locations, deliver more primary care outside of major medical center concentrations where primary care levels are most often adequate, deliver more geriatric care, deliver more economics of health care to areas in need of economics, and deliver more care to less educated populations, populations with less health care coverage, populations with lower income and lower social organization, populations with higher need, and populations with the lowest physician concentrations.
This article is written from the perspective of instate contributions. In the first table different types of medical schools are listed by their office primary care graduates for the class years of 1987 – 1998, the percentage of Office Primary Care Physicians in Instate Practice, and the Instate Office Primary Care Years or the number of office primary care physicians multiplied by 30 years per graduate divided by the total medical school graduates. The West Coast Distributional schools include UCLA, the
Types of Medical Schools, Primary Care, and Instate Primary Care
|
|
FPGP |
Off PC |
Total PC Years Per Grad |
Instate PC Years Per Grad |
% PC Remaining Instate |
|
Allopathic Private |
|
|
|
|
|
|
Historically Black |
19.0% |
38.3% |
11.48 |
2.37 |
20.6% |
|
MCAT 10.5-12 |
5.0% |
21.5% |
6.45 |
2.13 |
33.0% |
|
MCAT 10-10.5 |
8.6% |
26.3% |
7.90 |
2.43 |
30.8% |
|
MCAT 9.5-10 |
11.0% |
29.0% |
8.69 |
2.91 |
33.5% |
|
MCAT 9.25-9.5 |
13.2% |
29.8% |
8.93 |
2.49 |
27.8% |
|
MCAT 8.5-9.25 |
29.1% |
48.8% |
14.65 |
8.56 |
58.5% |
|
Allopathic Public |
|
|
|
|
|
|
UMKC NEOUCOM |
13.3% |
28.9% |
8.66 |
4.52 |
52.2% |
|
West Coast Distributional |
20.2% |
38.0% |
11.41 |
8.04 |
70.4% |
|
MCAT 10.5-12 |
10.5% |
27.9% |
8.36 |
4.48 |
53.7% |
|
MCAT 10-10.5 |
17.0% |
33.6% |
10.07 |
5.30 |
52.7% |
|
MCAT 9.5-10 |
14.2% |
31.5% |
9.46 |
4.84 |
51.1% |
|
MCAT 9.25-9.5 |
17.5% |
33.9% |
10.17 |
6.03 |
59.3% |
|
MCAT 8.5-9.25 |
19.7% |
36.3% |
10.90 |
6.13 |
56.2% |
|
Osteopathic Private |
35.2% |
43.8% |
13.14 |
4.91 |
37.4% |
|
Osteopathic Public |
36.2% |
39.7% |
11.90 |
7.10 |
59.7% |
|
US Graduates Not Military or |
15.6% |
31.6% |
9.49 |
4.47 |
47.1% |
Primary care physicians associated with military medical school or family practice residency are most commonly listed as hospital based. Graduates past the 1998 class year or before 1987 have higher levels of primary practice activity listed as residency, not classified, inactive, researchers, or administrators.
|
|
Office Primary Care in Instate Practice |
Total Graduates 1987 – 1998 |
% Office Primary Care in Instate Practice |
Instate Office Primary Care Years |
|
West Coast Distributional |
1633 |
6092 |
26.8% |
8.04 |
|
Osteopathic Public |
1369 |
5781 |
23.7% |
7.10 |
|
MCAT 8.5 – 9.25 |
3740 |
18079 |
20.7% |
6.21 |
|
Allopathic Public |
21040 |
118287 |
17.8% |
5.34 |
|
MCAT 9.25 - 9.5 |
4365 |
24878 |
17.5% |
5.26 |
|
Osteopathic Private |
2391 |
14597 |
16.4% |
4.91 |
|
U MO KC, NEOUCOM Early Admit |
331 |
2197 |
15.1% |
4.52 |
|
MCAT 9.5 – 10 |
7817 |
54626 |
14.3% |
4.29 |
|
MCAT 10 - 10.5 |
5057 |
39045 |
13.0% |
3.89 |
|
Puerto Rican |
358 |
3126 |
11.5% |
3.44 |
|
MCAT 10.5 – 12 |
3375 |
35558 |
9.5% |
2.85 |
|
Allopathic Private |
5837 |
69420 |
8.4% |
2.52 |
One point must be clarified. In the past decade primary care contributions from each of these medical schools have decreased substantially with family practice choice cut in half and with declines from 50% to 25% for internal medicine residents remaining in office based primary care.
Top Quartile Above 6.28 Instate Primary Care Years Per Graduate
|
|
|
Total |
Instate Office Primary Care % |
Instate Primary Care Years Per Graduate |
Office Primary Care % |
Office Primary Care Years |
Ratio Instate to Total |
|
|
MN |
235 |
39.6% |
11.87 |
60.4% |
18.13 |
65.5% |
|
Mercer |
GA |
427 |
37.7% |
11.31 |
51.8% |
15.53 |
72.9% |
|
UC Irvine |
CA |
1061 |
32.4% |
9.73 |
38.5% |
11.54 |
84.3% |
|
UC Davis |
CA |
1055 |
31.4% |
9.41 |
42.7% |
12.82 |
73.4% |
|
Western Osteopathic |
CA |
1422 |
30.0% |
9.01 |
54.8% |
16.43 |
54.8% |
|
|
OH |
1028 |
27.5% |
8.26 |
47.9% |
14.36 |
57.5% |
|
|
TX |
1103 |
26.8% |
8.05 |
41.2% |
12.35 |
65.2% |
|
|
MI |
1398 |
26.5% |
7.94 |
38.0% |
11.39 |
69.7% |
|
|
OH |
1088 |
25.9% |
7.78 |
38.6% |
11.58 |
67.1% |
|
U of |
MN |
2568 |
25.9% |
7.76 |
38.9% |
11.68 |
66.4% |
|
U of |
MA |
1165 |
25.8% |
7.75 |
41.7% |
12.52 |
61.9% |
|
UC |
CA |
1401 |
25.5% |
7.64 |
35.6% |
10.69 |
71.5% |
|
Brody East |
NC |
807 |
25.4% |
7.62 |
37.5% |
11.26 |
67.7% |
|
|
AR |
1519 |
25.3% |
7.60 |
39.6% |
11.87 |
64.1% |
|
UCLA |
CA |
2077 |
25.3% |
7.58 |
33.1% |
9.94 |
76.3% |
|
Morehouse |
GA |
352 |
25.0% |
7.50 |
47.4% |
14.23 |
52.7% |
|
|
HI |
656 |
25.0% |
7.50 |
38.9% |
11.66 |
64.3% |
|
|
TN |
662 |
24.2% |
7.25 |
36.4% |
10.92 |
66.4% |
|
NY Osteopathic |
NY |
1804 |
23.8% |
7.15 |
40.6% |
12.19 |
58.7% |
|
U of |
CA |
1753 |
23.8% |
7.14 |
30.5% |
9.16 |
77.9% |
|
Nova SE Osteopathic |
FL |
1254 |
23.8% |
7.13 |
41.7% |
12.51 |
57.0% |
|
U of |
TX |
2207 |
23.7% |
7.10 |
34.9% |
10.47 |
67.8% |
|
|
MI |
1224 |
23.0% |
6.91 |
42.5% |
12.75 |
54.2% |
|
UT |
TX |
2309 |
23.0% |
6.90 |
33.7% |
10.12 |
68.2% |
|
U of |
TN |
1803 |
23.0% |
6.89 |
36.2% |
10.85 |
63.5% |
|
U of |
AZ |
1047 |
22.9% |
6.88 |
38.4% |
11.52 |
59.7% |
|
|
IL |
806 |
22.8% |
6.85 |
43.2% |
12.95 |
52.9% |
|
U of |
WA |
1899 |
22.8% |
6.84 |
40.6% |
12.18 |
56.2% |
|
UC |
CA |
1745 |
22.1% |
6.62 |
34.3% |
10.30 |
64.3% |
|
|
TX |
1156 |
22.0% |
6.59 |
32.2% |
9.65 |
68.3% |
|
|
|
733 |
21.4% |
6.43 |
38.9% |
11.66 |
55.1% |
|
|
TX |
547 |
21.2% |
6.36 |
30.9% |
9.27 |
68.6% |
|
|
OR |
1050 |
21.0% |
6.31 |
35.9% |
10.77 |
58.6% |
|
U of |
KY |
1471 |
21.0% |
6.30 |
34.0% |
10.20 |
61.8% |
|
U of |
SD |
572 |
21.0% |
6.29 |
43.4% |
13.01 |
48.4% |
|
|
OK |
836 |
20.9% |
6.28 |
38.9% |
11.66 |
53.8% |
Consistent levels of family practice choice above 35% are the primary characteristic of all of the medical schools contributing the most to instate primary care and all location primary care. In these top distributional medical schools the internal medicine and pediatric residency graduates from these medical schools also have top levels of office primary care retention. It is impossible to separate admissions of the types of medical students associated with primary care capacity from primary care emphasis in training from family medicine and from office based primary care retention.
Osteopathic schools and the newer allopathic medical schools make top contributions. The osteopathic public schools as a group have consistently excellent contributions across family practice, primary care, rural, and underserved careers. Without the 1970s health policies that created new medical schools, the nation would have a much more serious primary care problem. The lack of state and federal support to shape medical education is one of the primary difficulties of the current era. Poor primary care reimbursement deflects medical students from the remaining permanent primary care choice of family practice, incents residents to leave generalist primary care careers to do fellowships, and destroys primary care capacity in nurse practitioners and physician assistants.
Second Quartile of Instate Primary Care Contributions at 4.58 to 6.27 Years
|
|
|
Total |
Instate Office Primary Care % |
Instate Primary Care Years Per Graduate |
Office Primary Care % |
Office Primary Care Years |
Ratio Instate to Total |
|
U of |
CO |
1498 |
20.9% |
6.27 |
35.4% |
10.61 |
59.1% |
|
UMDNJ Osteopathic |
NJ |
661 |
20.9% |
6.26 |
41.0% |
12.30 |
50.9% |
|
U of |
IN |
3054 |
20.8% |
6.24 |
32.5% |
9.76 |
63.9% |
|
U of |
SC |
733 |
20.7% |
6.22 |
35.9% |
10.76 |
57.8% |
|
U of |
MS |
1159 |
20.5% |
6.16 |
33.5% |
10.04 |
61.3% |
|
|
PA |
2473 |
20.5% |
6.14 |
38.5% |
11.56 |
53.1% |
|
U of |
MO |
1226 |
20.4% |
6.12 |
36.9% |
11.08 |
55.2% |
|
U of |
KY |
1034 |
20.0% |
6.01 |
36.2% |
10.85 |
55.3% |
|
LSU |
LA |
1117 |
19.9% |
5.96 |
31.7% |
9.51 |
62.7% |
|
Med |
GA |
2066 |
19.5% |
5.84 |
33.5% |
10.05 |
58.1% |
|
LSU New |
LA |
1991 |
19.2% |
5.77 |
29.8% |
8.94 |
64.6% |
|
U of |
NE |
1431 |
19.1% |
5.74 |
35.2% |
10.55 |
54.5% |
|
U of |
FL |