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SP8.1.4 Design features of the EPR-integrated Southampton Breast Cancer Data System (SBCDS), with timeline structured whole-of-life records on 20,000 sequential cases since the 1970s

SP8.1.4 Design features of the EPR-integrated Southampton Breast Cancer Data System (SBCDS), with timeline structured whole-of-life records on 20,000 sequential cases since the 1970s
SP8.1.4 Design features of the EPR-integrated Southampton Breast Cancer Data System (SBCDS), with timeline structured whole-of-life records on 20,000 sequential cases since the 1970s
Introduction: the digitisation of the electronic patient record (EPR) provides transformative opportunities for data visualisation. The synchronised timeline and iconographic interface permits the whole-of-life display, navigation and interpretation of all documents and reports of each and every EPR on a single screen, thus substantially facilitating clinical research. Methods: since 2010, we have conceived, programmed and iterated a radical interface, UHS Lifelines, within our Trust EPR using agile methodology. It is live for >2.5M record sets, and enriched with cellular pathology records back to 1990. We have integrated this interface into a unique, HTML-enabled, dynamic and continually updated database for the recording of treatments and pathologies of all cases of breast neoplasia from our current and historic record sets. Results: as of January 2021, our data system contains ∼20,000 sequential whole of life records of patients with breast neoplasia, including ∼15,000 locally diagnosed and ∼ 5,000 externally referred cases. The unique Cancer Lifetrack timelines displays the disease course of every case from primary diagnosis, through loco-regional recurrence, to distant metastasis, other morbid cancers and cause of death, where relevant. An integral data mining system permits a wide range of analyses. Conclusions: we believe our Breast Cancer Data System to be the first-in-class exemplar of a new and proven approach to clinical data visualisation. It permits near-instantaneous oversight and real time updating of every patient record in the system. We recognise its potential application for the whole-of-life study of all chronic diseases of childhood and adulthood as the model is more widely adopted.
0007-1323
Rahman, Fatima
a50a073c-50b5-4a43-bd57-0e178a2326ab
Hales, Alan
66a20906-7b0e-4d23-b65a-08932f23900b
Cable, David
4e0028d3-0340-4f02-8a8c-7be8d66f636b
Rew, David
36dcc3ad-2379-4b61-a468-5c623d796887
Rahman, Fatima
a50a073c-50b5-4a43-bd57-0e178a2326ab
Hales, Alan
66a20906-7b0e-4d23-b65a-08932f23900b
Cable, David
4e0028d3-0340-4f02-8a8c-7be8d66f636b
Rew, David
36dcc3ad-2379-4b61-a468-5c623d796887

Rahman, Fatima, Hales, Alan, Cable, David and Rew, David (2021) SP8.1.4 Design features of the EPR-integrated Southampton Breast Cancer Data System (SBCDS), with timeline structured whole-of-life records on 20,000 sequential cases since the 1970s. British Journal of Surgery, 108 (Supplement_7). (doi:10.1093/bjs/znab361.160).

Record type: Meeting abstract

Abstract

Introduction: the digitisation of the electronic patient record (EPR) provides transformative opportunities for data visualisation. The synchronised timeline and iconographic interface permits the whole-of-life display, navigation and interpretation of all documents and reports of each and every EPR on a single screen, thus substantially facilitating clinical research. Methods: since 2010, we have conceived, programmed and iterated a radical interface, UHS Lifelines, within our Trust EPR using agile methodology. It is live for >2.5M record sets, and enriched with cellular pathology records back to 1990. We have integrated this interface into a unique, HTML-enabled, dynamic and continually updated database for the recording of treatments and pathologies of all cases of breast neoplasia from our current and historic record sets. Results: as of January 2021, our data system contains ∼20,000 sequential whole of life records of patients with breast neoplasia, including ∼15,000 locally diagnosed and ∼ 5,000 externally referred cases. The unique Cancer Lifetrack timelines displays the disease course of every case from primary diagnosis, through loco-regional recurrence, to distant metastasis, other morbid cancers and cause of death, where relevant. An integral data mining system permits a wide range of analyses. Conclusions: we believe our Breast Cancer Data System to be the first-in-class exemplar of a new and proven approach to clinical data visualisation. It permits near-instantaneous oversight and real time updating of every patient record in the system. We recognise its potential application for the whole-of-life study of all chronic diseases of childhood and adulthood as the model is more widely adopted.

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More information

Published date: 28 October 2021

Identifiers

Local EPrints ID: 455956
URI: http://eprints.soton.ac.uk/id/eprint/455956
ISSN: 0007-1323
PURE UUID: 19e7e2b7-6834-45d9-be5d-6a8fdbc72098
ORCID for David Rew: ORCID iD orcid.org/0000-0002-4518-2667

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Date deposited: 11 Apr 2022 16:36
Last modified: 17 Mar 2024 03:56

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Contributors

Author: Fatima Rahman
Author: Alan Hales
Author: David Cable
Author: David Rew ORCID iD

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