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A J B Brady a Department
of Medical Cardiology, Glasgow Royal Infirmary University NHS Trust,
Glasgow G31 2ER, b Merck Sharp and Dohme, Hoddesdon EN11 9BU, c Staines and Thameside Medical, Staines TW18 3JH
Correspondence to: A J B
Brady a.j.brady{at}clinmed.gla.ac.uk
Prevention of further cardiovascular events in
patients with established coronary heart disease is a priority for
public health.1 Previous studies have addressed such
issues and have showed that there is considerable room for
improvement.2-4 The Healthwise survey was conducted in
primary care throughout Britain to identify the prevalence of recorded
coronary disease and to examine whether progress had been made in
secondary preventive measures. Smoking, blood pressure, recording of
cholesterol concentrations, and the specific use of the four lifesaving
classes of cardiac drugs Practices that had computerised records but had not
recently undergone an audit of coronary heart disease were identified from the Pharbase national registry of general practices (IMS Health
Strategic Technologies, Loughborough). A total of 653 general practitioners were invited to take part; 548 accepted. Twelve research
nurses joined these practices for about four weeks between March 1997 and August 1998. Patients with established coronary disease were
identified from practice records and the recording of risk factors and
secondary preventive measures was noted.
The mean list size was 7220, with an average of four doctors in each
practice. The total practice population was 989 161, representing 1.7% of the population of England, Scotland, and Wales. A
total of 24 431 patients had a diagnosis of coronary disease, a
prevalence of 45 patients per doctor. The mean age of men was 67 years
and that of women was 72. Two thirds of the patients were aged 60-80. The table shows the prevalence of risk factors and secondary preventive
drug treatment.
The Healthwise survey shows that even in well organised
general practices there is ample scope for improvement in the
detection, recording, and intervention of the major cardiac risk
factors among patients with established coronary heart disease. This is the largest survey of secondary prevention of coronary disease in UK
general practice in recent years. It may have a bias, representing larger practices with computerised systems in place by 1997.
Several issues are notable. The prevalence of coronary disease was
2.5% in the study; in Britain it is 3-7%. The discrepancy reflects
the incomplete data in primary care records. These "lost" individuals are unlikely to receive optimal secondary preventive measures. Patients with established disease in our study were predominantly 60-80 years old, reflecting the ageing and increased survival of the UK population.
Of risk factors in patients with established coronary disease, stopping
smoking is the most important action any person can make, yet almost a
quarter of the total study population still smoke. Control of blood
pressure is reasonably good among people without diabetes, with about
two thirds of the overall study population having blood pressure below
160/90 mm Hg. However, blood pressure is less well managed among
diabetic patients. We now know that management of blood pressure is at
least as important as good control of blood glucose, and better control
in these high risk patients is needed.
Lipids were much less well managed than blood pressure. Most
patients were hypercholesterolaemic or had never been tested. Only a
few were taking statins, despite evidence that these drugs are
effective. It is also disappointing that so few patients with a
previous myocardial infarction were receiving
aspirin,
blockers, angiotensin converting
enzyme inhibitors, and statins
were studied. (Other lifestyle issues,
such as dietary assessment and exercise, were variably noted in
practice records and are not shown.)
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Participants, methods, and results
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blockers, drugs that
are proved to reduce ventricular tachycardia and sudden death after a
heart attack. It is encouraging that about half of the patients with
heart failure in this study were prescribed angiotensin converting
enzyme inhibitors.
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Acknowledgments |
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Contributors: The study idea was conceived jointly; data collection was coordinated by MAO; data were interpreted and results generated jointly by the authors. AJBB is the guarantor.
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Footnotes |
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Funding: Educational grant from Merck, Sharp and Dohme, Hoddesdon.
Competing interests: AJBB and JBP have received honorariums for speaking at meetings sponsored by the pharmaceutical industry. JBP is a member of the External Reference Group for National Service Framework for Coronary Heart Disease.
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References |
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| 1. | National Service Framework for Coronary Heart Disease. London: Department of Health, 2000. ((SWI) 16602 1P 30 K.) |
| 2. |
Flanagan DEH, Cox P, Paine D, Davies J, Armitage M.
Secondary prevention of coronary heart disease in primary care: a healthy heart initiative.
Q J Med
1999;
92:
245-250 |
| 3. |
Bowker TJ, Clayton TC, McLennan NR, Hobson HL, Pyke SD, Schofield B, et al.
A British Cardiac Society survey of the potential for the secondary prevention of coronary disease: ASPIRE.
Heart
1996;
75:
334-342 |
| 4. |
Campbell NC, Thain J, Deans HG, Ritchie LD, Rawles JM.
Secondary prevention in coronary heart disease: baseline survey of provision in general practice.
BMJ
1998;
316:
1430-1434 |
(Accepted 25 October 2000)
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