Author:
Sanjaya I Nyoman Hariyasa,Agung Suwardewa Tjokorda Gde,Jaya Kusuma Anak Agung Ngurah,Mulyana Ryan Saktika,Pangkahila Evert Solomon,Setiawan William Alexander
Abstract
In the second and third trimesters of pregnancy, hyperechogenic regions in the fetal abdomen can be used to identify meconium peritonitis (MP). According to studies on neonates, MP affects 1 in every 35,000 live births. The presence of an intrauterine ileal rupture causes a sterile chemical reaction that causes meconium peritonitis. The creation of fluid results in ascites, fibrosis, calcification, and cyst formation as a secondary inflammatory reaction. This process has four different outcomes, culminating in four types of meconium peritonitis: fibre adhesive, cystic, diffuse (diffuse), and healing. Below, we describe one case of fetal meconium peritonitis.
Publisher
European Open Science Publishing