1. General format
The clinical indicators are organised by disease category.
The disease categories have been selected for the following
reasons:
1. where the responsibility for ongoing management rests principally
with the general practitioner and the primary care team
2. where there is good evidence of the health benefits likely
to result from improved primary care – in particular if there
is an accepted national clinical guideline
3. where the disease area is a priority in a number of the
four nations.
Where evidence-based national guidance has not been included,
this has usually either been to limit the size and complexity
of the framework, or because it would be particularly hard
for practices to record the relevant information in a reliable
way.
A summary of the indicators for each disease category is provided
at the beginning of each section.
Indicators across all disease categories are numbered. In
the guidance they are prefixed by the disease category to
which they belong and contained in a box eg
A number of patients will have multiple diseases: for instance,
a significant number of patients with diabetes will also have
coronary heart disease (CHD) or hypertension. While it could
be argued that the quality framework fragments the care that
one individual receives, in complex patients important process
issues can be missed during follow-up. The separation of disease
categories in the Quality and Outcomes Framework will allow
clinicians to check that, for example, the hypertensive diabetic
with developing CHD continues to have his or her diabetes
monitored while the clinician focuses on the developing CHD.
The term PCO (Primary Care Organisation) is used throughout,
as the structures responsible for the organisation and management
of primary care differ in the four countries.
For each indicator, three descriptions are given:
1.1 Rationale
This sub-section explains why the indicator has been selected.
Wherever possible, the evidence source is described and if
available a web address (hyperlink in the electronic version)
is provided. When available, National Guidelines have been
used as the main evidence source. A small number of individual
papers are also quoted.
In some areas, more extensive information is provided. It
has been difficult to achieve a balance of providing helpful
information without providing a textbook of medicine or replicating
guidelines.
The indicators are not intended to cover all the process issues
or outcomes indicators for each disease category. The indicator
sets are designed to encourage more structured care of patients
with chronic diseases. Inevitably, in order to meet the requirement
that indicators should be retrievable from GP computer systems,
a significant number have been discarded which are not easily
recorded in an IT format. In some instances, for example monitoring
lifestyle factors in CHD, one indicator has been selected
to reflect the care being undertaken by that practice.
In some areas, the indicators cover only a very small part
of the care for those conditions. The most obvious example
of this is mental health, where it was not possible to develop
indicators that could be rewarded in this type of framework
for many of the most important aspects of mental health care.
Mental health care is however an example of a number of conditions
where some markers of good clinical care have been included
in the organisational indicators (eg through the inclusion
of significant event auditing for mental health problems).
In many of the indicators an additional time factor is incorporated,
recognising that in practice it may be difficult to ensure
that all patients have attended for review and have completed
the review process within any particular timescale. For example,
concerning indicator 33, national guidance recommends that
all patients with hypertension should have their blood pressure
measured at least annually. The actual indicator looks at
the number of patients with hypertension who have had a blood
pressure measured in the last 15 months.
1.2 Preferred Coding
It is believed that the current trend towards the increasing
use of electronic patient records will continue. It is also
anticipated that electronic transfer of patient data and records
will increasingly be the norm. The opportunity has therefore
been taken to produce a set of preferred Read codes. This
will mean that many practices will store electronic information
against the same code, which will in future facilitate data
retrieval and record transfer.
At this stage it is not anticipated that utilisation of other
codes will disadvantage practices as the electronic retrieval
queries which are being developed will search for a wide range
of codes that may have been used to record information.
While it is anticipated that practices will increasingly move
towards electronic clinical records, there is nothing in the
framework that prevents practices collecting the information
from manual records. While certain Read codes have been recommended,
this is generally to suggest the codes that practices will
find easiest and most clinically relevant. There is no requirement
to use these codes, for example in the construction of disease
registers.
A % following a Read code signifies that any code lower in
the hierarchy may be utilised.
1.3 Reporting and Verification
This section defines the audit information which practices
will be required to submit annually. The term 'notes' is used
throughout to indicate either electronic or paper records.
It is hoped that all reporting will be possible through the
use of GP clinical systems and that practices will be able
to run a report annually which can be submitted to the PCO.
Separate guidance is being produced on the electronic queries
which can be used to report on the Quality and Outcomes Framework.
Practices that do not hold all the required information on
computer may utilise the reporting criteria to undertake a
manual audit. However, it is recommended that information
be transferred to an electronic format as part of that audit
process.
Criteria are also provided under a number of indicators that
may be used by a PCO on a verification visit to a practice.
In general, those that have been chosen have an identifiable
source in the clinical record.
In general, PCOs will not expect or
be expected to conduct detailed or intrusive verification
procedures, unless they suspect that incorrect figures may
have been returned, or where there is suspicion of fraud.
PCOs may, however, select cases for more detailed investigation
from time to time on a random basis.
2. Exception reporting 
The Quality and Outcomes Framework includes the concept of
exception reporting. This has been introduced to allow practices
to pursue the quality improvement agenda and not be penalised,
where, for example, patients do not attend for review, or
where a medication cannot be prescribed due to a contraindication
or side-effect.
The following criteria have been agreed for exception reporting:
- patients who have been recorded as refusing to attend
review who have been invited on at least three occasions
during the preceding twelve months
- patients for whom it is not appropriate to review the
chronic disease parameters due to particular circumstances
eg terminal illness, extreme frailty
- patients newly diagnosed within the practice or who have
recently registered with the practice, who should have measurements
made within three months and delivery of clinical standards
within nine months eg blood pressure or cholesterol measurements
within target levels
- patients who are on maximum tolerated doses of medication
whose levels remain sub-optimal
- patients for whom prescribing a medication is not clinically
appropriate eg those who have an allergy, another contraindication
or have experienced an adverse reaction
- where a patient has not tolerated medication
- where a patient does not agree to
investigation or treatment (informed dissent), and this
has been recorded in their medical records
- where the patient has a supervening condition which makes
treatment of their condition inappropriate eg cholesterol
reduction where the patient has liver disease
- where an investigative service or secondary care service
is unavailable.
In the case of exception reporting on criteria A and B this
would apply to the disease register and these patients would
be subtracted from the denominator for all other indicators.
For example, in a practice with 100 patients on the CHD disease
register, in which four patients have been recalled for follow-up
on two occasions but have not attended and one patient has
become terminally ill with metastatic breast carcinoma during
the year, the denominator for reporting would be 95. This
would apply to all relevant indicators in the CHD set.
In addition, practices may exception-report patients relating
to single indicators, for example a patient who has left ventricular
dysfunction (LVD) but who is intolerant of ACE inhibitors
could be exception-reported. This would again be done by removing
the patient from the denominator.
In some instances, a patient may have been referred to a specialist
with the expectation that a test or investigation would be
carried out. Where this has not been done (eg a specialist
has ordered an alternative test to an echocardiogram for a
patient with heart failure), than that patient would be exception-reported
(as in I above). In other cases, eg a diabetic with a hospital
summary of an annual review which had no record of fundoscopy,
it would be the GP's overall responsibility to ensure that
appropriate care had been given.
Practices should report the number of exceptions for each
indicator set and individual indicator. An IT solution is
currently being devised for exception-reporting, but at this
stage, practices may need to devise a paper based or separate
spreadsheet recording system for exception-reporting. Whether
or not computer-based systems are used, practices will not
be expected to report why individual patients were exception-reported.
So, for example, a single new Read code is likely to be developed
for exception reporting, rather than one for each of the categories
above. However, practices may be called on to justify why
they have excepted patients from the quality framework and
this should be identifiable in the clinical record. Top
|
Summary of all Clinical Indicators
|
| Indicator |
Points |
Payment
Stages |
| |
|
|
| Records |
|
|
| CHD 1. The practice can produce a register
of patients with coronary heart disease |
6 |
|
| |
|
|
| Diagnosis and initial
management |
|
|
| CHD 2. The percentage of patients with newly
diagnosed angina (diagnosed after 1 April 2003) who are
referred for exercise testing and/or specialist assessment
|
7 |
25-90% |
| |
|
|
| Ongoing Management |
|
|
| CHD 3. The percentage of patients with coronary
heart disease whose notes record smoking status in the
past 15 months, except those who have never smoked
where smoking status need be recorded only once |
7 |
25-90% |
| |
|
|
| CHD 4. The percentage of patients with coronary
heart disease who smoke, whose notes contain a record
that smoking cessation advice or referral to a specialist
service, where available, has been offered within the
last 15 months |
4 |
25-70% |
| |
|
|
| CHD 5. The percentage of patients with coronary
heart disease whose notes have a record of blood pressure
in the previous 15 months |
7 |
25-90% |
| |
|
|
| CHD 6. The percentage of patients with coronary
heart disease in whom the last blood pressure reading
(measured in the last 15 months) is 150/90 or less |
19 |
25-70% |
| |
|
|
| CHD 7. The percentage of patients with coronary
heart disease whose notes have a record of total cholesterol
in the previous 15 months |
7 |
25-90% |
| |
|
|
| CHD 8.The percentage of patients with coronary
heart disease whose last measured total cholesterol (measured
in last 15 months) is 5 mmol/l or less |
16 |
15-60% |
| |
|
|
| CHD 9. The percentage of patients with coronary
heart disease with a record in the last 15 months that
aspirin, an alternative anti-platelet therapy, or an anti-coagulant
is being taken (unless a contraindication or side-effects
are recorded) |
7 |
25-90% |
| |
|
|
| CHD 10. The percentage of patients with
coronary heart disease who are currently treated with
a beta blocker (unless a contraindication or side-effects
are recorded) |
7 |
25-50% |
| |
|
|
| CHD 11. The percentage of patients with
a history of myocardial infarction (diagnosed after 1
April 2003) who are currently
treated with an ACE inhibitor |
7 |
25-70% |
| |
|
|
| CHD 12. The percentage of patients with
coronary heart disease who have a record of influenza
immunisation in the preceding 1 September to 31 March |
7 |
25-85% |
| |
|
|
| Sub Set - Left Ventricular
Dysfunction |
|
|
| |
|
|
| Records |
|
|
| LVD 1. The practice can produce a register
of patients with CHD and left ventricular dysfunction |
4 |
|
| |
|
|
| Diagnosis and initial
management |
|
|
| LVD 2. The percentage of patients with a
diagnosis of CHD and left ventricular dysfunction (diagnosed
after 1 April 2003) which has been confirmed by an echocardiogram |
6 |
25-90% |
| |
|
|
| Ongoing Management |
|
|
| LVD 3. The percentage of patients with a
diagnosis of CHD and left ventricular dysfunction who
are currently treated with ACE inhibitors (or A2 antagonists) |
10 |
25-70% |
Stroke
and Transient Ischaemic Attacks  |
| Indicator |
Points |
Payment
Stages |
| |
|
|
| Records |
|
|
| STROKE 1. The practice can produce a register
of patients with Stroke or TIA |
4 |
|
| |
|
|
| STROKE 2. The percentage of new patients
with presumptive stroke (presenting after 1 April 2003)
who have been referred for confirmation of the diagnosis
by CT or MRI scan |
2 |
25-80% |
| |
|
|
| Ongoing Management |
|
|
| STROKE 3. The percentage of patients with
TIA or stroke who have a record of smoking status in the
last 15 months, except those who have never smoked where
smoking status should be recorded at least once since
diagnosis |
3 |
25-90% |
| |
|
|
| STROKE 4. The percentage of patients with
a history of TIA or stroke who smoke and whose notes contain
a record that smoking cessation advice or referral to
a specialist service, if available, has been offered in
the last 15 months |
2 |
25-70% |
| |
|
|
| STROKE 5. The percentage of patients with
TIA or stroke who have a record of blood pressure in the
notes in the preceding 15 months |
2 |
25-90% |
| |
|
|
| STROKE 6. The percentage of patients with
a history of TIA or stroke in whom the last blood pressure
reading (measured in last 15 months)
is 150/90 or less |
5 |
25-70% |
| |
|
|
| STROKE 7. The percentage of patients with
TIA or stroke who have a record of total cholesterol in
the last 15 months |
2 |
25-90% |
| |
|
|
| STROKE 8. The percentage of patients with
TIA or stroke whose last measured total cholesterol (measured
in last 15 months) is 5 mmol/l or less |
5 |
25-60% |
| |
|
|
| STROKE 9. The percentage of patients with
a stroke shown to be non-haemorrhagic, or a history of
TIA, who have a record that aspirin, an alternative anti-platelet
therapy, or an anti-coagulant is being taken (unless a
contraindication or side-effects are recorded) |
4 |
25-90% |
| |
|
|
| STROKE 10. The percentage of patients with
TIA or stroke who have had influenza immunisation in the
preceding 1 September to 31 March |
2 |
25-85% |
| Hypertension |
|
|
| Indicator |
Points |
Payment
Stages |
| |
|
|
| Records |
|
|
| BP 1. The practice can produce a register
of patients with established hypertension |
9 |
|
| |
|
|
| Diagnosis and initial
management |
|
|
| BP 2. The percentage of patients with hypertension
whose notes record smoking status at least once |
10 |
25-90% |
| |
|
|
| BP 3. The percentage of patients with hypertension
who smoke, whose notes contain a record that smoking cessation
advice or referral to a specialist service, if available,
has been offered at least once
|
10 |
25-90% |
| |
|
|
| Ongoing Management |
|
|
| BP 4. The percentage of patients with hypertension
in whom there is a record of the blood pressure in the
past 9 months |
20 |
25-90% |
| |
|
|
| BP 5. The percentage of patients with hypertension
in whom the last blood pressure (measured in the last
9 months) is 150/90 or less |
56 |
25-70% |
|
|