Characterizing the Propagation of Uterine Electrophysiological Signals Recorded with a Multi-Sensor Abdominal Array in Term Pregnancies

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Potential of Wake-Up Radio-Based MAC Protocols for Implantable Body Sensor Networks (IBSN)-A Survey Toward noninvasive monitoring of ongoing electrical activity of human uterus and fetal heart and brain.

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Characterizing the Propagation of Uterine Electrophysiological Signals Recorded with a Multi-Sensor Abdominal Array in Term Pregnancies

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Characterizing the Propagation ...... inal Array in Term Pregnancies

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Characterizing the Propagation ...... inal Array in Term Pregnancies

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Characterizing the Propagation ...... inal Array in Term Pregnancies

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Characterizing the Propagation ...... inal Array in Term Pregnancies

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Characterizing the Propagation ...... inal Array in Term Pregnancies

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Characterizing the Propagation ...... inal Array in Term Pregnancies

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Characterizing the Propagation ...... inal Array in Term Pregnancies

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P2093

Adrian Furdea

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Curtis L Lowery

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Diana Escalona-Vargas

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Hari Eswaran

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Pam Murphy

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Rathinaswamy B Govindan

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P2860

Instrumentation for the diagnosis of term and preterm labour.

Conduction velocity of the uterine contraction in serial magnetomyogram (MMG) data: event based simulation and validation.

Magnetomyographic recording and identification of uterine contractions using Hilbert-wavelet transforms.

Linking myometrial physiology to intrauterine pressure; how tissue-level contractions create uterine contractions of labor

Multiscale forward electromagnetic model of uterine contractions during pregnancy

A novel approach to track fetal movement using multi-sensor magnetocardiographic recordings.

Noninvasive uterine electromyography for prediction of preterm delivery.

Tracking the changes in synchrony of the electrophysiological activity as the uterus approaches labor using magnetomyographic technique.

Spatial heterogeneity enhances and modulates excitability in a mathematical model of the myometrium.

Extraction, quantification and characterization of uterine magnetomyographic activity--a proof of concept case study.

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e0140894

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scholarly article

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10.1371/JOURNAL.PONE.0140894

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English

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2015-10-27T00:00:00Z

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Characterizing the Propagation of Uterine Electrophysiological Signals Recorded with a Multi-Sensor Abdominal Array in Term Pregnancies

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Characterizing the Propagation of Uterine Electrophysiological Signals Recorded with a Multi-Sensor Abdominal Array in Term Pregnancies

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P2860

P304

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P356

P407

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P698

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