Updating diabetic retinopathy screening lists using automatic extraction from gp patient records
Updating diabetic retinopathy screening lists using automatic extraction from gp patient records
Objectives: diabetic retinopathy screening services aim to reduce the risk of sight loss amongst patients with diabetes. The rising incidence of diabetes in England and the operational need to ensure the accuracy and timeliness of screening lists led to a pilot study of electronic extraction of data from primary care. This study aimed to evaluate the effectiveness of updating the single collated list of patients eligible for diabetic eye screening using extracts from electronic patient records in primary care.
Setting and Methods: the Gloucestershire Diabetic Eye Screening Programme (GDESP) provides screening for 85 General Practices in the county. Of these, 54 using Egton Medical Information Systems (EMIS) practice management system software agreed to participate in this study. The screening list held in 2009 by the Gloucestershire DESP of 14,209 patients known to have diabetes was audited against a list created with automatic extraction from General Practice records of patients marked with the diabetes Read Code C10. Those subsequently screened and referred to the Hospital Eye service were fo llowed up.
Results: the Gloucestershire DESP manual list covering the 54 EMIS practices comprised 14,771 people with diabetes. The audit process identified an additional 709 (4.8%) patients coded C10, including 23 diagnosed more than 5 years ago, and 20 patients under the age of 20 who were diagnosed more than a year ago.
Conclusion: automatic extraction of data from General Practice identified 709 patients coded as having diabetes not previously known to the Gloucestershire DESP.
Automatic extraction/ updating, Diabetic retinopathy/diagnosis, Electronic health records, General practice, Public health, Screening
111-117
Scanlon, P.H.
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Provins, E.K.
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Craske, S.
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Chave, S.J.
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Aldington, S.J.
0d0ac922-21f1-4198-91eb-893231cc53c4
Martin, C.N.
3907336a-0ce8-4311-b14b-dd49cab72ebd
Stratton, I.M.
772f25b9-23c0-4240-a3f6-1e76b03b172f
September 2013
Scanlon, P.H.
4e3d2310-c79e-42db-ae29-7a7d6b278aa3
Provins, E.K.
cbc8b1d3-dd05-462d-9b5b-6969af55a3e4
Craske, S.
9b47212e-aaad-4f80-9154-898ec7912df3
Chave, S.J.
615960e8-9700-47dd-a3a7-3c5e8168036e
Aldington, S.J.
0d0ac922-21f1-4198-91eb-893231cc53c4
Martin, C.N.
3907336a-0ce8-4311-b14b-dd49cab72ebd
Stratton, I.M.
772f25b9-23c0-4240-a3f6-1e76b03b172f
Scanlon, P.H., Provins, E.K., Craske, S., Chave, S.J., Aldington, S.J., Martin, C.N. and Stratton, I.M.
(2013)
Updating diabetic retinopathy screening lists using automatic extraction from gp patient records.
Journal of Medical Screening, 20 (3), .
(doi:10.1177/0969141313505747).
Abstract
Objectives: diabetic retinopathy screening services aim to reduce the risk of sight loss amongst patients with diabetes. The rising incidence of diabetes in England and the operational need to ensure the accuracy and timeliness of screening lists led to a pilot study of electronic extraction of data from primary care. This study aimed to evaluate the effectiveness of updating the single collated list of patients eligible for diabetic eye screening using extracts from electronic patient records in primary care.
Setting and Methods: the Gloucestershire Diabetic Eye Screening Programme (GDESP) provides screening for 85 General Practices in the county. Of these, 54 using Egton Medical Information Systems (EMIS) practice management system software agreed to participate in this study. The screening list held in 2009 by the Gloucestershire DESP of 14,209 patients known to have diabetes was audited against a list created with automatic extraction from General Practice records of patients marked with the diabetes Read Code C10. Those subsequently screened and referred to the Hospital Eye service were fo llowed up.
Results: the Gloucestershire DESP manual list covering the 54 EMIS practices comprised 14,771 people with diabetes. The audit process identified an additional 709 (4.8%) patients coded C10, including 23 diagnosed more than 5 years ago, and 20 patients under the age of 20 who were diagnosed more than a year ago.
Conclusion: automatic extraction of data from General Practice identified 709 patients coded as having diabetes not previously known to the Gloucestershire DESP.
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More information
e-pub ahead of print date: 24 September 2013
Published date: September 2013
Keywords:
Automatic extraction/ updating, Diabetic retinopathy/diagnosis, Electronic health records, General practice, Public health, Screening
Identifiers
Local EPrints ID: 487060
URI: http://eprints.soton.ac.uk/id/eprint/487060
ISSN: 0969-1413
PURE UUID: d093da65-6330-4df8-a7bf-64082bb368d1
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Date deposited: 12 Feb 2024 17:31
Last modified: 18 Mar 2024 04:01
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Contributors
Author:
P.H. Scanlon
Author:
E.K. Provins
Author:
S. Craske
Author:
S.J. Chave
Author:
S.J. Aldington
Author:
C.N. Martin
Author:
I.M. Stratton
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