Development of a Predictive Model for Induction Success of Labour

TitleDevelopment of a Predictive Model for Induction Success of Labour
Publication TypeJournal Article
Year of Publication2018
AuthorsPruenza, C., M. Teurón, L. Lechuga, J. Díaz, and A. González
JournalInternational Journal of Interactive Multimedia and Artificial Intelligence
ISSN1989-1660
IssueSpecial Issue on Big Data and e-Health
Volume4
Number7
Date Published03/2018
Pagination21-28
Abstract

Induction of the labour process is an extraordinarily common procedure used in some pregnancies. Obstetricians face the need to end a pregnancy, for medical reasons usually (maternal or fetal requirements) or less frequently, social (elective inductions for convenience). The success of induction procedure is conditioned by a multitude of maternal and fetal variables that appear before or during pregnancy or birth process, with a low predictive value. The failure of the induction process involves performing a caesarean section. This project arises from the clinical need to resolve a situation of uncertainty that occurs frequently in our clinical practice. Since the weight of clinical variables is not adequately weighted, we consider very interesting to know a priori the possibility of success of induction to dismiss those inductions with high probability of failure, avoiding unnecessary procedures or postponing end if possible. We developed a predictive model of induced labour success as a support tool in clinical decision making. Improve the predictability of a successful induction is one of the current challenges of Obstetrics because of its negative impact. The identification of those patients with high chances of failure, will allow us to offer them better care improving their health outcomes (adverse perinatal outcomes for mother and newborn), costs (medication, hospitalization, qualified staff) and patient perceived quality. Therefore a Clinical Decision Support System was developed to give support to the Obstetricians. In this article, we had proposed a robust method to explore and model a source of clinical information with the purpose of obtaining all possible knowledge. Generally, in classification models are difficult to know the contribution that each attribute provides to the model. We had worked in this direction to offer transparency to models that may be considered as black boxes. The positive results obtained from both the information recovery system and the predictions and explanations of the classification show the effectiveness and strength of this tool.

KeywordsBig Data, DSS, Machine Learning, Medical Entities, Predictive Modelling
DOI10.9781/ijimai.2017.03.003
URLhttp://www.ijimai.org/journal/sites/default/files/files/2017/03/ijimai_4_7_3_pdf_17377.pdf
AttachmentSize
ijimai_4_7_3.pdf671.35 KB