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临床试验/NCT07236060
NCT07236060尚未招募不适用

Placenta Accreta Spectrum VS Uterine Scar Dehiscence: Accurate Ultrasound Model in 3rd Trimester Pregnancies for Percise Diagnosis

Assiut University0 个研究点目标入组 50 人开始时间: 2025年11月15日最近更新:
适应症

试验速览

阶段
不适用
状态
尚未招募
入组人数
50
主要终点
Model for percise diagnosis of placenta accreta spectrum Using 2d and/or 3d ultrasound doppler to assess: Placental site

研究概览

简要总结

By using 2d Ultrasound on 3rd trimester pregnant women, a model is made to help differentiate between placenta accreta spectrum and uterine scar dehiscence before operative action to help prepare multi-disciplinary steps if needed

详细描述

A cross-sectional observational study

研究设计

研究类型
Observational
观察模型
Other
时间视角
Cross Sectional

入排标准

年龄范围
18 Years 至 50 Years(Adult)
性别
Female
接受健康志愿者
否

入选标准

  • •Women in 3rd trimester pregnancy with low lying placenta previa
  • •History of 1 or more C-section
  • •Patients planning to deliver baby in Assiut women health hospital
  • •Willing and able to participate

排除标准

  • •Antepartum Hemorrhage(sever attack) as it hinders time for accurate diagnosis and calling expert team of diagnosis

结局指标

主要结局

Model for percise diagnosis of placenta accreta spectrum Using 2d and/or 3d ultrasound doppler to assess: Placental site

时间窗: (gestational age 28wk-full term) till operation

Model for percise diagnosis of placenta accreta spectrum Using 2d and/or 3d ultrasound doppler to assess: placental thickness

时间窗: (gestational age 28wk- full term) till operation

Model for percise diagnosis of placenta accreta spectrum Using 2d and/or 3d ultrasound doppler to assess: placental size

时间窗: (gestational age 28wk- fullterm) till operation

Model for percise diagnosis of placenta accreta spectrum Using 2d and/or 3d ultrasound doppler to assess: placental lacunae

时间窗: (gestational age 28wk-full term) till operation

Model for percise diagnosis of placenta accreta spectrum Using 2d and/or 3d ultrasound doppler to assess: Loss of placental hypoechoic zone

时间窗: (gestattional age 28wk-full term) till operation

Model for percise diagnosis of placenta accreta spectrum Using 2d and/or 3d ultrasound doppler to assess: Mean systolic velocity in both uterine arteries

时间窗: (gestational age 28wks-full term) till time of operation

Model for percise diagnosis of placenta accreta spectrum Using 2d and/or 3d ultrasound doppler to assess: Peak systolic velocity in uteroplacental interface

时间窗: (gestational age 28wks- full term) till operation

Model for percise diagnosis of placenta accreta spectrum Using 2d and/or 3d ultrasound doppler to assess: Peak systolic velocity in uterovesical interface

时间窗: (gestational age 28wks- full term) ill operation

次要结局

  • precise diagnosis of uterine dehiscence Using 2d and/or 3d ultrasound doppler to assess: Placental site((gestational age 28wk- fullterm) till operation)
  • precise diagnosis of uterine dehiscence Using 2d and/or 3d ultrasound doppler to assess: Placental size((gestational age 28wk- full term)till the operation)
  • precise diagnosis of uterine dehiscence Using 2d and/or 3d ultrasound doppler to assess: Placental thickness((gestational age 28wk-full term) till operation)
  • precise diagnosis of uterine dehiscence Using 2d and/or 3d ultrasound doppler to assess: Placental lacunae((gestational age 28wk- fullterm) till operation)
  • precise diagnosis of uterine dehiscence Using 2d and/or 3d ultrasound doppler to assess: Loss of placental hypoechoic zone((gestational age 28wks - fullterm) till operation)
  • precise diagnosis of uterine dehiscence Using 2d and/or 3d ultrasound doppler to assess: Mean systolic velocity in both uterine arteries((gestational age 28wk- fullterm) till operation)
  • precise diagnosis of uterine dehiscence Using 2d and/or 3d ultrasound doppler to assess: Peak systolic velocity in uteroplacental interface((gestational age 28wk- fullterm) till operation)
  • precise diagnosis of uterine dehiscence Using 2d and/or 3d ultrasound doppler to assess: Peak systolic velocity in uterovesical interface((gestational age 28wk-full term) till operation)

研究者

申办方类型
Other
责任方
Principal Investigator
主要研究者

Mostafa Ahmed Mohammed Refaat Askalany

Resident

Assiut University

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