(a) The 151-channel sensor array, shown with the concave surface cover of the SARA device removed. (b) A simplified illustration of the sensing array and the uterine MMG field. (c) The layout of magnetometers of SQUID sensors (in centimeters). (d) Patient sits and leans against the surface of the array.</p
Objective. Determination of the diagnostic capabilities of magnetic resonance imaging of the uterus ...
Objective: Fetal magnetoencephalography (fMEG) is the only complete non-invasive method to record fe...
Understanding the uterine source of the electrophysiological activity of contractions during pregnan...
(a) Layout plot of MMG signals over SARA device that covers one contraction (430 s − 490 s). (b) Exp...
The objective of this study was to quantify the number of segments that have contractile activity an...
The objective of this study was to quantify the number of segments that have contractile activity an...
OBJECTIVE: To evaluate whether a full-coverage fetal-maternal scanner can noninvasively monitor ongo...
<div><p>Understanding the mechanisms of uterine contractions during pregnancy is especially importan...
Objective: This paper introduces a simple wireless method to monitor the orientation and forces exer...
(a) Real MMG data on the abdominal surface collected by the SARA device (see the corresponding video...
Understanding the mechanisms of uterine contractions during pregnancy is especially important in pre...
<p>The tip of the probe is placed in the uterine cavity, with the middle two thirds of the probe in ...
<p><b>(a)</b> Front view of the SARA sensors and partitioning in four quadrants. An example of conne...
<p>A marker is plotted over burst activity of the MMG signal. The horizontal bars on top indicate th...
Background: Our objective was to quantify and compare the extent of synchronization of the spatial-t...
Objective. Determination of the diagnostic capabilities of magnetic resonance imaging of the uterus ...
Objective: Fetal magnetoencephalography (fMEG) is the only complete non-invasive method to record fe...
Understanding the uterine source of the electrophysiological activity of contractions during pregnan...
(a) Layout plot of MMG signals over SARA device that covers one contraction (430 s − 490 s). (b) Exp...
The objective of this study was to quantify the number of segments that have contractile activity an...
The objective of this study was to quantify the number of segments that have contractile activity an...
OBJECTIVE: To evaluate whether a full-coverage fetal-maternal scanner can noninvasively monitor ongo...
<div><p>Understanding the mechanisms of uterine contractions during pregnancy is especially importan...
Objective: This paper introduces a simple wireless method to monitor the orientation and forces exer...
(a) Real MMG data on the abdominal surface collected by the SARA device (see the corresponding video...
Understanding the mechanisms of uterine contractions during pregnancy is especially important in pre...
<p>The tip of the probe is placed in the uterine cavity, with the middle two thirds of the probe in ...
<p><b>(a)</b> Front view of the SARA sensors and partitioning in four quadrants. An example of conne...
<p>A marker is plotted over burst activity of the MMG signal. The horizontal bars on top indicate th...
Background: Our objective was to quantify and compare the extent of synchronization of the spatial-t...
Objective. Determination of the diagnostic capabilities of magnetic resonance imaging of the uterus ...
Objective: Fetal magnetoencephalography (fMEG) is the only complete non-invasive method to record fe...
Understanding the uterine source of the electrophysiological activity of contractions during pregnan...