RESEARCHES RELATED TO THE REDUCTION OF PREMATURITY THROUGH PREMATURE RUPTURE OF MEMBRANES IN 2017

Data from literature, especially from the US, has provided data on prediction, prevention and treatment of premature membrane rupture (RPM). RPM is a significant cause of premature birth and can cause complications of a term task. Considerable research on RPM has led to a better understanding of the...

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Bibliographic Details
Published inManagement Intercultural Vol. XIX; no. 38; pp. 55 - 60
Main Authors Simionescu, Gabriela, Bolota, Maria, Doroftei, Bogdan, Nicolaiciuc, Delia, Anton, Carmen Rodica, Diaconu, Iulia, Filipeanu, Dumitru, Anton, Emil
Format Journal Article
LanguageFrench
Romanian
Published Fundatia Română pentru Inteligenta Afacerii 01.06.2017
Romanian Foundation for Business Intelligence
Subjects
Chorioamnionitis
Evaluation research
Health and medicine and law
Newborn
Premature rupture of membranes
Prematurity
Prematurity
Newborn
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Summary:Data from literature, especially from the US, has provided data on prediction, prevention and treatment of premature membrane rupture (RPM). RPM is a significant cause of premature birth and can cause complications of a term task. Considerable research on RPM has led to a better understanding of the mechanism of spontaneous breakage of membranes, risk factors, and good results for newborns resulting from such obstetrical events. Spontaneous rupture of the membranes increases the risk of intrauterine infection and umbilical cord compression as well as the risk of premature detachment of placenta. Newborn babies resulting from RPM have an increased risk of morbidity compared to gestational age, and the risk of infection is increased compared with other premature babies due to ancillary causes. If RPM occurs in the second trimester, there is an additional risk of pulmonary hypoplasia and hip dysplasia. Pre-term conservative treatment prolongs latency to birth. Antibiotics reduce the risk of infection while corticosteroid treatment (dexamethasone) reduces respiratory complications and interventricular haemorrhage without increasing the risk of infection. Birth is necessary or unavoidable in many cases by RPMs and because conservative treatment often results in no results; That is why studies are needed to identify all risk factors and the need to treat pregnant women at risk of RPM; 17-hydroxy-progesterone is a specific treatment for preventing recurrent membrane rupture.
ISSN:1454-9980
2285-9292