Search Results - "Zhu, Mengruo" :: K.UTB vyhledávací portál

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Clinical implication of disturbed left atrial phasic functions in the heterogeneous population associated with hypertension or atrial fibrillation

by Zhu, Mengruo, Chen, Haiyan, Liu, Yang, Shu, Xianhong
Published in Cardiovascular ultrasound (12.11.2019)

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The value of left ventricular strain-volume loops in predicting response to cardiac resynchronization therapy

by Zhu, Mengruo, Chen, Haiyan, Fulati, Zibire, Liu, Yang, Su, Yangang, Shu, Xianhong
Published in Cardiovascular ultrasound (18.02.2019)

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Anomalous left coronary artery with single ostium (Shared with Right Coronary Artery) detected by echocardiography: Two case reports

by Zhao, Yingjie, Liu, Yang, Zhu, Mengruo, Chen, Haiyan, Pan, Cuizhen, Shu, Xianhong
Published in Cardiology plus (01.07.2018)

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Left ventricular global longitudinal strain and mechanical dispersion predict response to multipoint pacing for cardiac resynchronization therapy

by Zhu, Mengruo, Chen, Haiyan, Fulati, Zibire, Liu, Yang, Su, Yangang, Shu, Xianhong
Published in Journal of clinical ultrasound (01.07.2019)

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The value of non-invasive myocardial work indices derived from left ventricular pressure-strain loops in predicting the response to cardiac resynchronization therapy

by Zhu, Mengruo, Wang, Yanan, Cheng, Yufei, Su, Yangang, Chen, Haiyan, Shu, Xianhong
Published in Quantitative imaging in medicine and surgery (01.04.2021)

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Journal Article

Clinical implication of disturbed left atrial phasic functions in the heterogeneous population associated with hypertension or atrial fibrillation

The value of left ventricular strain-volume loops in predicting response to cardiac resynchronization therapy

Anomalous left coronary artery with single ostium (Shared with Right Coronary Artery) detected by echocardiography: Two case reports

Left ventricular global longitudinal strain and mechanical dispersion predict response to multipoint pacing for cardiac resynchronization therapy

The value of non-invasive myocardial work indices derived from left ventricular pressure-strain loops in predicting the response to cardiac resynchronization therapy

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