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#Interventricular Reel by @dr.yalda_mazloom - What causes a D-shaped interventricular septum? t's all about ventricular interdependence. When right ventricular pressure or volume rises relative to
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@dr.yalda_mazloom
What causes a D-shaped interventricular septum? t's all about ventricular interdependence. When right ventricular pressure or volume rises relative to the left ventricle, the septum flattens-distorting the LV from circular to "D-shaped." • Systole + pressure overload • Diastole ¥ volume overload • Both phases + combined overload
#Interventricular Reel by @echojourney_666 - 1️⃣ Left Bundle Branch Block (LBBB) • ECG: Wide QRS complex (>120 ms), broad or notched R wave in leads I, V5-V6 • Echo effect: • The interventricu
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@echojourney_666
1️⃣ Left Bundle Branch Block (LBBB) • ECG: Wide QRS complex (>120 ms), broad or notched R wave in leads I, V5–V6 • Echo effect: • The interventricular septum contracts early • The left ventricular free wall contracts late • Result: Jerky or paradoxical septal motion • 👉 Most common cause ⸻ 2️⃣ Right ventricular pacing (pacemaker rhythm) • ECG: Pacing spikes with an LBBB-like QRS morphology • Echo: • Abnormal electrical activation leading to septal dyssynchrony • Jerky septal motion is commonly observed ⸻ 3️⃣ Ventricular dyssynchrony (wide QRS) • ECG: Broad QRS complexes (LBBB or paced rhythm) • Echo: • The septum and lateral wall do not contract simultaneously • The septum appears to “jump” or “bounce” ⸻ 4️⃣ Post–cardiac surgery • ECG: May be normal • Echo: • Abnormal septal motion due to pericardial or surgical changes • ECG abnormalities are not mandatory ⸻ 5️⃣ Acute right ventricular pressure overload (e.g., pulmonary embolism) • ECG: S1Q3T3 pattern or RV strain (may be present) • Echo: • The septum is displaced toward the left ventricle • Abnormal or jerky septal motion is seen ⸻ ⚠️ Important clinical point • Jerky septal motion is usually due to electrical dyssynchrony rather than ischemia • Therefore: • Septal myocardial infarction should not be diagnosed based solely on jerky septal motion • Always correlate with wall thickening, global LV systolic function, and findings from multiple echocardiographic views #Echocardiography #Cardiology #LBBB #SeptalDyssynchrony #ECGtoEcho
#Interventricular Reel by @shubh__.1994 - Vena Contracta Width in Tricuspid Regurgitation Severity ·The vena contracta is the narrowest portion of the regurgitant jet just downstream from the
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@shubh__.1994
Vena Contracta Width in Tricuspid Regurgitation Severity ·The vena contracta is the narrowest portion of the regurgitant jet just downstream from the regurgitant orifice. · Measurement: It is measured in the apical 4-chamber view as the width of the color flow jet at its origin. · Severity Grading: · Mild: < 3 mm · Moderate: 3 - 6.9 mm · Severe: ≥ 7 mm ·Simple, quick, and less load-dependent than Doppler methods. ·Accuracy decreases with multiple jets or non-circular orifices. It is a unidimensional measurement of a complex structure. #echocardiography
#Interventricular Reel by @the_echo_journal - Severe TR: the V-shaped cutoff explained 🫀⁠ ⁠ In severe tricuspid regurgitation, the CW Doppler envelope often shows a V-shaped (early systolic) cuto
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@the_echo_journal
Severe TR: the V-shaped cutoff explained 🫀⁠ ⁠ In severe tricuspid regurgitation, the CW Doppler envelope often shows a V-shaped (early systolic) cutoff.⁠ Why? 👉 Rapid pressure equalization between the RV and RA.⁠ ⁠ When regurgitation is severe, blood flows freely back into the right atrium, causing RA pressure to rise quickly. As RV and RA pressures equalize early in systole, the driving gradient falls—so the TR jet ends prematurely, creating that classic V shape.⁠ ⁠ Key takeaway:⁠ ⬇️ Shorter jet duration ≠ mild TR⁠ ⬆️ Think severe TR with rapid RV–RA pressure equalization⁠ ⁠ Comment "Learn" to join our echocardiography newsletter
#Interventricular Reel by @dr.prayudhana.fetomaternal - Double Outlet Right Ventrivle (DORV) occurs when both the aorta and the pulmonary arteries are positioned 50% or more within the right ventricle with
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@dr.prayudhana.fetomaternal
Double Outlet Right Ventrivle (DORV) occurs when both the aorta and the pulmonary arteries are positioned 50% or more within the right ventricle with lack of aortic-mitral annular valve continuity. The great vessels in DORV have variable spatial orientation with four types of anatomic relationships, including a right posterior aorta, a right anterior aorta, a left anterior aorta, and a right lateral aorta. The ventricular septal defect (VSD) that is commonly associated with DORV has been described in four anatomic locations: subaortic type, subpulmonary type, subaortic and subpulmonary type (also called doubly committed), and remote type, nonrelated to both arteries. DORV can be complicated by the presence or absence of pulmonary and, less commonly, aortic outflow obstruction. The presence of outflow tract obstruction in DORV is best assessed by size discrepancy of the great vessels rather than Doppler flow measurements. DORV occurs in about 1% to 1.5% of children born with congenital heart disease and has an incidence of approximately 0.09 per 1000 live births In this image, the aorta is located in the right posterior than pulmonary artery, with highly probable of Pulmonal Stenosis due to small size of Pulmonal Artery. VSD (+) not clearly shown. In this image also shown coexistinv persistent left superior vein cava (PLSVC) with increase size of coronary sinus (CS). #doubleoutletrightventricle #fetalechocardiography #congenitalheartdisease #usgfetomaternaltangerang #isuog
#Interventricular Reel by @cardioman.tarun - Left Ventricular Non-Compaction (LVNC), also known as noncompaction of the ventricular myocardium (NVM) or "spongy myocardium," multiple sinusoid the
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@cardioman.tarun
Left Ventricular Non-Compaction (LVNC), also known as noncompaction of the ventricular myocardium (NVM) or "spongy myocardium," multiple sinusoid the persistence of embryonic, deep intertrabecular recesses that fail to condense into solid myocardium. These structures appear as a network of deep, blood-filled spaces, or sinuses, that communicate directly with the left ventricular (LV) cavity. #echocardiography
#Interventricular Reel by @the_echo_journal - Echo is one of the most accessible and definitive tools for evaluating pericardial effusions - but identifying fluid is only the beginning. ⁠ ⁠ A comp
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@the_echo_journal
Echo is one of the most accessible and definitive tools for evaluating pericardial effusions — but identifying fluid is only the beginning. ⁠ ⁠ A complete assessment looks at chamber behavior, venous return, and respiratory variation to understand true hemodynamic impact.⁠ ⁠ Want the full breakdown and structured approach? Comment “Link” and we’ll send you the article.
#Interventricular Reel by @hearttalkwithher - A ventricular septal defect after MI occurs when infarcted septal tissue ruptures, creating a hole between the ventricles. The loud murmur you hear is
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@hearttalkwithher
A ventricular septal defect after MI occurs when infarcted septal tissue ruptures, creating a hole between the ventricles. The loud murmur you hear is blood rapidly shunting from the left ventricle to the right. #cardiology #medicaleducation #womenincardiology #echocardiography #cardiologist
#Interventricular Reel by @dr.prayudhana.fetomaternal - Why this view is essential for VSD The High Short Axis View is superior to the Four-Chamber View for detecting specific types of VSDs because it visu
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@dr.prayudhana.fetomaternal
Why this view is essential for VSD The High Short Axis View is superior to the Four-Chamber View for detecting specific types of VSDs because it visualizes the outlet septum, which is not well seen in the standard four-chamber plane. A. Outlet (Supracristal/Infundibular/Conal) VSD · Location: Located in the septum just below the pulmonary valve. · Finding: In a normal heart, there is muscular tissue (the infundibular septum) separating the aortic and pulmonary valves. In an outlet VSD, you will see a loss of continuity between the aorta and the pulmonary artery. Color Doppler often shows a high-velocity jet shunting from the LVOT (under the aorta) into the RVOT (under the pulmonary valve) during systole. B. Perimembranous VSD · Location: Extends into the area near the tricuspid valve, just behind the septal leaflet. · Finding: While often seen in the Four-Chamber and Five-Chamber views, the Short Axis confirms its extension toward the outlet. You may see the defect at the 11 o'clock to 1 o'clock position relative to the aortic valve circumference. Color Doppler will show flow from the left ventricle into the right ventricle at this level. #fetalechocardiography #congenitalheartdisease #penyakitjantungbawaan #usgfetomaternaltangerang #ventricularseptaldefect Which type of VSD is this?
#Interventricular Reel by @the_echo_journal - ⚠️ Ventricular fibrillation isn't just an ECG diagnosis - it has structural clues echo professionals should recognize.⁠ ⁠ Reduced LV function. Ischemi
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@the_echo_journal
⚠️ Ventricular fibrillation isn’t just an ECG diagnosis — it has structural clues echo professionals should recognize.⁠ ⁠ Reduced LV function. Ischemic remodeling. Underlying cardiomyopathy.⁠ ⁠ Echo gives the clinical context behind electrical chaos.⁠ ⁠ Follow for daily echocardiography insights built for real-world scanning.⁠ ⁠ PS...We have more valuable tools over on our website⁠ ⁠
#Interventricular Reel by @123sonography - Here's a dramatic example of what can happen in patients with a bioprosthetic mitral valve. Look at the echo loop and describe the problem! Which of
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@123sonography
Here's a dramatic example of what can happen in patients with a bioprosthetic mitral valve. Look at the echo loop and describe the problem! Which of the following statements is most likely wrong? 🧐 A) I observe calcifications of the prosthetic MV B) There are very high mean gradients across the valve C) The patient appears to have primary pulmonary hypertension (the right ventricle is heavily dilated) ... and last but not least: what is your diagnosis? 🔍 Comment below! Want to learn more? Then you should check out our new Prosthetic Valve FocusClass, which you can you get for a discounted price 👉 Link in bio!
#Interventricular Reel by @123sonography - Which echocardiographic feature(s) is/are "physiologic" in mechanical bileaflet valves, and should not be mistaken as "abnormal"? A) Paravalvular reg
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@123sonography
Which echocardiographic feature(s) is/are "physiologic" in mechanical bileaflet valves, and should not be mistaken as "abnormal"? A) Paravalvular regurgitation B) Closing volume (small regurgitation jets) C) Cavitations D) Strut impingement Share your answer and explanation with the community! ✍️ We just launched our Prosthetic Valve FocusClass. If you want to learn more, you can now benefit from our current offer 👉 Link in bio!

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Instagram hosts thousands of posts under #Interventricular, creating one of the platform's most vibrant visual ecosystems. This massive collection represents trending moments, creative expressions, and global conversations happening right now.

#Interventricular is one of the most engaging trends on Instagram right now. With over thousands of posts in this category, creators like @the_echo_journal, @123sonography and @echojourney_666 are leading the way with their viral content. Browse these popular videos anonymously on Pictame.

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