Linked from

The 58 pages that link to Echocardiography, each with the reason it gives.

• ElectrocardiographyCompared with: It depicts mechanical anatomy, complementing electrocardiography’s electrical measurements.

• Medical imagingBroader topic: It assesses cardiac structure and function without surgery or ionizing radiation.

• Heart failureRelated: It evaluates ventricular function, valves, and other causes of the syndrome.

• EdemaRelated: It can identify cardiac dysfunction when edema accompanies heart failure.

• Congenital heart defectRelated: It is the principal test for defining many congenital structural abnormalities.

• Pulmonary edemaRelated: It helps identify cardiac dysfunction underlying pressure-related pulmonary edema.

• Pulmonary circulationRelated: It can estimate pulmonary pressures and reveal effects of impaired lung-circuit flow.

• UltrasonographyBroader topic: It applies real-time imaging and Doppler methods to cardiac structure and function.

• Cardiac cycleRelated: It reveals chamber motion, valve behavior, and ejection throughout the cycle.

• Pulmonary hypertensionRelated: It estimates pulmonary pressures and reveals right-heart changes, though it cannot confirm the diagnosis alone.

• Hypertrophic cardiomyopathyRelated: It is a central test for measuring wall thickness and detecting outflow obstruction.

• Marfan syndromeRelated: It measures the aortic root and monitors cardiovascular changes over time.

• ElectrocardiogramCompared with: It shows mechanical function and anatomy rather than recording surface voltage.

• Cardiac catheterizationCompared with: It provides noninvasive cardiac information, unlike measurements made inside the heart.

• CardiomyopathyRelated: It measures wall thickness, chamber size, and pumping function in suspected cardiomyopathy.

• HeartRelated: It shows chamber function, valve movement, and blood flow without surgery.

• Rheumatic feverRelated: It can reveal heart inflammation or valve abnormalities, including findings without obvious murmurs.

• 22q11.2 deletion syndromeRelated: It detects and monitors congenital heart defects associated with the syndrome.

• Dilated cardiomyopathyRelated: It shows chamber enlargement and estimates ventricular pumping function.

• Cardiac magnetic resonance imagingCompared with: It is widely available and dynamic, while CMR offers broader tissue characterization and often more precise volumes.

• DiGeorge syndromeRelated: It evaluates suspected congenital heart defects, including lesions involving the aortic arch or outflow tract.

• HemodynamicsRelated: Doppler echocardiography estimates blood-flow speed and pressure gradients.

• Infective endocarditisRelated: It can reveal vegetations, valve damage, and complications such as abscesses.

• Ehlers–Danlos syndromeRelated: Cardiovascular assessment may be considered when a subtype or symptoms raise concern.

• Heart failure with reduced ejection fractionRelated: It commonly measures ejection fraction and identifies structural causes of heart failure.

• Patent ductus arteriosusRelated: Doppler echocardiography can identify ductal flow and assess its effects on the heart.

• Ventricular septal defectRelated: It locates a VSD and estimates its size and hemodynamic effects.

• Aortic stenosisRelated: Doppler echocardiography estimates valve narrowing, pressure gradients, and ventricular effects.

• Cardiovascular systemRelated: It reveals structural and pumping abnormalities without surgery.

• CHARGE syndromeRelated: It identifies and monitors congenital heart defects associated with the syndrome.

• CardiologyRelated: It lets cardiologists assess valves, chambers, and pumping function.

• Valvular heart diseaseRelated: It is the principal test for defining valve anatomy and measuring lesion severity.

• Systole (cardiac physiology)Related: It visualizes ventricular contraction and measures systolic performance.

• Diastole (cardiac cycle)Related: Doppler and tissue measurements can assess ventricular relaxation and filling.

• DoxorubicinRelated: Clinicians use cardiac imaging to evaluate function before and during potentially cardiotoxic treatment.

• Restrictive cardiomyopathyRelated: Doppler measurements reveal restrictive filling and help assess ventricular function.

• Sotos syndromeRelated: Cardiac evaluation may be considered because congenital heart defects occur in some affected individuals.

• Tetralogy of FallotRelated: It identifies the four defects and assesses their severity before treatment.

• Williams syndromeRelated: It helps assess aortic narrowing and other cardiac findings in Williams syndrome.

• Alagille syndromeRelated: It assesses congenital heart defects, including peripheral pulmonary artery stenosis.

• AlkaptonuriaRelated: It can evaluate valve disease associated with long-term ochronotic pigment deposition.

• Doppler ultrasoundNarrower topic: Doppler methods measure flow across heart valves and within cardiac chambers.

• Hypertensive heart diseaseRelated: It can reveal ventricular thickening, chamber changes, and impaired filling.

• Kabuki syndromeRelated: Cardiac imaging can detect congenital heart defects associated with Kabuki syndrome.

• Loeys–Dietz syndromeRelated: It helps assess the aortic root and heart valves during syndrome surveillance.

• VACTERL associationRelated: It identifies cardiac defects that may be clinically silent in an affected newborn.

• 1p36 deletion syndromeRelated: It can assess cardiac abnormalities associated with the syndrome.

• DaunorubicinRelated: Cardiac function may be assessed before and during treatment with daunorubicin.

• Ebstein's anomalyRelated: It identifies valve displacement, leakage, chamber size, and ventricular function.

• Rubinstein–Taybi syndromeRelated: Heart defects occur in some affected people, making cardiac assessment relevant.