Show:
EP 202
Imaging 101
HCM
Pot pourri 2
Pericardial diseases
200

What is the annual stroke risk beyond which anticoagulation for AF is a class 1 indication?

>2%

200

Dx?

Stress/Takotsubo Cardiomyopathy

200

A 25/M is diagnosed with HCM. His LVOT gradient is 40. NBS?

200

DX

Subaortic membrane

200

Define recurrent pericarditis

New signs and symptoms of pericardial inflammation after a symptom-free interval of 4 to 6 weeks

400

Complete coding

Sinus rhythm

1st degree AVB

LAFB

RBBB

PVC

400

Name any 3 markers of RV function with their abnormal values

 

400

What is the mechanism of action of disopyramide in HCM?

1.Negative Ionotropy>decreased contractility>less LVOT gradients both at rest and dynmaci

2.Class 1A anti-arrythmics>prevention and treatment of AF

3. Vagolytic action-decreases HR

400

Give any 3 indications for treatment in subaortic membrane

  • ALL symptomatic patients

  • Asymptomatic patients with peak gradient ≥50 mm Hg and/or mean gradient ≥30 mm Hg

  • Patients with peak gradient <50 mm Hg but with evidence of LV dysfunction

  • Patients with progressive aortic insufficiency

400

Which drug was used in The AIRTRIP trial of patients with recurrent pericarditis resistant to colchicine and dependent on corticosteroid therapy?

Anakinra

600

Code this

AF with slow ventricular response

Digoxin effect

600

Pulmonary doppler. Findings?

  • Blunted or Reversed S-wave:

    • Normally, the S-wave is positive, indicating forward flow from the pulmonary veins into the left atrium during ventricular systole.
    • In severe MR, the S-wave becomes blunted, markedly reduced, or even reversed.
    • This is due to the significant regurgitant flow from the left ventricle into the left atrium during systole, which increases left atrial pressure and impedes forward flow from the pulmonary veins.

  • Increased D-wave:

    • The D-wave, which represents forward flow during ventricular diastole, may be increased or dominant in severe MR.
    • This is because, during diastole, the regurgitant volume is no longer opposing the pulmonary venous inflow, so the diastolic wave may appear more prominent relative to the systolic wave.
600

In HCM, Name any 3 advantages of surgical myectomy over alcohol septal ablation.

1.Superior reduction in gradients

2.Less need for re-do

3.Lower rates of PPM/CHB

600

What is the syndrome associated with this

Supravalvular aortic stenosis-william syndrome

600

Finding and diagnosis?

RV diastolic collapse/cardiac tamponade

800

75/F with this EKG. Full coding

Atrial tachycardia (Atrial rate is 166)

Mobitz type 1 AVB

Non-specific ST-T changes

APC with aberrancy (Ashman)

800

What is the most common risk factor for this condition?

Mesothelioma-Asbestos

800

What were the inclusion criteria of the explorer trial for HCM?

Inclusion Criteria for EXPLORER-HCM Trial:

  1. Age:

    • ≥18 years.

  2. Diagnosis:

    • Hypertrophic cardiomyopathy (HCM) with LV hypertrophy unexplained by other cardiac or systemic conditions.
    • Obstructive HCM (oHCM) was defined by a resting or provoked LVOT gradient of ≥50 mmHg.

  3. Symptoms:

    • Patients had to be symptomatic, with at least NYHA Class II or III symptoms, indicating mild to moderate heart failure related to HCM.

  4. Left Ventricular Ejection Fraction (LVEF):

    • LVEF ≥55%, indicating preserved systolic function.

  5. Background Therapy:

    • Patients were permitted to be on a stable dose of background therapy, such as beta-blockers or calcium channel blockers, provided the dose had been stable for at least 30 days prior to randomization.
    • Patients could also be on disopyramide, provided it was stable, although very few were on this drug.

  6. Heart Rate:

    • A resting heart rate of ≥50 bpm to ensure safety during treatment with mavacamten, as the drug can reduce contractility.
800

Explain the 4 images

Transthoracic assessment for aortic coarctation. A, Echocardiogram of a 31-year-old woman with BAV and severe aortic coarctation. Suprasternal systolic still frame shows laminar Doppler flow through the proximal portion of the arch (''ARCH'') before becoming turbulent flow across a tight coarctation (arrow) just distal to the left subclavian (asterisk). B, Suprasternal diastolic still frame shows no Doppler flow through the proximal portion of the arch but persistent diastolic turbulent flow across the coarctation (arrow) just distal to the left subclavian (asterisk). C, Continuous-wave Doppler signal across the coarctation shows a systolic (measurement) peak gradient of 64 mm Hg through the coarctation, with persistent flow in diastole (arrow). D, Pulsed-wave Doppler signal of the abdominal aorta shows a delayed peaking of the systolic signal (line) with prominent persistent flow in diastole (arrow), pathognomonic of coarctation.


800

Which 2 diseases gives rise to this finding?

Ventricular interdependence-constrictive pericarditis and cardiac tamponade