Key result
Fetal heart failure was associated with reduced FAM-TAPSE and FAM-MAPSE Z-scores (all <-2), and FAM-APSE Z-scores correlated positively with cardiovascular profile scores.
Why the study?
To compare TAPSE and MAPSE Z-scores between fetuses with heart failure and normal fetuses, and examine their correlation with CVPS to evaluate ventricular systolic function and severity.
Do FAM-TAPSE and FAM-MAPSE Z-scores decline in fetuses with heart failure and correlate with cardiovascular profile scores?
Observational (n=1,036)
Do FAM-TAPSE and FAM-MAPSE Z-scores decline in fetuses with heart failure and correlate with cardiovascular profile scores?
FAM-TAPSE and FAM-MAPSE Z-scores are significantly reduced in fetuses with heart failure and correlate with cardiovascular profile scores, suggesting their utility as quantitative markers for fetal systolic function.
Answers are grounded in this paper and cite their sources.
FAM-TAPSE/MAPSE Z-scores may aid fetal systolic assessment in heart failure; hypothesis-generating and should not yet change practice.
Objective To compare fetal tricuspid annular plane systolic excursion(TAPSE)Z-scores and mitral annular plane systolic excursion(MAPSE) Z-scores between fetuses with heart failure (HF) and normal fetuses, and to analysis the correlation between CVPS and annular plane systolic excursion(APSE) Z-score(sum of the TAPSE and MAPSE Z-score) in order to evaluate the ventricle systolic function and severity in fetuses with HF. Methods A total of 1012 normal fetuses and 24 fetuses with heart failure were involved. TAPSE and MAPSE were measured by free angle M-mode(FAM) echocardiography. Normal FAM-TAPSE and FAM-MAPSE Z-score models based on GA were constructed by performing a standard regression analysis followed by weighted regression of absolute residual values . Tei indexes were calculated in all fetuses with heart failure and all of them were divided into left heart failure (LHF)group and right heart failure(RHF)group by Tei index. Subsequently, FAM-MAPSE Z-scores were compared between the normal and LHF groups, FAM-TAPSE Z-scores were compared between the normal and RHF groups.FAM-APSE Z-scores (sum of the FAM-TAPSE and FAM-MAPSE Z-score) and the cardiovascular profile scores (CVPS) in 24 fetuses were calculated, the correlation was analyzed among them. Results The models used to calculate Z-score for FAM-TAPSE and FAM-MAPSE were constructed, and GA had significant correlation with them (r = 0.949, p < 0.001for all).Compared with normal fetuses, the mean Z-scores of FAM-TAPSE and FAM-MAPSE were statistically significantly different in fetuses with HF.In the HF groups, all FAM-TAPSE and FAM-MAPSE Z-scores(22/22) were <-2. CVPS ranged from 3 to 8 (mean 5.25 out of 10) and correlated positively with FAM-APSE Z-score (r = 0.762). Conclusions The FAM-TAPSE and FAM-MAPSE Z-scores declined in fetuses with HF and they can provide quantitative evidence in evaluation of heart systolic function, FAM-APSE Z-score correlated positively with CVPS. FAM-TAPSE, FAM-MAPSE and FAM-APSE Z-scores would be markers for assessing heart systolic function and severity in fetuses with HF.
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Guo et al. (2021) conducted an observational in Fetal heart failure (n=1,036). Fetal heart failure vs. Normal fetuses was evaluated on FAM-TAPSE and FAM-MAPSE Z-scores and correlation with cardiovascular profile scores (CVPS) (r = 0.762). Fetal heart failure was associated with reduced FAM-TAPSE and FAM-MAPSE Z-scores (all <-2), and FAM-APSE Z-scores correlated positively with cardiovascular profile scores.
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