Echocardiogram and Doppler Report: Key Insights for Young Patients - Cardiology

Share to:

Echocardiogram and Doppler Color Flow Study Report


Hello, Doctor.
I am 24 years old and recently experienced premature atrial contractions, so I underwent a 24-hour Holter monitor, echocardiogram, and Doppler color flow imaging of the heart.
The reports are as follows.
Could you please help me understand if this indicates a risk of myocardial infarction or vascular issues?
Echocardiogram and Doppler color flow imaging date: 2021/09/10
Conclusion:
• Left ventricular enlargement
• Preserved global contractility of the left ventricle
• Left ventricular ejection fraction (LVEF) by M-mode is 60.4%
• Regional wall motion abnormality, cause to be determined
• Grade I diastolic dysfunction (impaired relaxation)
• Mitral valve prolapse (MVP), borderline
• Mild mitral regurgitation
• Mild pulmonary regurgitation
• Mild tricuspid regurgitation
• Estimated systolic pulmonary artery pressure is 21.3 mmHg
M-mode/2D Measurements & Calculations:
RWT: 0.34
Time Measurements:
MM R-R interval: 0.82 sec
M-mode/2D Value References:
Aortic root diameter: 3.1 cm [2.0-3.8 cm]
Left ventricular internal diameter in diastole (LVIDd): 5.8 cm [3.7-5.3 cm]
Aortic cusp separation (ACS): 1.9 cm [1.6-2.6 cm]
Left ventricular internal diameter in systole (LVIDs): 3.9 cm [2.4-3.6 cm]
Left atrial dimension: 3.5 cm [1.9-4.0 cm]
End-diastolic volume (EDV, Teich): 166.6 ml [80-180 ml]
End-systolic volume (ESV, Teich): 65.9 ml [16-83 ml]
Mitral valve E-F slope: 17.3 cm/sec [8.0-15.0 cm/sec]
Ejection fraction (EF, Teich): 60.4% [50-70%]
Interventricular septal thickness in diastole (IVSd): 1.0 cm [0.7-1.1 cm]
Fractional shortening (FS): 32.8% [FS 34-44%]
Left ventricular posterior wall thickness in diastole (LVPWd): 1.0 cm [0.9-1.1 cm]
Heart rate (MM HR): 73.0 BPM [60-100 BPM]
Cardiac output (CO, Teich): 7.3 l/min [2.5-7.2 l/min]
Doppler Measurements & Calculations:
Aortic velocity (V2 max): 84.2 cm/sec
Left ventricular velocity (V1 max) PG: 2.4 mmHg
Aortic maximum PG: 2.8 mmHg
Left ventricular velocity (V1 max): 77.0 cm/sec
Tricuspid regurgitation maximum velocity: 167.0 cm/sec
Systolic pulmonary artery pressure (sPAP): 21.3 mmHg
Tricuspid regurgitation maximum PG: 11.3 mmHg
Mitral valve E maximum velocity: 82.9 cm/sec
Mitral valve A maximum velocity: 56.8 cm/sec
Mitral valve E/A ratio: 1.5
Mitral valve deceleration time: 0.18 sec
Left ventricular isovolumetric relaxation time (IVRT): 0.05 sec
Ventricles:
• Increased dimension of the left ventricle
• LVEF by M-mode is 60.4%
• Hypokinesis in the segments of the left ventricle, including the anteroseptal wall
• Mitral inflow: E/A ratio: 1.5
• Isovolumetric relaxation time is 0.05 sec
• Deceleration time of mitral inflow: 0.18 sec
• Tissue Doppler: E’/A’ < 1
• Septal E’: 10.6 cm/s
• Lateral E’: 11.9 cm/s
• E/E’ (Lateral): 6.9
Atria:
• Normal sizes of atrial chambers
Valves:
• Increased thickness of the mitral valve with borderline elongated chordae of the mitral valve
24-hour Holter monitor date: 2021/08/11
Conclusions:
1.
Baseline sinus rhythm with a total heart rate of 108,949 beats (QRSs) analyzed, ranging from 56 to 127 bpm (average heart rate = 80 bpm)
2.
No long pauses
3.
No ventricular tachycardia (VT), no paroxysmal supraventricular tachycardia (PSVT)
4.
ST-T changes noted
5.
5 atrial premature contractions (APCs) noted
6.
Standard deviation over all normal beats was 116.8 ms
7.
Patient noted 3 events: Normal sinus rhythm without significant ST-T changes was found
Please help me, Doctor!

Wang, 20~29 year old female. Ask Date: 2021/09/12

Dr. Wu Xueming reply Cardiology


According to your examination report, cardiac function is normal, with mitral valve prolapse accompanied by mild regurgitation.
The 24-hour Holter monitor did not reveal any significant arrhythmias.

Reply Date: 2021/09/12

More Info


Based on the echocardiogram and Doppler report you provided, it appears that you have some abnormalities in your heart function, but there is no immediate indication of a heart attack (myocardial infarction) or significant vascular issues. Let's break down the findings to better understand what they mean.


Key Findings from Your Echocardiogram:
1. Left Ventricular (LV) Enlargement: This suggests that the left ventricle, which is responsible for pumping oxygenated blood to the body, is larger than normal. This can occur due to various reasons, including high blood pressure or volume overload.

2. Preserved Global Contractility: Your left ventricle's ability to contract and pump blood is still within normal limits, with an ejection fraction (EF) of 60.4%. This is a good sign, as it indicates that your heart is still functioning effectively in terms of pumping blood.

3. Regional Wall Motion Abnormality: This finding indicates that certain segments of the left ventricle are not moving as well as they should. This could be due to previous heart damage or ischemia (reduced blood flow).

4. Grade I Diastolic Dysfunction: This means that your heart has some difficulty relaxing and filling with blood. It is often an early sign of heart disease and can be associated with conditions like hypertension.

5. Mitral Valve Prolapse (MVP): This is a common condition where the mitral valve does not close properly, which can lead to mild mitral regurgitation (backward flow of blood). In your case, it is described as borderline, which suggests it is not severe.

6. Mild Tricuspid and Pulmonary Regurgitation: These findings indicate that there is a small amount of backward flow in the tricuspid and pulmonary valves, which is often not clinically significant.

7. Estimated Systolic Pulmonary Artery Pressure: Your pressure is measured at 21.3 mmHg, which is within normal limits, indicating that your right heart function is likely normal.


Holter Monitor Findings:
1. Baseline Sinus Rhythm: This indicates that your heart is beating in a normal rhythm, which is reassuring.

2. Heart Rate Variability: Your average heart rate is 80 bpm, which is within the normal range. The presence of 5 atrial premature contractions (APCs) is not uncommon and can occur in healthy individuals.

3. ST-T Changes: This could indicate some level of ischemia or other cardiac issues, but it is essential to correlate these findings with your symptoms and clinical history.


Conclusion and Recommendations:
While your echocardiogram shows some abnormalities, particularly with the left ventricular enlargement and regional wall motion issues, there is no direct evidence of a heart attack or significant vascular problems at this time. However, the presence of diastolic dysfunction and mitral valve prolapse suggests that you should monitor your heart health closely.

Here are some recommendations:
1. Follow-Up with Your Cardiologist: It is crucial to discuss these findings with your healthcare provider, who can interpret them in the context of your overall health and symptoms.

2. Lifestyle Modifications: Maintaining a heart-healthy lifestyle is essential. This includes a balanced diet, regular exercise, avoiding smoking, and managing stress.

3. Monitor Symptoms: Keep track of any new or worsening symptoms, such as chest pain, shortness of breath, or palpitations, and report them to your doctor.

4. Regular Check-Ups: Regular follow-ups with your cardiologist will help monitor your heart function and any changes over time.

In summary, while there are some concerns regarding your heart function, there is no immediate indication of severe issues like a heart attack. With appropriate management and lifestyle changes, you can maintain your heart health. Always consult with your healthcare provider for personalized advice and treatment options.

Similar Q&A

Understanding Pediatric Echocardiogram Results: A Guide for Parents

Gender: Female BSA: 0.56 m Age: 3 yrs MMode/2D Measurements & Calculations IVSd: 0.62 cm LVIDd: 2.9 cm FS: 43.5 % Ao root diameter: 1.4 cm IVSs: 0.97 cm LVIDs: 1.6 cm EF (Teich): 76.4 % LA dimension: 1.9 cm LA/Ao: 1.4 Doppler Measurements & Calculations MV E max velocity:...


Dr. Chen Jili reply Cardiology
We recommend that you discuss the above situation further with your attending physician. Thank you, and wishing you good health!

[Read More] Understanding Pediatric Echocardiogram Results: A Guide for Parents


Understanding Your Echocardiogram Report: Key Insights for Heart Health

<UCG report> M-Mode Doppler Waveform & Measurements AO: 26 (20-37mm) AO flow: 122cm/s PG: 6mmHg AV: 15 (16-26mm) MV E: 91cm/s, A: 64cm/s DT: 160ms LA: 32 (19-40mm) MV E/A: 1.42 E‘: 12cm/s E/E‘: 8 IVS: 11 (7-10mm) TR: 223cm/s PG: 20mmHg LVPW: 11 (8-13mm) PA peak V: 95cm/...


Dr. Wu Xueming reply Cardiology
The echocardiogram report shows normal findings.

[Read More] Understanding Your Echocardiogram Report: Key Insights for Heart Health


Understanding Your Heart Ultrasound and Doppler Report: Key Insights

Hello, Doctor: Recently, I underwent a cardiac ultrasound and Doppler echocardiography. Could you please help me interpret the findings? The report is as follows: Report content: 2-D & M-mode parameters: - Left Ventricle Diastolic Dimension (LVEDD): 45 mm (normal range: 3...


Dr. Wu Xueming reply Cardiology
The examination results indicate only mild mitral and tricuspid regurgitation, while other cardiac structures and functions are normal.

[Read More] Understanding Your Heart Ultrasound and Doppler Report: Key Insights


Interpreting Doppler Color Flow and Portable ECG Reports in Cardiology

Hello Director Wu, I have an unsolicited request. There are two cardiac reports that need your interpretation. Thank you. The first report is a Doppler color echocardiogram: 1. Normal chamber size, no left atrial enlargement (LAE), no right atrial enlargement (RAE). 2. Intervent...


Dr. Wu Xueming reply Cardiology
Both reports are generally normal, with no significant abnormalities.

[Read More] Interpreting Doppler Color Flow and Portable ECG Reports in Cardiology


Related FAQ

Echocardiogram

(Cardiology)

Ct Scan Report

(Cardiology)

Health Check-Up Report

(Cardiology)

Pediatric Heart

(Pediatrics)

Pulse

(Cardiology)

Asd

(Cardiology)

Ectopic Beats

(Cardiology)

Atrial Fibrillation

(Cardiology)

Chf

(Cardiology)

Lvh

(Cardiology)