Fetal Weight
Conditions
Brief summary
This research aims to allow deployment & optimization of SAMPL plain wave algorithm so as to make required advancement towards a light-weight portable US platform or wireless probe - thus elevating clinician's care level and patient treatment by allowing more scan availability and flexibility.
Interventions
SAMPL's plain-wave algorithm allowing portable US or Wireless Probe scanning - thus enabling clinicians with more flexible point-of-care locations when performing US scans for fetal weight assessment.
Sponsors
Study design
Eligibility
Inclusion criteria
1. Women between 24+0 weeks and 41+6 weeks gestation. 2. Women with a singleton viable pregnancy.
Exclusion criteria
None
Design outcomes
Primary
| Measure | Time frame | Description |
|---|---|---|
| US scans for fetal weight assessment | 1 year | 1\) To evaluate SAMPL's plain-wave algorithm allowing portable US or Wireless Probe scanning - thus enabling clinicians with more flexible point-of-care locations when performing US scans for fetal weight assessment. |
Countries
Israel