Pediatric Echo Report Template

Posted By admin On 16.04.21

Pediatric Echo Report Template 2016
Pediatric Echo Views
Pediatric Echo Report Template 2017
Pediatric Echo Protocol Example

Upper Abdomen
- Liver
  - Liver Normal
  - Liver Pathology
- Pancreas
- Biliary
  - Gallbladder
  - Biliary tree
- Spleen
- Vascularity
- Appendix
- Bowel
Urology
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- Bladder
- Prostate
Gynaecology
- Uterus
- Ovaries
Obstetric
- 1st Trimester
- 2nd Trimester
- 3rd Trimester
- Fetal heart
Musculoskeletal
- Upper limb
  - Shoulder
  - Elbow
  - Wrist
  - Hand & Finger
- Lower limb
  - Hip/groin
  - Knee
  - Ankle
  - Foot
Vascular
- Carotids
- Leg arteries
- DVT
  - Upper limb
  - Lower limb
- Varicose veins
- Renal arteries
Small Parts
- Eye
- Salivary glands
  - Submandibular Gland
  - Parotid Gland
  - Sublingual Glands
- Thyroid
- Breast
- Scrotal
- Superficial lumps
Paediatrics
- Neonatal head
- Neonatal hip
- Pediatric Abdomen
- Neonatal spine
- Paediatric renal
Other
Members

We offer a Pediatric Echocardiography (PE) Practice Test that simulates the computer interface used in the actual test center environment. The PE practice test review is comprised of 30 sample questions and is 30 minutes long. After you complete a practice test, you will be emailed a report that shows the number of questions you answered correctly.
Keeping your cardiology and vascular exams well organized and easily accessible is essential in today's busy echo departments. With complete documenting and archiving capabilities, ViewPoint 6 with EchoPAC™ Suite may help you streamline and simplify your workflow.

The edited diagrams can be saved as well as embedded directly in the report and used in consultations. Trend Plots with Pediatric and Fetal Z-scores Digisonics offers Z-scores (such as Boston Children’s Hospital) for the pediatric package. Users can plot measurements over time in order to track therapy or disease progression. XXX Echocardiography Facility 2-D & M-Mode ECHOCARDIOGRAM REPORT. COLOR FLOW DOPPLER REPORT. Patient Name: Sonographer: Weight: Height: Date: Indication: BP: Referring Physician: Date of Birth: Gender:. DIMENSIONS In cm NORMALS DIMENSIONS In cm NORMAL Aortic Root (ED) 2.0-3.7 cm Left Atrium (ES) 1.9-4.0 cm Left Ventricle Right Ventricle.

• Percutaneous left ventricular assist position

The report should include the position of the catheter inlet area, position of the catheter outlet area, and the direction of the catheter

– Dilated left ventricle with severely reduced left ventricular systolic function

– In limited views, the right ventricle is normal in size with mildly reduced systolic function.

– Percutaneous left ventricular assist device catheter position:

1. At the start of the study, the inflow area was XX cm below the aortic valve. It was

readjusted to XX cm below the aortic valve with echocardiographic guidance.

3. Catheter is angled towards the left ventricular apex

4. After readjustment of catheter mitral regurgitation improved from mild to trace

– Compared to the prior study from ***, the percutaneous left ventricular assist device catheter appeared deeper at the beginning of this study and was readjusted during this study.

(Please refer to specific device guideline for positioning recommendations)

Pediatric Echo Report Template 2016

• Aortic Stenosis Evaluation with Dobutamine

This is divided into three sections: A. Summary of the test, B. Echo conclusions, and C. Stress conclusions

A. Summary of the test:

LVOT VTI 13 cm, Stroke Volume 41 ml, AV VTI 69.8 cm, Vmax 3.42 m/s, Mean gradient 27 mmHg, AVA 0.6 cm2

LVOT VTI 13 cm, Stroke volume 41 ml, AV VTI 73.9 cm, Vmax 3.58 m/s, Mean gradient 31 mmHg, AVA 0.6 cm2

LVOT VTI 15 cm, Stroke volume 47 ml, AV VTI 74.4 cm, Vmax 3.57 m/s, Mean gradient 30 mmHg, AVA 0.6 cm2

LVOT VTI 16.8 cm, Stroke volume 53ml, AV VTI 77.8 cm, Vmax 3.88 m/s, Mean gradient 34.8 mmHg, AVA 0.7 cm2

– The resting stroke volume was 41 ml with a stroke volume index of 21 ml/m2 (low output state). The stroke volume index increased to 53 ml/m2 with dobutamine. Despite a > 20% increase in the stroke volume with dobutamine, there was no significant change in the aortic valve area. This indicates a severe low-flow, low-gradient aortic stenosis.

Table

Stage	LVOT VTI (cm)	Stroke Volume	AV VTI (cm)	V max (m/s)	Mean gradient (mmHg)	AVA (cm2)
Rest
Dobutamine 5 mcg/min
Dobutamine 10 mcg/min
Dobutamine 20 mcg/min

B. Echo Conclusions:

Pediatric Echo Views

– The left ventricular size is normal and systolic function is moderately reduced. Regional

wall motion abnormalities are consistent with coronary artery disease and prior myocardial infarction

– The right ventricle is mildly dilated with mildly reduced systolic function

– Sclerodegenerative valve disease with moderate to severe low-flow, low-gradient aortic stenosis

– Sclerodegenerative mitral valve disease and leaflet tethering causing moderate mitral

– Moderate tricuspid regurgitation in setting of at least moderate pulmonary

Pediatric Echo Report Template 2017

– Biatrial enlargement

C. Stress Conclusions:

– There is no ECG or Echocardiographic evidence of inducible ischemia with low-dose dobutamine.

Pediatric Echo Protocol Example

– Despite a > 20% increase in the stroke volume with dobutamine, there was no significant change in the aortic valve area. This indicates a severe low-flow, low-gradient aortic stenosis.

• MitraClip® Procedure

TEE report for MitraClip® guidance TEE

2D, Doppler, and 3D transesophageal echocardiogram performed intraoperatively for the guidance of transcatheter mitral valve repair with MitraClip®.

PRE-PROCEDURE TEE:

– Normal left ventricular size and systolic function. Estimated ejection fraction is 60%.
– Right ventricle is mildly dilated with mildly reduced systolic function
– Prolapse with partial flail P2 scallop resulting in severe eccentric anteriorly directed mitral regurgitation. There is also mild prolapse of the P3 scallop.
– Inadequate coaptation of the tricuspid leaflets resulting in severe tricuspid regurgitation
– Sclerodegenerative valve disease with mild aortic regurgitation
– Severe biatrial enlargement

PROCEDURAL TEE:

– Patient underwent transseptal puncture in the superior posterior portion of the atrial septum with appropriate distance from the mitral valve annulus (4.0 cm)
– A single clip was placed in the center of the mitral regurgitant jet anchoring the A2 and P2 scallops of the mitral valve.
– Following clip placement, the mitral regurgitation was reduced to mild to moderate and there was no evidence of significant mitral stenosis.
– Following removal of the transseptal catheter, there was 6 x 6 mm iatrogenic atrial septal defect in the thick portion of the septum with left to right shunting by color Doppler and a Vmax of 1.46m/s.

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