simon robbins senior responsible office, major … robbins...–4-mtn system based on royal london,...
TRANSCRIPT
2
Project objective
To design and implement an inclusive trauma system
that assures the care of all injured patients and
ensures that optimal care is provided
at all stages of the patient journey
3
Case for change
• Poor co-ordination across London means the time to definitive care
is unacceptably long
• The standard of care delivered to the majority of trauma patients
across the UK has been shown to be sub-standard
• Governance and accountability are poor in London centres treating
severely injured patients
4
International experiences should be used
• In a regionalised system, trauma patients are triaged to the most
appropriate centre according to protocol:
– Chicago: reduction in mortality of 25% when care is provided in a
level 1 trauma centre
– Florida: Trauma centre counties had significantly lower MVC
death rates (50%)
• Regionalised trauma systems show a continuous improvement in
results over time
– Quebec: Integrated trauma system showed a reduction in
mortality from 52% to 19%
– Orange County: reduction in preventable deaths
– US-wide study: mortality falls when volumes increase
5
Scope of the Project - three phases
Phase 1 – Exploration – Until August 2008
• Design a trauma system and optimal care pathway for London
• Run a preliminary phase to determine provider interest
• Develop designation criteria and process
Phase 2 – Preparation – August 2008 – Summer 2009
• Run designation process
• Public Consultation on options
• Implementation planning
Phase 3 – Implementation – Summer 2009 onwards
• If the response to the proposals in the consultation is positive,
implement the trauma plan and commission agreed trauma care
pathways
6
Phase 1 – A trauma system made up of networks
Major
Trauma
Centre RehabMajor
Trauma
Centre Rehab
Trauma
Centre Rehab
Trauma
Centre RehabTrauma
Centre Rehab
Trauma
Centre Rehab
Trauma
Centre
Rehab
Rehab
Rehab
Rehab
Network
Director
Non-
London
Rehab
Major
Trauma
Centre RehabMajor
Trauma
Centre Rehab
Trauma
Centre Rehab
Trauma
Centre Rehab
Trauma
Centre Rehab
Trauma
Centre Rehab
Trauma
Centre
Rehab
Rehab
Rehab
Network
Director
Rehab
Special.
Rehab
London
Director
7
Benefits of a London trauma system
• Improved patient outcomes
• A system-wide prevention strategy to reduce the number of people
suffering severe injury
• Improved education and training of those delivering trauma care
• Increased ability to deliver a pan-London Major Incident Plan
• More people surviving injury and returning to optimum social and
economic functioning
• Costs per life saved and per life-year saved are very low compared
with other comparable medical interventions
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• Clinical Expert Panel (monthly)
– 20+ clinicians from trauma specialities including rehabilitation, LAS,
public health, social services
• Patient Panel (monthly)
– PPAG member
– Relevant charities e.g. Headway, Spinal Injuries Association
• Commissioning Panel (monthly)
– PCT representatives in and adjoining areas of London
• Stakeholder event – 120 attendees
• Focus group with the public to test proposals
• Linkage with NHS London Department of Emergency Preparedness
(monthly)
• On-going conversations with surrounding PCTs and SHAs
• Gateway Review cited an ‘outstanding level of clinical engagement’
Stakeholder engagement
9
Phase 2 - Bid evaluation outcome
• An exhaustive set of designation criteria drawn up and agreed by all the expert panels supporting the project
• Site visits were conducted as part of the bid evaluation, to meet with bidding Major Trauma Networks (MTNs)
• 3 bids demonstrated the ability to deliver the required level of service by April 2010:
– East London & Essex Trauma Network – MTC: Royal London Hospital
– South East London Trauma Network – MTC: King’s College Hospital
– South West London & Surrey Trauma Network –MTC: St George’s Hospital
• An additional designation process was run and completed in January 2009 to assess the viability of a 4th MTN to cover North and North West London
• The 2 bids received demonstrated the ability to deliver the required level of service for North and North West London by April 2012
– MTC: Royal Free
– MTC: St Mary’s
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• The MT project board has recommended to JCPCT ruling out
– 2-MTN systems because of
– High risk that MTCs would not be able to cope with demand. This would have a
significant negative impact on clinical quality and potentially destabilise other services
– Low coverage of incidents and population
– 5-MTN system because of
– Significant risk of poorer clinical outcomes compared to a 3- or 4-MTN system
– Increased incremental cost compared to a 3- or 4-MTN system, it would not
significantly improve journey time or coverage.
• The JCPCT have agreed three options for consultation
– 3-MTN system based on Royal London, King’s and George’s (LKG)
– 4-MTN system based on Royal London, King’s and George’s and Royal Free
(LKGF)
– 4-MTN system based on Royal London, King’s and George’s and St Mary’s
(LKGM)
Potential configuration options
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Summary of possible options
LKG LKGF LKGM
Coverage
Quality
Score
1465
By 2010
1323
By 2010
1227
By 2010
1465
By 2010
1323
By 2010
1227
By 2010
1143
By 2012
1465
By 2010
1323
By 2010
1227
By 2010
1143
By 2012
% MT
incidents
in area
46% 29% 25% 38% 20% 21% 21% 42% 20% 21% 17%
Number of
Trauma
Centres
20 7 11 12 5 7 13 16 5 7 9
Havering
Bromley
Greenwich
Barnet
Hillingdon
Enfield
Barking and
Dagenham
City and
Hackney
Tower
Hamlets
Newham
Haringey
Ham
mersm
ith an
d F
ulh
am
Ealing
Hounslow
Brent
Harrow
Camden
Islington
Croydon
Ken
singto
n an
d C
helsea
Westminster
Lambeth
Southwark
LewishamWandsworth
Richmond and
Twickenham
Sutton and Merton
Waltham Forest
Bexley
ROYAL LONDON
HOSPITAL
KINGS COLLEGE
HOSPITAL
Kingston
ST GEORGE’S
HOSPITAL
Redbridge
Havering
Bromley
Greenwich
Barnet
Hillingdon
Enfield
Barking and
Dagenham
City and
Hackney
Tower
Hamlets
Newham
Haringey
Ham
mersm
ith an
d F
ulh
am
Ealing
Hounslow
Brent
Harrow
Camden
Islington
Croydon
Ken
singto
n an
d C
helsea
Westminster
Lambeth
Southwark
LewishamWandsworth
Richmond and
Twickenham
Sutton and Merton
Waltham Forest
Bexley
ROYAL LONDON
HOSPITAL
KINGS COLLEGE
HOSPITAL
Kingston
ST GEORGE’S
HOSPITAL
ROYAL FREE
HOSPITAL
Redbridge
Havering
Bromley
Greenwich
Barnet
Hillingdon
Enfield
Barking and
Dagenham
City and
Hackney
Tower
Hamlets
Newham
Haringey
Ham
mersm
ith an
d F
ulh
am
Ealing
Hounslow
Brent
Harrow
Camden
Islington
Croydon
Ken
singto
n an
d C
helsea
Westminster
Lambeth
Southwark
LewishamWandsworth
Richmond and
Twickenham
Sutton and Merton
Waltham Forest
Bexley
ROYAL LONDON
HOSPITAL
KINGS COLLEGE
HOSPITAL
Kingston
ST GEORGE’S
HOSPITAL
ST MARY’S
HOSPITAL
Redbridge
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The MT project team has developed nine factors to assess configuration options through the:
• Original options development process (patient and clinical expert Panel) • Viability testing of the outcome of the first clinical evaluation stage• The evaluation criteria from the additional designation process for N & NW London
The factors that the MT Board recommended to use to inform the choice of a preferred option were:
No Factor Original Viability N&NW ProcessPreferred option
assessment
1 Clinical quality
2 Critical mass
3 Travel time / Coverage
4 Major incident compatibility
5 Reconfiguration alignment
6 Ease of deliverability
7 MTC capacity
8 Deliverability and sustainability of networks
9 Speed of implementation
Factors to differentiate between options
These factors have been applied to each of the options to identify a preferred option
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3-MTN vs 4-MTN: summary of assessment against the 9 factors
• Although a 3-MTN system is stronger in terms of clinical quality (as measured by the
designation criteria) and critical mass, there is considerable concern over MTC resilience in
delivering MTC capacity and network size above that described in their original bids
• The MT Board considers factors 7 and 8 compelling enough to recommend a 4-MTN system,
which could be implemented with support from the London trauma system for less developed
networks
An option of 3 would be more rapidly implementedSpeed of implementation9
A 4 network model is easier to implement and
produces networks of manageable size
Deliverability and sustainability of
networks8
A configuration of 4 MTNs has better resilience in
delivering the MTC capacity neededMTC Capacity7
A model based on 3 MTNs would be easier to
deliverEase of deliverability6
No differenceReconfiguration alignment5
4 MTNs provides better coverage and resilience
than 3 MTNsMajor incident compatibility4
4 MTNs provides better and more even coverage
than 3 MTNsTravel time / Coverage3
The higher number of patients per MTC will result
in better outcomesCritical mass2
3 MTNs provides higher clinical quality as the
N/NW bidders scored lower on clinical qualityClinical quality1
RationaleFactorNo
An option of 3 would be more rapidly implementedSpeed of implementation9
A 4 network model is easier to implement and
produces networks of manageable size
Deliverability and sustainability of
networks8
A configuration of 4 MTNs has better resilience in
delivering the MTC capacity neededMTC Capacity7
A model based on 3 MTNs would be easier to
deliverEase of deliverability6
No differenceReconfiguration alignment5
4 MTNs provides better coverage and resilience
than 3 MTNsMajor incident compatibility4
4 MTNs provides better and more even coverage
than 3 MTNsTravel time / Coverage3
The higher number of patients per MTC will result
in better outcomesCritical mass2
3 MTNs provides higher clinical quality as the
N/NW bidders scored lower on clinical qualityClinical quality1
RationaleFactorNo 3 MTNs 4 MTNs
3 MTNs 4 MTNs
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LKGF vs LKGM: summary of assessment against the 9 factors
• Of the 4-MTN systems, LKGM gives a greater proportion of London’s population covered by
April 2010, creates a more sustainable system with networks’ capacity aligned to MT
incidence and provides a better fit with London’s major incident planning
It is acknowledged that alternative ways of redistributing PCTs to St George's or King’s exist, which would change MT
incidence and number of TCs in the Royal Free network and could affect the assessment of criteria 7, 8 and 9.
LKGM would deliver high quality of care for a
larger number of patients from April 2010Speed of implementation9
LKGM provides better resilience for delivering and
sustaining the networks
Deliverability and sustainability of
networks8
LKGM provides better resilience in delivering the
MTC capacity needed across LondonMTC capacity7
It is difficult at this stage to differentiate the
challenges facing LKGF and LKGMEase of deliverability6
LKGF and LKGM have a similar impact on
reconfiguration alignmentReconfiguration alignment5
LKGM offers a moderate advantage to delivery of
the Major Incident plan due to St Mary’s locationMajor incident compatibility4
LKGM provides marginally better coverage than
LKGFTravel time / Coverage3
Critical mass cannot be used to differentiate
between options with an equal number of networksCritical mass2
No demonstrable difference between the clinical
quality of LKGF and LKGMClinical quality1
RationaleCriterionNo
LKGM would deliver high quality of care for a
larger number of patients from April 2010Speed of implementation9
LKGM provides better resilience for delivering and
sustaining the networks
Deliverability and sustainability of
networks8
LKGM provides better resilience in delivering the
MTC capacity needed across LondonMTC capacity7
It is difficult at this stage to differentiate the
challenges facing LKGF and LKGMEase of deliverability6
LKGF and LKGM have a similar impact on
reconfiguration alignmentReconfiguration alignment5
LKGM offers a moderate advantage to delivery of
the Major Incident plan due to St Mary’s locationMajor incident compatibility4
LKGM provides marginally better coverage than
LKGFTravel time / Coverage3
Critical mass cannot be used to differentiate
between options with an equal number of networksCritical mass2
No demonstrable difference between the clinical
quality of LKGF and LKGMClinical quality1
RationaleCriterionNo LKGF LKGM
LKGF LKGM
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A trauma system using the LKGM networks is preferred because:
• There is concern in a 3-MTN system, over MTC resilience in delivering capacity
above that described in their original bids
• A 4-MTN system addresses this concern and gives better coverage, major incident
compatibility, and networks of a more sustainable size
• Of the two possible 4-MTN systems, LKGM gives a greater proportion of London’s
population covered at the earlier implementation date (April 2010)
• LKGM creates networks of more sustainable size
• LKGM provides a better fit with London’s major incident planning
Conclusion