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J R Soc Med. 2004 August; 97(8): 384–389.
PMCID: PMC1079558

Mapping rehabilitation resources for head injury

J D Pickard, FRCS FMedSci,1 H M Seeley, MSc BA,1 S Kirker, MD FRCPI,2 C Maimaris, FRCS FSAEM,3 K McGlashan, MBBS MRCP,4 E Roels, MD,4 R Greenwood, MD FRCP,5 C Steward, BSc MBA,6 P J Hutchinson, PhD FRCS,1 and G Carroll, MSc FFPHM6

Abstract

Several reports have pointed to the unevenness in the UK of services for rehabilitation after head injury. A study was conducted in the Eastern Region of England to define the key stages in recovery and rehabilitation, by an iterative process of questionnaire, interview and consensus conference. Findings were translated into a draft set of maps showing current availability of services which were revised after feedback. Working groups then developed a set of definitions and classification codes for each stage of rehabilitation which were likewise disseminated for feedback. The maps were then redrafted to correspond with the definitions together with a flowchart of potential head injury rehabilitation services. The definitions were piloted at a regional neurosurgery unit and a rehabilitation hospital. Core services for neurorehabilitation region-wide were found to be variable and uncoordinated with fragmented and inequitable allocation of resources. The definitions and mapping system that emerged from this study should facilitate the design of care pathways for patients and identify gaps in the services.

INTRODUCTION

Much effort is being devoted to creating service frame-works, guidelines and standards for the care of the 500 000 patients who sustain a head injury each year in the UK.1,2 Four years ago the Eastern Region Head Injury Group (ERHIG) was established jointly by the Academic Neurosurgery Unit at Addenbrooke's Hospital and the Regional Services Commissioning Group in response to national reports on the management of head injury.35 A further impetus to the group's work came from the recommendations of a Parliamentary select committee.6 Phase I of ERHIG's work included a systematic assessment of the pattern of acute care and resources for head injury in twenty district general hospitals and the two neurosurgery units in the six counties of the Eastern Region. This survey indicated that core services were patchily distributed and needed to be better coordinated, with clearly defined responsibilities and care pathways.7 Progress to this end has been hampered by the absence of a simple overview of the rehabilitation process that describes the individual's needs that can be readily understood by all concerned—patients, families, carers, service providers, planners and commissioners. In phase II we have addressed rehabilitation issues for the whole spectrum of head-injured patients. Here we describe the development of a set of definitions and a system for mapping the rehabilitation process that will help identify gaps in services, set criteria for movement between sectors and allow an individual's progress to be audited.

METHODS

Mapping the geographical distribution of rehabilitation services

A questionnaire survey, supplemented by service visits, was conducted to ascertain the extent of the current head-injury rehabilitation services in the Eastern Region. The findings of the questionnaire survey were translated into a series of maps showing the currently available services as related to each stage of rehabilitation for acute and community support after head injuries of different severity. The first draft of the maps was disseminated for feedback and debate at a multidisciplinary review meeting with external advisers.

Definitions and classification of rehabilitation services

Working groups for acute, early and late rehabilitation after head injury were formed and a set of definitions and classification of rehabilitation was collaboratively developed. Each stage was given a clearly defined classification code, a patient description, location(s) for that stage to take place (including examples), necessary level of rehabilitation input and indications for moving between sectors.

These were disseminated to key personnel throughout the Eastern Region for comment and agreement. The maps were then redrafted to correspond with the agreed rehabilitation codes and definitions, together with a flowchart of potential head injury rehabilitation services.

Piloting the definitions

The definitions and classification codes were piloted prospectively at Addenbrooke's Hospital Neuroscience Critical Care Unit and in the neurosurgical wards immediately before discharge from neurosurgical care, and retrospectively at the Colman Hospital in Norwich (inpatient rehabilitation) for the post-acute stages, to test for adequacy, appropriateness and effectiveness.

At Addenbrooke's the pilot study was conducted over six months from April to October 2002. A weekly head-injury ward round was jointly conducted by neurosurgery and rehabilitation consultants to assess the inpatient rehabilitation needs of head-injured patients admitted to and discharged from the neurosciences critical care unit and the neurosurgical wards. Data on each patient, including postcode and severity of injury, were collected by means of a proforma and an Access database.

The study at the Colman Hospital covered twelve months from April 2002 to April 2003, the same information being collected.

RESULTS

The iterative process of consultation yielded consensus definitions for each component of the rehabilitation service pathway for head-injured adults (Table 1). Codification of the resultant definitions then permitted construction of a flow chart (Figure 1). These definitions for each step in the care pathway allowed maps to be drawn of the geographical provision of each component throughout the Eastern Region (Figure 2). Maps 3, 5 and 6 starkly illustrate the gaps in service provision. The survey revealed important deficiencies in the care pathways and continuity of care at both acute and late stages of rehabilitation as well as for specific programme categories—for example, patients with severe behavioural disorders. Distribution and allocation of resources were found to be fragmented and uneven—deficiencies that appeared to be compounded by lack of an overall structure and of coordination between acute and community providers.

Figure 1
Flowchart of potential head injury rehabilitation services (HI=head injury; rehab=rehabilitation)
Figure 2
Mapping of neurorehabilitation services, Eastern Region
Table 1
Classification of head injury recovery and actual/potential rehabilitation services (adult)

In the six-month study at Addenbrooke's, 130 patients with traumatic brain injury were admitted, of whom 25 died. The rehabilitation needs of the remaining 105 patients were assessed prospectively according to the new coding system and Table 2 lists the categories of rehabilitation relevant to the 75 survivors. 37 patients were transferred to inappropriate acute wards despite being ready for a rapid-access unit (which is not available in the Region). 3 patients should have been transferred to a slow-stream rehabilitation unit.

Table 2
Rehabilitation codes at discharge from neurosurgical care for 105 head-injured patients

14 patients with traumatic brain injury were admitted to the rehabilitation unit in Norwich, and use of the codes again highlighted delays in discharge and follow-up and inappropriate provision of care. Of these 14 patients, 8 had been looked after on non-specialist wards.

The codes proved easy to use and no patient fell outside the definitions.

DISCUSSION

The principles underlying the rehabilitation needs of the victims of head injury have been known since the Second World War, when experience with military casualties led to great advances.8,9 The UK can boast neurorehabilitation centres of international repute, but in general head injury rehabilitation has not matched the success of the supraregional system of spinal cord injury centres. This deficiency has been deplored by numerous official reports and editorials from 1945 onwards. Part of the difficulty results from the much greater number of head-injured patients and the wide range of their disabilities—physical, behavioural and cognitive. Moreover, an argument for diversion of resources demands clear evidence that rehabilitation is effective.10 In the opinion of ERHIG, head-injury rehabilitation is neither intractable nor unaffordable.

The definitions and maps developed in this exercise are readily understood and facilitate the design of care pathways for individual patients, service planning and audit. Our flow chart is an elaboration of the Slinky model of the phases of rehabilitation, which emphasizes the seamless integration of the different stages of care, but the reality of the process is much more complex and three-dimensional than the Slinky model suggests, as emphasized by Turner-Stokes in the new National Guidelines for Rehabilitation following Acquired Brain Injury.11 The process of agreeing definitions was sometimes tortuous. There was considerable variation of opinion over what constitutes acute, post-acute and early rehabilitation, when it should start and what criteria should be used to decide when it has been completed. Numerical codes proved less contentious than titles.

The Eastern Region is not alone in the patchy nature of its provision for rehabilitation for the head-injured.6,12 The process described in this paper offers a way to identify blocks and delays in the care pathways and any shortfalls in resources. In subsequent work we aim to determine the likely numerical and fiscal demands on each component of the pathway and derive costings based on outcome, along the lines already achieved for regional acute neurosurgical care.13

Finally, the model should prove helpful to patients and their families, as a means to illustrate the long process that may await them and in which they will have a key part to play.14,15

Acknowledgments

H M Seeley was partly funded by the Eastern Region Specialised Commissioning Group; P J Hutchinson is funded by an Academy of Medical Sciences/Health Foundation Senior Surgical Scientist Fellowship.

Members of the Rehabilitation Subpanel were: N Burchett (Queen Elizabeth Hospital, King's Lynn), M Cooper (Headway, Colchester), P Durrant (Headway, Cambridge), J Evans (Oliver Zangwill Centre, Ely), M Garner (Sue Ryder Home, Ely), A Gent (BIS UK), R Greenwood (Homerton Hospital, London), S Kirker (Lewin Rehabilitation Unit, Cambridge), K McGlashan (Colman Hospital, Norwich), C Noble (Neurorehabilitation Team, Peterborough District Hospital), P Osuwu (Peterborough District Hospital), H Seeley (Neurosurgery, Addenbrooke's, Cambridge), A Tyerman (Camborne Centre, Aylesbury), D Wade (Rivermead Rehabilitation Centre, Oxford), N Williams (OT BI Outreach/Lewin Unit, Cambridge).

References

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Articles from Journal of the Royal Society of Medicine are provided here courtesy of Royal Society of Medicine Press