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P52 feasibility of “the defect study”: Neonatal diaphragmatic defect measurement and repair techniques in Congenital Diaphragmatic Hernia

P52 feasibility of “the defect study”: Neonatal diaphragmatic defect measurement and repair techniques in Congenital Diaphragmatic Hernia
P52 feasibility of “the defect study”: Neonatal diaphragmatic defect measurement and repair techniques in Congenital Diaphragmatic Hernia
Introduction
Defect size and closure technique in neonates with congenital diaphragmatic hernia (CDH) has long term consequences for morbidity in survivors. Although subjective operative reporting of defect size has been standardised, objective evaluation is lacking. There is no reported optimum closure technique related to size and position of diaphragmatic defect. We aimed to objectively describe diaphragmatic defects and repair methods at the time of neonatal CDH repair.
Methods
A national, three centre cohort feasibility study was undertaken over a 4-month period. Data collection was registered as service evaluation at participating centres. All surviving neonates with CDH undergoing defect closure were eligible. Anonymised data were collected using a RedCAP database. Data collection variables (n = 47) included both antenatal and postnatal measures. Data were checked for normality and reported as mean±SD or median (IQR).
Results
12 neonates were eligible for inclusion, 10 (83%) were included. Observed/Expected Lung Head Ratio (%) was reported in 5 cases (45±8), neonates were term, male (60%), birth weight (3.3±0.5kg). 80% of patients had a laparotomy, 80% had a left-sided defect, 60% a patch repair with PTFE and 60% graded defect size C. Poorly reported variables included pre-operative oxygenation and defect size was measured in 30%.
Discussion
Data collection through RedCAP was feasible and most variables were documented. Simplifying the intraoperative data collection form and providing clear instructions for taking measurements may improve reporting. A further pilot study with these modifications and improving engagement through advertisement, emails and online presence is intended to optimize the study before roll-out.
2474-9842
Network, Paediatric Surgery Trainee Research
ace8bf39-5229-4bb3-bcfb-489b3126e147
Eastwood, M
2c75d27a-c775-4d13-8d41-028be09849ff
Bethell, G
c7a62cc1-5573-41f6-ae00-3c11e8219dd4
Rooney, A
c46be324-6506-427e-a9c7-6570061fb7d5
Arthur, F
ce3bf1b5-5ca7-4429-9b2f-0495375121c3
Harwood, R
5317de45-eb4b-4134-80b8-3cf3932034f5
Network, Paediatric Surgery Trainee Research
ace8bf39-5229-4bb3-bcfb-489b3126e147
Eastwood, M
2c75d27a-c775-4d13-8d41-028be09849ff
Bethell, G
c7a62cc1-5573-41f6-ae00-3c11e8219dd4
Rooney, A
c46be324-6506-427e-a9c7-6570061fb7d5
Arthur, F
ce3bf1b5-5ca7-4429-9b2f-0495375121c3
Harwood, R
5317de45-eb4b-4134-80b8-3cf3932034f5

Network, Paediatric Surgery Trainee Research, Eastwood, M, Bethell, G, Rooney, A, Arthur, F and Harwood, R (2021) P52 feasibility of “the defect study”: Neonatal diaphragmatic defect measurement and repair techniques in Congenital Diaphragmatic Hernia. BJS Open, 5 (1).

Record type: Article

Abstract

Introduction
Defect size and closure technique in neonates with congenital diaphragmatic hernia (CDH) has long term consequences for morbidity in survivors. Although subjective operative reporting of defect size has been standardised, objective evaluation is lacking. There is no reported optimum closure technique related to size and position of diaphragmatic defect. We aimed to objectively describe diaphragmatic defects and repair methods at the time of neonatal CDH repair.
Methods
A national, three centre cohort feasibility study was undertaken over a 4-month period. Data collection was registered as service evaluation at participating centres. All surviving neonates with CDH undergoing defect closure were eligible. Anonymised data were collected using a RedCAP database. Data collection variables (n = 47) included both antenatal and postnatal measures. Data were checked for normality and reported as mean±SD or median (IQR).
Results
12 neonates were eligible for inclusion, 10 (83%) were included. Observed/Expected Lung Head Ratio (%) was reported in 5 cases (45±8), neonates were term, male (60%), birth weight (3.3±0.5kg). 80% of patients had a laparotomy, 80% had a left-sided defect, 60% a patch repair with PTFE and 60% graded defect size C. Poorly reported variables included pre-operative oxygenation and defect size was measured in 30%.
Discussion
Data collection through RedCAP was feasible and most variables were documented. Simplifying the intraoperative data collection form and providing clear instructions for taking measurements may improve reporting. A further pilot study with these modifications and improving engagement through advertisement, emails and online presence is intended to optimize the study before roll-out.

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e-pub ahead of print date: 1 April 2021

Identifiers

Local EPrints ID: 471805
URI: http://eprints.soton.ac.uk/id/eprint/471805
ISSN: 2474-9842
PURE UUID: a424dc8f-6c89-4f4b-a4bd-52a21d317041
ORCID for G Bethell: ORCID iD orcid.org/0000-0002-1302-0735

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Date deposited: 21 Nov 2022 17:30
Last modified: 17 Mar 2024 04:17

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Contributors

Author: Paediatric Surgery Trainee Research Network
Author: M Eastwood
Author: G Bethell ORCID iD
Author: A Rooney
Author: F Arthur
Author: R Harwood

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