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An Outline of Automated Cancer Registration
Chris Carrigan
National Coordinator for Cancer Registration in England
For the Automated Cancer Registration Workshop
Wednesday 4th December 2002
What is Automation?
• Application of Procedures
• Suited to Repetitive Tasks
• Eliminates Variability
• Standardisation
• Speed, Efficiency, Consistency
• Based on Rules
• Mechanism to Apply the Rules
Why Automate?
• Consistency / Standardisation• Better use of Resource (People/Machines)• Increasing Electronic Sources
– Cancer Waiting Times– National Clinical Audit Support Programme– NHS Messaging Programme– Death Certification– Cross-Registry Transfers
Why Automate….?
• Capacity
• Respond to Change
• Improve Speed
• Shift the Balance:
From Process
To Service Delivery
Cancer Registry
NSTSDemographics
Waiting Times
CMDS
ONSDeaths
Pathology
Procedures
Stagin
g
Death
Cer
t
New
lyD
iagnosed
Screening Programmes S
cree
n H
isto
ry
Radiotherapy
Prescription
Chem
o/H
ormone
Radiotherapy
Opportunities
• Cancer Information Hub
• Data Quality Assurance
• Local Intelligence
• National Intelligence
• Value-Added Service Delivery
Understanding Automation
Methods of Representation..
National Specification Project
• Delivery Services Model
• Process Model
• Rules Model
• Data Model
Initial data cleanse validate and format
Patient matching
Create provisionalpatient record
Tumour matching
Update/addtumour record
Update/addtreatment record
(if data provided)
Update/adddeath details
(if data provided)
Overall Cancer Registration Process
Receive & log data
Reformat record
Discard record
Record already received in
batch?
Are mandatorypatient items
there?
Does data needformatting?
Yes
No
YesNo
No
Match against database
Yes
Is translation needed?
Translate specific data items
Yes
Initial data cleanse & format(Pre-registration processing)
Add derived data items e.g.
basis
No
Are specificdata items
valid?
Data review& correction
No
Yes
Match against NSTS
No
Data review &correction
No
Yes
Yes
Yes
Discard record
NoPatient
Matching
Are itemsnow there?
Complex !
• Loading / Translation
• Validation
Stages of Automation - Simplified
• Linkage
• Survivorship
?
?
PATIENTSEARCH
SOURCERECORD
PATIENTWEIGHTING
CANCERREGISTRYDATABASE
DECIDEMANUALLY
CREATE NEWPAT/TUMOUR
TUMOURSEARCH
TUMOURWEIGHTING
END
DECIDEMANUALLY
CREATE NEWTUMOUR
UPDATETUMOUR
END END
PatientLinkage
TumourLinkage
Linkage and Survivorship
SurvivorshipSurvivorshipTumourLinkage
Development LifecycleDefine Rules
Establish Test Data
Define Test ResultsPerform Tests
Improve Rules
Review Errors
Develop Software
Clinical
I.T.
Clinical
ClinicalI.T.
Clinical
and I.T.
Clinical
and I.T.
Example
An automated process..
Tumour LinkageInputs
Source IdentifierSite, Morphology and Side
Event Date
OutputsDefinite Match, New Tumour, No Decision
Example Inputs and Outputs
InputsHospital Admission, Nasal Cavity (C30.0) on 25th May 1999
Pathology Result, T2X120, M82703 on 5th June 1999
OutputDefinite Match
Summary of Comparative Tumour Matching Performance
0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
Manual 2 3 4 5 6 7
Supplier Identification Code
No Decision Made
Wrong
Decision Made Against Advice
Correct
Key Messages
• React to Increasing Volume• Change the Balance of Process• Change the Emphasis of Purpose• Focus on Service Delivery• Recognise Specialist Capabilities• Need for Collaboration• Standardisation• Benefits Realisation
National Requirements
PROVIDE A NATIONAL
CANCER REGISTRATION SERVICEINFORMATION
UKACR Web Site
• Links to – Today's Presentations– ENCR Automated Registration Website
An Outline of Automated Cancer Registration
Chris Carrigan
National Coordinator for Cancer Registration in England
For the Automated Cancer Registration Workshop
Wednesday 4th December 2002