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Thomas Bodenheimer Department of Family and
Community Medicine, University of California at San Francisco, San
Francisco General Hospital, 1001 Potrero Avenue, San Francisco,
CA 94110, USA tbodie{at}earthlink.net
It has been said that primary care in the United States
faces the worst of times and the best of times.1 Why the
worst of times? Primary care was catapulted into prominence by the
advent of health maintenance organisations; many of such organisations' 80 million patients were required to gain permission from their primary
care physician to access laboratory, radiology, and specialty services.
Because the number of people enrolled in health maintenance organisations is declining, more patients are free to move around the
healthcare system. The United States may revert to its previous dispersed system of care, in which patients enter the
specialty-dominated system through a variety of doors rather than
through a single primary care entrance.
When health maintenance organisations moved primary care to a
central position in health care, they expected primary care physicians
to do far more for their patients than before,2 yet they
paid little more, if at all, for these additional tasks. Primary care
physicians were looking more and more like the "hamsters on a
treadmill" described in an article in the
BMJ.3 In California, the proportion of primary
care physicians very satisfied with their work dropped from 48% in
1991 to 36% in 1996.4 In the past few years, medical
students have become less interested in making a career in primary care
because of the long hours, high stress, and relatively low
reimbursement of generalist
physicians.5
Summary points
Primary care in the United States is facing difficult times:
doctors are overworked and dissatisfied with it, and medical students
are not very interested in it
Primary care is unable to deliver everything expected of it and offers
neither timely access to acute care nor state of the art chronic care
A redesign of the primary care sector that addresses these problems is
gaining acceptance in the United States
The redesign envisages the development of clinical teams, open access
scheduling, implementation of a new model of management of chronic
care, training patients to manage chronic conditions themselves, and
group medical visits
The problems go beyond primary care's insecure role in the US health
system: primary care is not serving patients satisfactorily. Fewer than
half of patients with hypertension, diabetes, atrial fibrillation, and
hyperlipidaemia
diagnoses chiefly handled at the primary care
level
are well managed.6-9 Many patients also have
difficulty obtaining an appointment with their primary care practice.
From 1997 to 2001, the proportion of people reporting inability to
obtain a timely appointment rose from 23% to 33%.10
Clearly, primary care clinicians are unable to handle everything piled
on to their plates. Thus, the worst of times. Why, then, the best of
times? One proposition explaining the work of great artists holds that
suffering breeds creativity
Beethoven and Van Gogh are cited as
examples. Although the situation of US primary care physicians cannot
be called "suffering," the proposition could be reformulated as
follows: as primary care physicians have seen their problems mount and
satisfaction fall, they have begun to create innovations in primary
care practice (innovations that are sometimes more advanced in the
United Kingdom). Examples of these innovations are: functioning primary
care teams, open access scheduling, the chronic care model,
collaborative physician-patient interaction, group medical visits, and
the paperless electronic office. The potential for these innovations to
improve primary care practice creates the "best of times."
Behind each specific innovation lies a global vision of primary care
practice in the 21st century. Donald Berwick of the Institute for
Healthcare Improvement, one architect of the new vision, explains: "We are carrying the 19th century clinical office into the 21st century world. It's time to retire it."5 What is the
vision of primary care practice in the 21st century?
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Primary care teams |
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Physicians working alone cannot solve the problems of untimely access and inadequate management of chronic care, but with a team approach, everything changes. A patient care team is a group of diverse clinicians who participate in the care of a defined group of patients and communicate with each other regularly. Team care often means the doctor delegates routine tasks to other team members.11
In a few US primary care practices such teams are functioning well. In
some cases, each team might have one primary care physician, two
non-physician clinicians (nurse practitioners or physician assistants),
three nursing staff (nurses or medical assistants), and a receptionist.
The team is responsible for a panel of 5000 patients. In larger sites,
a health educator, physical therapist, and pharmacist would work with
several teams. The physician might see only 10 (rather than 25-30)
patients each day, focusing on those with complex problems and spending
30 minutes rather than the typical 18 minutes per patient. Patients
attending with routine acute problems are handled by the non-physician
clinicians, and nursing, health education, or mid-level caregivers are
responsible for planned follow up of those with chronic conditions. The
physician would spend considerable time consulting with and training
other team members.
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Advanced access |
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A new model of appointment scheduling, called advanced access or
same day scheduling, is being used at a number of primary care
practices in both the United States and the United Kingdom. In its most
simple form, it means that if a doctor can see 25 patients a day but it
takes patients three weeks to get an appointment, could the doctor not
care for 25 patients a day but see them the same day they call? On
average, the number of visits would not change, but access would go up
and patients' frustration go down. When doctors practising under this
new model start work each morning, about half of their appointment
slots are open. Patients calling in are offered an appointment the same
day.12 As both urgent and routine problems are seen the
same day, there is no need for nursing triage, freeing up nursing staff
for other tasks and reducing the need to interrupt the physician.
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The chronic care model |
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Management of chronic illness can be improved through a set of innovations known as the chronic care model, which incorporates several essential components of primary care practice.13 Self management support includes training patients in problem solving and goal setting. Decision support consists of making evidence based knowledge available to all physicians through clinical practice guidelines and physician education. Delivery system redesign refers to the understanding that the structure of medical practice must be altered; it includes creating practice teams with a clear division of labour, separating the management of chronic conditions from acute care by using planned visits, and case management of patients at high risk. Clinical information systems involve reminders to primary care teams to comply with practice guidelines; feedback to physicians, showing how each is performing in managing chronic illnesses; and registers for planning individual patient care and conducting population based care.
A new area of research
evidence based management
examines
which components of the chronic care model actually improve clinical process and patient outcomes. Studies suggest that planned visits to
patients with chronic conditions and case management of high risk
patients (two components of redesign of delivery systems) and reminder
systems for clinicians (a component of clinical information systems)
improve doctors' performance and, at times, patients' outcomes.
14 15
Clinical outcomes probably improve more when several components of the
chronic care model are used together.16 A number of
primary care practices, led by healthcare organisations such as
Kaiser-Permanente and Group Health Cooperative of Puget Sound, and
community health centres for patients with low incomes are implementing
components of the chronic care model.
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Collaborative care |
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The 21st century primary care practice envisages a patient-physician partnership with collaborative goal setting. A recent study found that in about three quarters of primary care visits physicians issue instructions to patients, such as "change your diet, take more exercise, and take your pills."17 This model often fails to encourage healthy behaviours and leads physicians to blame patients for being "non-compliant" with doctors' orders.18
Under the collaborative model, both patients and physicians
define the problems that require solution, though their definitions may
coincide or diverge. For example, a physician may define the problem of
a diabetic patient as a raised glycated haemoglobin concentration,
while the patient defines her problem as extreme anxiety caring for her
husband with Alzheimer's dementia. Failure to tackle the problem that
the patient sees will frustrate the physician's efforts to solve the
problem of poor glycaemic control.19 One tool of
collaborative care is the setting of goals through action plans agreed
between physician and patient
a typical action plan might be to walk
for 15 minutes three times a week. In the example of the diabetic
patient caring for a demented spouse, the action plan might involve
ways of relieving the patient from her caregiving responsibilities
rather than simply trying to improve glycaemic control. Action plans
should be realistic, giving the patient a strong chance of success.
Some research has found that collaborative care with action plans can
improve outcomes in asthma, diabetes, arthritis, and other chronic
conditions.19
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Group medical visits |
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Several US experiments in which patients see their physicians in groups rather than singly are under way. This innovation, which has spread to numerous US primary care sites, began near Denver, Colorado, when John Scott, a Kaiser-Permanente primary care physician, gave his elderly patients the option of seeing him in groups. The groups are not simply patient education sessions; they include direct patient care. In John Scott's cooperative healthcare clinic model, 15-20 elderly patients with a variety of acute and chronic medical problems come together monthly to see their doctor, who goes around the room performing those elements of the history and physical examinations that do not require privacy and carrying out diagnostic and treatment plans for each patient. Other patients in the room listen to the interactions and may contribute ideas based on their own experience. In a randomised controlled trial, the group patients made fewer visits to emergency departments and to specialists, cost less, stayed healthier, and were more satisfied with their care.20
A second kind of group comprises patients with the same diagnosis. A trial of such single diagnosis groups, conducted for patients with diabetes, found that glycated haemoglobin values of patients in groups fell by 1.3% compared with 0.2% in control subjects. Group members used outpatient and inpatient facilities less and felt more satisfied with their care.14
A third category of group medical visit is the "drop-in group medical
appointment" (DIGMA) for patients with simple acute rather than
chronic conditions. The purpose is to improve timely access to care,
since in this way a doctor can see 15-20 patients in 90 minutes. By
adding capacity to primary care practices, these group sessions can
become an adjunct to open access scheduling. These sessions are not
appropriate for patients with more complex and time-consuming problems.
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Information technology |
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The ideal 21st century primary care practice would be virtually
paperless
a goal to which the United Kingdom is currently nearer than
is the United States. While such a digital world has great appeal, only
a tiny fraction of US primary care sites have an electronic medical
record, and relatively few use email and the internet to interact with
patients. Studies of the electronic medical record show that it may
improve quality of care but it makes extra demands on physicians'
time.
21 22
A controlled trial involving electronic
registers and reminders for the care of 13 000 diabetic patients found
that most physicians did not use the computerised systems available to
them because they took too much time.23
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Importance of teams in primary care |
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None of the innovations being introduced into the United States
works well without the formation of primary care teams. The chronic
care model relies on medical assistants checking reminder systems and
making sure that patients receive the chronic and preventive services
they need. When physicians no longer have to carry out these routine
chronic care tasks, they have more open appointment slots, allowing
advanced access scheduling to function smoothly. Nurses or health
educators, rather than physicians, can work with patients on healthy
behaviour change, using action plans. Group medical visits are best
with teams of physicians and nurses. When patients are able to
communicate by email or the internet, staff other than doctors can
handle many simple requests, thereby sparing physicians' time. Without
teams, most of these innovations would be unsustainable because they
add to the huge workload of primary care physicians. With teams,
physicians can spend more time training and supervising team members
and less time seeing patients with uncomplicated problems singly. The
creation of teams is the key element in primary care redesign that
allows other innovations to succeed.
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Conclusion |
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Primary care physicians in the United States who are stressed and
dissatisfied may glance at a list of supposedly helpful innovations and
exclaim: "Making those changes will just add to my work." Without
managerial support, they are right. For that reason, innovation is
commoner in large health systems with administrative leadership. To
help physicians jump off the treadmill, innovations must improve
quality of care or access to it while reducing doctors' workloads and
not endangering the financial viability of primary care.
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Footnotes |
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This is the last in a series of four articles edited by Andrew Bindman and Azeem Majeed
Funding: Robert Wood Johnson Foundation.
Competing interests: None declared.
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References |
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| 1. |
Grumbach K.
Primary care in the United States the best of times, the worst of times.
N Engl J Med
1999;
341:
2008-2010 |
| 2. |
St Peter RF, Reed MC, Kemper P, Blumenthal D.
Changes in the scope of care provided by primary care physicians.
N Engl J Med
1999;
341:
1980-1985 |
| 3. |
Morrison I, Smith R.
Hamster health care. Time to stop running faster and redesign health care.
BMJ
2000;
321:
1541-1542 |
| 4. | Burdi MD, Baker LC. Physicians' perceptions of autonomy and satisfaction in California. Health Aff 1999; 18: 134-135[Abstract]. |
| 5. |
Grumbach K, Bodenheimer T.
A primary care home for Americans. Putting the house in order.
JAMA
2002;
288:
889-893 |
| 6. | Joint National Committee on Prevention, Detection, Evaluation, and Treatment of High Blood Pressure. 6th Report. Arch Intern Med 1997; 157: 2413-2446[Abstract]. |
| 7. |
Clark CM, Fradkin JE, Hiss RG, Lorenz RA, Vinicor F, Warren-Boulton E.
Promoting early diagnosis and treatment of type 2 diabetes.
JAMA
2000;
284:
363-365 |
| 8. |
Samsa GP, Matchar DB, Goldstein LB, Bonito AJ, Lux LJ, Witter DM, et al.
Quality of anticoagulation management among patients with atrial fibrillation.
Arch Intern Med
2000;
160:
967-973 |
| 9. |
McBride P, Schrott HG, Plane MB, Underbakke G, Brown RL.
Primary care practice adherence to national cholesterol education program guidelines for patients with coronary heart disease.
Arch Intern Med
1998;
158:
1238-1244 |
| 10. | Strunk BC, Cunningham PJ. Treading water: Americans' access to needed medical care, 1997-2001. Washington, DC: Center for Studying Health System Change, 2002. |
| 11. |
Wagner EH.
The role of patient care teams in chronic disease management.
BMJ
2000;
320:
569-572 |
| 12. |
Murray M, Berwick DM.
Advanced access: reducing waiting and delays in primary care.
JAMA
2003;
289:
1035-1040 |
| 13. |
Bodenheimer T, Wagner EH, Grumbach K.
Improving primary care for patients with chronic illness: the chronic care model.
JAMA
2002;
288:
1775-1779 |
| 14. |
Sadur CN, Moline N, Costa M, Michalik D, Mendlowitz D, Roller S, et al.
Diabetes management in a health maintenance organization. Efficacy of care management using cluster visits.
Diabetes Care
1999;
22:
2011-2017 |
| 15. | Davis DA, Thomson MA, Oxman AD, Haynes B. Changing physician performance. JAMA 1995; 274: 700-705[Abstract]. |
| 16. | Sperl-Hillen J, O'Connor PJ, Carlson RR, Lawson TB, Halstenson C, Crowson T. Improving diabetes care in a large health care system: an enhanced primary care approach. Jt Comm J Qual Improv 2000; 26: 615-622[Medline]. |
| 17. | Gotler RS, Flocke SA, Goodwin MA, Zyzanski SJ, Murray TH, Stange KC. Facilitating participatory decision-making: what happens in real world community practice? Med Care 2000; 38: 1200-1209[CrossRef][ISI][Medline]. |
| 18. |
Anderson RM, Funnell MM.
Compliance and adherence are dysfunctional concepts in diabetes care.
Diabetes Educ
2000;
26:
597-604 |
| 19. |
Bodenheimer T, Lorig K, Holman H, Grumbach K.
Patient self-management of chronic disease in primary care.
JAMA
2002;
288:
2469-2475 |
| 20. | Beck A, Scott J, Williams P, Robertson B, Jackson D, Gade G, et al. A randomized trial of group outpatient visits for chronically ill older HMO members. J Am Geriatr Soc 1997; 45: 543-549[ISI][Medline]. |
| 21. | Hunt D, Haynes B, Hanna S, Smith K. Effects of computer-based clinical decision support systems on physician performance and patient outcomes: a systematic review. JAMA 1998; 280: 339-346. |
| 22. |
Mitchell E, Sullivan F.
A descriptive feast but an evaluative famine: systematic review of published articles on primary care computing during 1980-97.
BMJ
2001;
322:
279-282 |
| 23. | Baker AM, Lafata JE, Ward RE, Whitehouse F, Divine G. A web-based diabetes care management support system. Jt Comm J Qual Improv 2001; 27: 179-190[Medline]. |
(Accepted 11 February 2003)
Azeem Majeed a Primary Care
Research Unit, School of Public Policy, University College London,
London WC1H 9EZ, b Departments of Medicine, Epidemiology and Biostatistics,
University of California at San Francisco, San Francisco,
CA 94118, USA
Correspondence to: A Majeed
a.majeed{at}ucl.ac.uk
The National Health Service is very familiar with the
arrival of "experts" from the United States to tell clinicians,
managers, and politicians how the United Kingdom should configure its
health services. Such experts are often well received by the British government in the belief that they will somehow bring answers to the
many problems that afflict the NHS. Although it is true that the NHS
can learn from the experience of other healthcare systems,1 the opposite is also true: other countries can
learn from the NHS. As Bodenheimer says, two areas where the United Kingdom may be ahead of the United States are in developing
multidisciplinary primary healthcare teams and in using
information technology in primary care.
Learning that the United Kingdom is ahead of the United States in
developing primary care teams and in implementing information technology may seem strange to many British general practitioners, for
they are often led to believe that the use of non-medically qualified
clinicians in clinical settings and the use of information technology
are much commoner in the United States than in Britain. However, this
is not always the case. For example, the way in which British general
practices are funded and, in particular, NHS subsidies of the costs of
employing staff, such as nurses, counsellors, receptionists, and
managers, has encouraged the development of multidisciplinary primary
healthcare teams.2
The NHS has also heavily subsidised general practitioners' investment
in information technology, so that almost all practices now use
clinical computer systems, and an increasing proportion of practices
use computers rather than paper to record consultations. This
investment in information technology in primary care has facilitated
the production of local disease registers and locality-wide audits and
research.3 It has also helped to rationalise prescribing and control drug costs. For example, drugs are prescribed by their generic name on over 60% of all prescriptions issued by general practitioners in England, a much higher percentage than in the United
States. The NHS intends to build on this investment, with ambitious
plans to develop the use of information technology further, and in
particular to develop integrated health records for use by both primary
care and hospital clinicians.4
One of the main components of the greater success of the NHS in these
areas is the "single payer" structure of the British healthcare
system.5 Because of this, the NHS dominates the provision
of health care and the employment of clinicians, giving the government
great power to shape the healthcare system and to roll out innovations
more uniformly and rapidly than is possible in the United States. A
second factor is the proportionally larger and more unified nature of
the primary care physician workforce in the Britain, which gives
primary care a large role in shaping the NHS.
In contrast, the US healthcare system, with its multiplicity
of private and government purchasers and providers, is much more diverse than the NHS. The primary care physician workforce is also
divided into three specialties: general internists, family practitioners, and paediatricians. This diversity results in more "natural experiments" in the United States than in the United Kingdom, but much greater difficulty in implementing interventions across the entire US healthcare system.
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Footnotes |
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Funding: No specific funding.
Competing interests: AM holds a national primary care scientist award funded by the Department of Health. ABB and AM have received funding for comparative research on primary care in the USA and UK from the Commonwealth Fund of New York.
A list of internet resources
relevant to primary care appears on bmj.com
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References |
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| 1. |
Weiner J, Gillam S, Lewis R.
Organization and financing of British primary care groups and trusts: observations through the prism of US managed care.
J Health Serv Res Policy
2002;
7:
43-50 |
| 2. |
Bindman AB, Majeed A.
Organisation of primary care in the United States.
BMJ
2003;
326:
631-634 |
| 3. | Hippisley-Cox J, Pringle M, Crown N, Meal A, Wynn A. Sex inequalities in ischaemic heart disease in general practice: cross sectional survey. BMJ 2001; 322: 833-836. |
| 4. | Delivering IT in the NHS. Department of Health: London , 2002. www.doh.gov.uk/ipu/whatnew/deliveringit/index.htm (accessed 12 Mar 2003). |
| 5. |
Bindman AB, Weiner JP, Majeed A.
Primary care groups in the United Kingdom: quality and accountability.
Health Aff
2001;
20:
132-145 |
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