Echocardiogram
Here are the translated reports:
Report 1:
1.
Chamber and Function
- Left Atrium (LA), Right Atrium (RA), Left Ventricle (LV) dilatation
- Adequate global LV systolic function, LVEF = 57.6% by M-mode
- Normal LA (LV filling) pressure, average E/e’ = 7.5
- Normal Right Ventricle (RV) function
- Borderline RA pressure
- Mild pulmonary hypertension, PA systolic pressure = 48 mmHg
2.
Valves
- Mild Mitral Regurgitation (MR)
- Mild Tricuspid Regurgitation (TR)
- Insignificant Pulmonary Regurgitation (PR)
3.
Others
- M-Mode Doppler
- Interventricular Septum (IVSd) = 0.88 cm
- Mitral Valve (MV) E Velocity = 70.1 cm/s
- Left Ventricular Internal Diameter at end-diastole (LVIDd) = 6.21 cm
- Left Ventricular Posterior Wall thickness (LVPWd) = 0.73 cm
- Left Ventricular Internal Diameter at end-systole (LVIDs) = 4.35 cm
- End-Diastolic Volume (EDV, Teich) = 195.0 ml
- End-Systolic Volume (ESV, Teich) = 85.4 ml
- Ejection Fraction (EF, Teich) = 56.2%
- Fractional Shortening (FS) = 30.0%
- Stroke Volume (SV, Teich) = 110.0 ml
- Left Ventricular Mass (ASE) = 199.0 g
- Left Ventricular Mass Index (Cubed) = 102.0 g/m²
- Body Surface Area (BSA) = 1.96 m²
- Aortic Diameter = 3.8 cm
- LA Diameter = 6.3 cm
- LA/Ao ratio = 1.662
- Other: Ratio of MV Peak Velocity to LV Peak Tissue Velocity E-Wave = 9.6
- Peak Gradient = 34.0 mmHg
- Stroke Index = 56.1 ml/m²
- Left Ventricular Peak Early Diastolic Tissue Velocity = 7.31 cm/s
- Interventricular Septum to Posterior Wall Thickness Ratio = 1.21
- Peak Velocity = 290.0 cm/s
Report 2:
1.
Chamber and Function
- LA, RA, LV dilatation
- Eccentric LV Hypertrophy (LVH)
- Adequate global LV systolic function, LVEF = 67% by M-mode
- LV diastolic dysfunction, average E/e’ = 4.9
- Normal RV function
- Borderline RA pressure
- Mild pulmonary hypertension, PA systolic pressure = 47 mmHg
2.
Valves
- Mild TR
- Insignificant PR
3.
Others
- No pericardial effusion
- M-Mode Doppler
- IVSd = 1.12 cm
- MV E Velocity = 0.63 m/s
- LVIDd = 5.74 cm
- Velocity Time Integral (VTI) = 19.54 cm
- LVPWd = 1.08 cm
- LVIDs = 3.58 cm
- EDV (Teich) = 162.58 ml
- ESV (Teich) = 53.62 ml
- EF (Teich) = 67.02%
- FS = 37.66%
- SV (Teich) = 108.95 ml
- LV Mass (ASE) = 259.46 g
- LV Mass Index (ASE) = 135.84 g/m²
- Aortic Diameter = 3.84 cm
- LA Diameter = 6.75 cm
- LA/Ao ratio = 1.7572
- Other: Pulmonary Vascular Resistance (PVR) = 1.9098 Wood units
- TR max PG = 46.77 mmHg
- RV Outflow Tract (RVOT) mean PG = 1.51 mmHg
- Heart rate = 56.12 bpm
- RV S’ = 14.11 cm/s
- Mean Velocity = 0.56 m/s
- TR Vmax = 3.42 m/s
- E/E’ (Mean) = 4.974
- E/E’ (LW) = 3.772
- Peak Gradient = 46.77 mmHg
- IVC inspiratory diameter = 1.573 cm
- E/E’ (SP) = 7.297
- E’ (SP) = 8.678 cm/s
- Mean Gradient = 1.51 mmHg
- RVOT max PG = 3.02 mmHg
- RVOT VTI = 19.541 cm
- RVOT Vmax = 0.87 m/s
- IVC expiratory diameter = 2.526 cm
- RVOT Vmean = 0.56 m/s
- RVOT Environment Time = 346.02 ms
- Collapse of IVC = 37.7%
- E’ (LW) = 16.787 cm/s
- Relative wall thickness = 0.377
- E’ (Mean) = 12.732 cm/s
- Peak Velocity = 3.42 m/s
Regarding your question, the first report is from last year, and the second report is from this year.
There has been an improvement in the left ventricular ejection fraction (LVEF) from 57.6% to 67%.
The heart failure index has decreased from 1268 to 496 over a 3-month interval.
However, the chamber enlargement remains significant.
Mr. Yang, 50~59 year old female. Ask Date: 2023/08/11
Dr. Wu Xueming reply Cardiology
The left atrial enlargement has improved compared to last year.
Reply Date: 2023/08/11
More Info
Understanding echocardiogram results is crucial for assessing heart function and monitoring any changes over time. Based on the two echocardiogram reports you provided, we can analyze the findings and determine if there has been any improvement or if there are ongoing concerns.
Summary of Key Findings
1. Chamber Size and Function:
- First Report: Indicates left atrial (LA), right atrial (RA), and left ventricular (LV) dilatation, with an adequate global LV systolic function (LVEF = 57.6%). There is mild pulmonary hypertension (PA systolic pressure = 48 mmHg).
- Second Report: Shows similar chamber dilatation but with a better LVEF of 67%. It also indicates LV diastolic dysfunction (E/e’ = 4.9) and mild pulmonary hypertension (PA systolic pressure = 47 mmHg).
2. Valvular Assessment:
- Both reports indicate mild mitral regurgitation (MR) and tricuspid regurgitation (TR), with the second report showing slightly improved parameters.
3. Other Parameters:
- The first report shows a higher left ventricular mass index and a lower stroke volume index compared to the second report, which indicates a potential improvement in heart function and efficiency.
Comparison of Reports
- Ejection Fraction (EF): The increase from 57.6% to 67% suggests an improvement in the heart's pumping ability. An EF above 60% is generally considered normal, indicating that the heart is functioning better than before.
- Diastolic Function: The first report indicates diastolic dysfunction with an E/e’ ratio of 7.5, while the second report shows a lower ratio of 4.9, which is a positive sign. This suggests that the heart is filling more effectively during diastole.
- Pulmonary Hypertension: The PA systolic pressures are relatively stable, indicating that while there is still mild pulmonary hypertension, it has not worsened.
- Chamber Size: Both reports indicate chamber dilatation, which is a concern. However, the improvement in EF and diastolic function suggests that the heart may be compensating better despite the dilatation.
Heart Failure Index
You mentioned a heart failure index that decreased from 1268 to 496 over three months. This significant reduction indicates a substantial improvement in heart failure status. A lower index suggests that the heart is under less strain and is functioning more efficiently.
Conclusion and Recommendations
1. Improvement: Overall, there appears to be an improvement in heart function based on the increase in EF and the decrease in the heart failure index. This is encouraging and suggests that any treatment or lifestyle changes you have implemented may be having a positive effect.
2. Ongoing Monitoring: Despite the improvements, the presence of chamber dilatation and mild pulmonary hypertension indicates that ongoing monitoring is essential. Regular follow-ups with your cardiologist are crucial to ensure that these parameters continue to improve and to manage any potential complications.
3. Lifestyle and Treatment: Continue to adhere to any prescribed medications, dietary recommendations, and lifestyle changes. Engaging in regular physical activity, managing stress, and avoiding smoking can further support heart health.
4. Consultation: Always discuss your results with your healthcare provider, who can provide personalized advice based on your overall health status and any symptoms you may be experiencing.
In summary, while there are still concerns regarding chamber size and pulmonary hypertension, the improvements in ejection fraction and heart failure index are promising signs of better heart function. Regular follow-up and proactive management will be key to maintaining and further improving your heart health.
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