Add to ORKGthis paper results in an additional peak in front of the QRS-complex in the magnetocardiogram measured in the 21 week of gestation. Apart from this finding the magnetocardiogram is normal. Thus, the diagnosis of this congenital disease cannot be confirmed by fetal MC
Fetal magnetocardiography (fMCG) allows monitoring the fetal heart function through algorithms able ...
Aim To clarify the significance of heart rate variability for the evaluation of an autonomic nervous...
Abstract Background Magnetocardiography enables the precise determination of fetal cardiac time inte...
In magnetocardiography (MCG) the magnetic field, produced by the electrical activity of the heart, i...
Objectives To test the usefulness and reliability of fetal magnetocardiography as a diagnostic or sc...
We investigated several factors which may affect the accuracy of fetal cardiac time intervals (CTI) ...
Clinical detection of fetal arrhythmias is generally performed by means of M-mode and pulsed Doppler...
Fetal magnetocardiog. is a non-invasive technique for studying the elec. activity of the fetal heart...
Objective: A database with reference values of the durations of the various waveforms in a magnetoca...
Characterization of ultrasound detected fetal arrhythmias is generally performed by means of M-mode ...
Characterization of ultrasound detected fetal arrhythmias is generally performed by means of M-mode ...
OBJECTIVES: To evaluate the feasibility of unshielded in-hospital multichannel mapping of fetal magn...
Fetal magnetocardiography (FMCG) is increasingly being used in research and diagnostics of fetal hea...
Objective. To clarify the developmental activity of the autonomic nervous system (ANS) of the normal...
Background—Cardiogram signal amplitude is a key index of hypertrophy but has not been investigated e...
Fetal magnetocardiography (fMCG) allows monitoring the fetal heart function through algorithms able ...
Aim To clarify the significance of heart rate variability for the evaluation of an autonomic nervous...
Abstract Background Magnetocardiography enables the precise determination of fetal cardiac time inte...
In magnetocardiography (MCG) the magnetic field, produced by the electrical activity of the heart, i...
Objectives To test the usefulness and reliability of fetal magnetocardiography as a diagnostic or sc...
We investigated several factors which may affect the accuracy of fetal cardiac time intervals (CTI) ...
Clinical detection of fetal arrhythmias is generally performed by means of M-mode and pulsed Doppler...
Fetal magnetocardiog. is a non-invasive technique for studying the elec. activity of the fetal heart...
Objective: A database with reference values of the durations of the various waveforms in a magnetoca...
Characterization of ultrasound detected fetal arrhythmias is generally performed by means of M-mode ...
Characterization of ultrasound detected fetal arrhythmias is generally performed by means of M-mode ...
OBJECTIVES: To evaluate the feasibility of unshielded in-hospital multichannel mapping of fetal magn...
Fetal magnetocardiography (FMCG) is increasingly being used in research and diagnostics of fetal hea...
Objective. To clarify the developmental activity of the autonomic nervous system (ANS) of the normal...
Background—Cardiogram signal amplitude is a key index of hypertrophy but has not been investigated e...
Fetal magnetocardiography (fMCG) allows monitoring the fetal heart function through algorithms able ...
Aim To clarify the significance of heart rate variability for the evaluation of an autonomic nervous...
Abstract Background Magnetocardiography enables the precise determination of fetal cardiac time inte...