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Can you make it understandable

Here is a plain-language breakdown of Mr. Jerald Barboza's echocardiography (heart ultrasound) report from Father Muller Medical College Hospital, dated 14 July 2026.

What is an Echocardiogram?

It is an ultrasound scan of the heart that shows the size of the heart chambers, how well the heart pumps, and whether the valves are working properly.

1. Heart Chambers - All NORMAL ✅

ChamberWhat it isResult
LA - Left AtriumUpper-left chamber; receives blood from lungsNormal size
LV - Left VentricleLower-left chamber; pumps blood to the bodyNormal size
RA - Right AtriumUpper-right chamber; receives blood from the bodyNormal size
RV - Right VentricleLower-right chamber; pumps blood to the lungsNormal size
All four chambers are normal in size - no enlargement.

2. Wall Motion - Normal ✅

RWMA: NIL - This means there are no Regional Wall Motion Abnormalities. In simple terms, every part of the heart wall is squeezing and moving properly. This is a good sign - it rules out a previous heart attack affecting wall movement.

3. Heart Valves

ValveWhat it doesFindingMeaning
MitralBetween left atrium and left ventricleTrivial MR, E/A ReversedVery minor leak (trivial, not concerning). E/A reversal suggests mild stiffening of the left ventricle with age - common in people over 50
AorticBetween left ventricle and the aortaTrileafletNormal - has 3 leaflets as expected
TricuspidBetween right atrium and right ventricleNormalNo issues
PulmonaryBetween right ventricle and pulmonary arteryNormalNo issues
Key point: The only noteworthy valve finding is "Trivial MR" (mitral regurgitation) - meaning the mitral valve has a very tiny, clinically insignificant leak. This is extremely common and does not usually require treatment.

4. Structural Findings ✅

  • IAS: INTACT - The wall (septum) between the two upper chambers (atria) is intact. No hole.
  • IVS: INTACT - The wall between the two lower chambers (ventricles) is intact. No hole.
  • IVC: 14/7 mm - The Inferior Vena Cava (the large vein returning blood to the heart) measures 14mm and collapses to 7mm. This is within normal range and suggests the patient is not volume overloaded.

5. Measurements - All Within Normal Range ✅

MeasurementFull NameHis ValueNormal RangeStatus
AortaMain artery from heart27 mm20-37 mm✅ Normal
L/T AtriumLeft atrium size34 mm19-37 mm✅ Normal
RVIDRight ventricle internal diameter17 mm9-27 mm✅ Normal
LV IVSThickness of the wall between ventricles13 mm6-11 mm⚠️ Slightly thick
LVPWLeft ventricular posterior wall thickness12 mm6-11 mm⚠️ Slightly thick
LVESDLeft ventricle size when heart is contracted29 mm23-38 mm✅ Normal
LVEDDLeft ventricle size when heart is relaxed42 mm34-52 mm✅ Normal
LVEFLeft Ventricular Ejection Fraction (pumping strength)55%50-75%✅ Normal

The most important number - LVEF 55%

The Ejection Fraction tells you how much blood the heart pumps out with each beat. A value of 55% is normal and means the heart is pumping well.

The mild concern - LV IVS (13 mm) and LVPW (12 mm)

Both the interventricular septum and the posterior wall are slightly above normal range (normal upper limit is 11 mm). This mild thickening can be seen with:
  • High blood pressure (hypertension) - the most common cause
  • Regular heavy physical activity
  • Age-related changes
This finding should be discussed with the cardiologist, particularly in relation to blood pressure control.

Overall Summary

The heart is generally functioning well. Pumping strength (EF 55%) is normal. All four chambers are normal in size. No holes in the heart walls. No evidence of a prior heart attack. The only things to note are a trivial (insignificant) mitral valve leak and mildly thickened heart walls - both of which are commonly seen in people with high blood pressure and are worth monitoring.
This report should be reviewed by Dr. Pradeep Pereira to decide if any follow-up or treatment (such as blood pressure medication) is needed based on the full clinical picture.
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