wisedane, Author at Medicine Question Bank

Medicine

Upstream Therapy for Atrial Fibrillation

Upstream Therapy for Atrial Fibrillation (AF) Definition Upstream therapy in atrial fibrillation refers to the...

Cardiology / Coronary artery disease

Fetal Origins of Coronary Heart Disease

Fetal Origins of Coronary Heart Disease (CHD) (Barker Hypothesis / Developmental Origins of Health and...

Cardiology / Evaluation of Patients

Optical Coherence Tomography

1. What is Optical Coherence Tomography (OCT) Optical Coherence Tomography is an invasive intravascular imaging...

Cardiology / Coronary artery disease

100 FAQs on Newer Biomarkers in Acute Coronary Syndrome

100 FAQs on Newer Biomarkers in Acute Coronary Syndrome HIGH-LEVEL, NEET-SS / DM–oriented set of...

Cardiology

Newer biomarkers in acute coronarysyndrome

1. Novel Myocardial Injury / Necrosis Biomarkers High-Sensitivity Cardiac Troponin (hs-cTnI / hs-cTnT) Although now...

11. The preferred echocardiographic method for AV delay optimization in CRT is: A. E/e′ ratio B. Pulmonary vein flow C. Mitral inflow E–A separation D. Tissue Doppler Ts Optimal AV delay produces longest LV filling without E/A truncation. 12. Which echo parameter is maximized during VV delay optimization? A. EF B. MR jet area C. Septal motion D. LVOT VTI LVOT VTI reflects stroke volume and is the preferred echo marker. 13. Which echocardiographic feature indicates pseudo-nonresponse to CRT? A. No EF improvement B. Inadequate biventricular pacing C. Extensive scar D. RV dysfunction Fusion beats or low BiV pacing percentage can mimic CRT failure. 14. EchoCRT trial showed harm when CRT was used in patients with: A. LBBB B. Septal flash C. EF <30% D. Narrow QRS despite dyssynchrony CRT is contraindicated in narrow QRS even if echo dyssynchrony exists. 15. Which echocardiographic sign best predicts favorable reverse remodeling? A. Apical rocking B. SPWMD C. E/A fusion D. IVMD Apical rocking reflects correctable mechanical dyssynchrony. 16. Which LV segment should be avoided for lead placement? A. Latest activated B. Lateral wall C. Scarred myocardium D. Posterolateral wall Scarred segments do not respond to resynchronization pacing. 17. Reduction in functional MR after CRT is primarily due to: A. Reduced preload B. Improved LV synchrony C. Increased LV contractility D. Shortened PR interval Synchronous contraction restores leaflet coaptation. 18. Which echo finding predicts poor CRT response in AF? A. LV dilation B. MR C. Septal flash D. Variable diastolic filling Irregular RR intervals impair effective resynchronization. 19. GLS improves after CRT due to: A. Increased preload B. Reduced afterload C. Improved synchrony D. Tachycardia CRT restores coordinated myocardial deformation. 20. Which echo parameter best reflects stroke volume? A. EF B. LVOT VTI C. E/e′ D. TAPSE LVOT VTI directly correlates with forward stroke volume. 21. RV dysfunction limits CRT benefit primarily by: A. Reduced EF B. Increased MR C. Delayed LV activation D. Reduced preload to LV RV failure limits LV filling despite resynchronization. 22. Which echo sign resolves early after effective CRT? A. Septal flash B. LV dilation C. MR jet width D. EF Septal flash disappears rapidly with restored synchrony. 23. The best echo marker of long-term prognosis after CRT is: A. EF change B. MR reduction C. LVESV reduction D. TAPSE LVESV reduction strongly correlates with survival. 24. Which echo technique is most angle-independent? A. Tissue Doppler B. M-mode C. PW Doppler D. Speckle tracking Strain imaging is largely angle-independent. 25. Which patient is least likely to respond to CRT? A. LBBB B. Septal flash C. Extensive transmural scar D. Apical rocking Scar prevents electrical–mechanical correction. 26. CRT-induced EF improvement occurs mainly due to: A. Reduced preload B. Improved contractile efficiency C. Tachycardia D. AV block Synchrony improves effective myocardial work. 27. Which echo parameter is most useful to detect fusion beats? A. EF B. MR jet C. Irregular LVOT VTI D. E/A ratio Beat-to-beat LVOT VTI variability suggests fusion. 28. The most reliable echo marker of mechanical synchrony is: A. SPWMD B. IVMD C. TDI Ts D. Strain timing Strain timing reflects true myocardial deformation. 29. In CRT patients, worsening MR suggests: A. Over-resynchronization B. Suboptimal LV lead position C. Improved preload D. Reverse remodeling Improper timing or lead placement can worsen MR. 30. Which echo sign reflects interventricular dyssynchrony? A. Septal flash B. Apical rocking C. MR D. RV–LV pre-ejection delay IVMD >40 ms indicates interventricular delay. 31. Which echo parameter is least useful post-CRT? A. SPWMD B. LVESV C. EF D. MR severity SPWMD has limited reproducibility. 32. Which CRT response parameter best predicts survival? A. EF rise B. LVESV reduction C. GLS D. TAPSE LVESV reduction has strongest prognostic value. 33. Best echo clue of effective LV capture: A. Increased HR B. EF rise C. Narrowed mechanical delay D. MR reduction Mechanical synchrony improves immediately with capture. 34. Which echo parameter improves earliest after CRT? A. LVESV B. Septal flash C. EF D. MR Mechanical dyssynchrony resolves before remodeling. 35. CRT non-response with preserved synchrony suggests: A. Lead failure B. MR progression C. AV delay error D. Myocardial disease Underlying cardiomyopathy may limit response. 36. The best echo view for septal flash detection: A. Parasternal long-axis B. Apical four-chamber C. Subcostal D. Suprasternal PLAX best demonstrates early septal inward motion. 37. Which echo finding suggests suboptimal AV delay? A. Increased EF B. Reduced MR C. Truncated A wave D. Narrow LVOT VTI A-wave truncation indicates excessively short AV delay. 38. Best echo marker to suspect LV lead dislodgement: A. EF drop B. Reappearance of septal flash C. MR D. LV dilation Return of dyssynchrony suggests loss of LV capture. 39. Which echo sign correlates with electrical LBBB correction? A. EF rise B. MR reduction C. LVESV fall D. Resolution of septal flash Septal flash directly reflects LBBB-related dyssynchrony. 40. Ultimate echocardiographic goal of CRT is: A. Narrow QRS B. Increased HR C. Reverse LV remodeling D. Reduced preload Clinical benefit is mediated through reverse remodeling.

Heart Failure

Echocardiographic assessment for Cardiac Resynchronization Therapy

echocardiographic assessment for Cardiac Resynchronization Therapy (CRT), aligned with ACC/AHA/ESC practice, echo lab workflow, and...

Medicine / Pericardial Diseases

Pericarditis – One-Liner Case Traps

Pericarditis – One-Liner Case Traps Pericarditis – 50 Ultra-Hard FAQs (NEET-SS) 1. Why does PR...

Pericardial Diseases

Pericarditis – Core Concepts

Pericarditis – Core Concepts Definition Inflammation of the pericardial sac, which may be acute, incessant,...

Short Questions

Diagnosis and management of stress cardiomyopathy (Takotsubo syndrome)

Diagnosis and management of stress cardiomyopathy (Takotsubo syndrome) TRESS (TAKOTSUBO) CARDIOMYOPATHY – 100 FAQs WITH...

Medicine

Diagnosis and management of stresscardiomyopathy

STRESS CARDIOMYOPATHY (TAKOTSUBO SYNDROME) Definition A transient, reversible acute heart failure syndrome characterized by regional...

Evaluation of Patients

Imaging of Vulnerable Plaque-FAQs

Imaging of Vulnerable Plaque — 60 FAQs (5 Points Each) 1. What is a vulnerable...

Evaluation of Patients

Imaging of Vulnerable Plaque — Current Status

Imaging of Vulnerable Plaque — Current Status 1. What Is a “Vulnerable Plaque” (Concept Update)...

Cardiology / Cathlab / Medicine

Class I Indications for Coronary Angiography

Class I Indications for Coronary Angiography 1. Acute Coronary Syndromes 2. Stable Ischemic Heart Disease...

“Key Points in DES vs DCB vs CABG Selection”

Medicine

Current Status of Drug-Eluting Stents in Coronary Heart Disease

1. Fundamental Role of DES in CHD Management Percutaneous coronary intervention (PCI) with stent implantation...

Cardiac arrhythmia / Cardiology

Ion channelopathies in the genesis of cardiac arrhythmias

1. Definition and Scope Ion channelopathies are disorders caused by dysfunction of cardiac ion channels...

Cardiac arrhythmia / Cardiology / Medicine

Cardiac Autonomic Neuropathy — One-Liners

Cardiac Autonomic Neuropathy — 50 Rapid-Fire One-Liners Next add-ons I can generate immediately (same style):...

Cardiac arrhythmia / Cardiology

Cardiac Autonomic Neuropathy

1. The earliest autonomic abnormality in Cardiac Autonomic Neuropathy is: A. Reduced heart rate variability...

Medicine

Cangrelor

CANGRELOR — High-Yield, Exam-Oriented Summary (DM / NEET-SS Level) Class & Mechanism Pharmacokinetics Indications (Guideline-Supported)...

Coronary artery disease

FAQs on Newer Antiplatelet Drugs

FAQs on Newer Antiplatelet Drugs, written at SS / DM cardiology level, with concise but...

Coronary artery disease

Newer antiplatelet drugs

1. Newer P2Y₁₂ (ADP) Receptor Inhibitors Prasugrel Ticagrelor Cangrelor 2. Protease-Activated Receptor-1 (PAR-1) Antagonist Vorapaxar...

β-Blockers in Aortic Regurgitation — 5 Guideline Points (1)

Medicine / Valvular Heart Disease

β blockers for aortic regurgitation

β blockers for aortic regurgitation β-Blockers in Aortic Regurgitation (AR) Bottom line:β-blockers are generally avoided...

Cardiology Shorts / Short Questions

Erythropoietin (ESA) Resistance — 50 FAQs

Erythropoietin (ESA) Resistance — 50 FAQs ESA Resistance & HIF-PH Inhibitors — 40 Ultra–High-Difficulty SS...

Nephrology

Erythropoietin (EPO) Resistance

Erythropoietin (EPO) Resistance DefinitionErythropoietin resistance—also termed hyporesponsiveness to erythropoiesis-stimulating agents (ESAs)—is the failure to achieve...

HFpEF = systemic inflammatory cardiometabolic disease

Cardiology Shorts / Heart Failure / Short Questions

Heart Failure with Preserved Ejection Fraction (HFpEF)- Short Questions-FAQs

Heart Failure with Preserved Ejection Fraction (HFpEF)- Short Questions-FAQs 1. What defines HFpEF? Heart failure...

Heart Failure

Heart Failure with Preserved Ejection Fraction (HFpEF)

Heart Failure with Preserved Ejection Fraction (HFpEF) Definition HFpEF is a clinical syndrome of heart...

IVUS in Left Main & Bifurcation PCI — 50 One-Liners (NEET SS / DM) IVUS provides true vessel size by visualizing the external elastic membrane (EEM). Angiography underestimates left main disease due to positive remodeling. Left main MLA ≥6.0 mm² allows safe deferral of revascularization (LITRO trial). Left main MLA

Cardiology Shorts / Cathlab / IVUS / Medicine / Short Questions

IVUS – LM & Bifurcation MCQs – What we should know

IVUS — Ultra–High-Difficulty MCQs (LM & Bifurcation, Trial‑Heavy) IVUS in Left Main & Bifurcation PCI...

Evaluation of Patients / Medicine

Intravascular Ultrasound (IVUS) in Coronary Artery Disease

Intravascular Ultrasound (IVUS) in Coronary Artery Disease IVUS in Coronary Artery Disease — 40 SS-Level...

Cardiology

Anticoagulation in pregnancy

Anticoagulation in Pregnancy — 50 Advanced FAQs (SS / DM Level) Each FAQ is answered...

Cathlab

Embolic Protection Devices (EPDs) and Thrombectomy Devices

Embolic Protection Devices (EPDs) and Thrombectomy Devices, emphasizing mechanisms, indications, landmark trials, guideline positions, and...

Cardiac arrhythmia

ATRIAL FIBRILLATION (40 ADVANCED FAQs)

SS / DM CARDIOLOGY — ATRIAL FIBRILLATION (40 ADVANCED FAQs) 1. Why did EAST-AFNET 4...

Cardiac arrhythmia

Diagnosis and Management of Atrial Fibrillation

Diagnosis and Management of Atrial Fibrillation (AF), aligned with ESC / ACC-AHA principles and suitable...

Coronary artery disease

Molecular Basis of Coronary Artery Disease — High‑Yield MCQs

Molecular Basis of Coronary Artery Disease — 40 High‑Yield MCQs Final‑week Rapid Revision — Molecular...

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