(1950 Class Video) Heart embryology video

During early heart development, what structural change allows the embryonic ventricle to move to the right of the midline?

What is the origin of the right and left atria during the early stages of heart development?

Which structure does the embryonic right ventricular region (bulbo conus) directly communicate with during early heart development?

What is the crucial separating structure in partitioning the atria and ventricles?

What is the direct consequence of the atrio-ventricular groove constricting the atrio-ventricular canal during heart development?

During septal development, what is the immediate effect of the interatrial septum growing towards the endocardial cushions?

What is the primary function of the foramen secundum during heart development?

What role does the septum primum play in fetal heart circulation?

Which combination of structures partitions the common atrio-ventricular canal?

What structure is formed by the fusion of ridges that spiral down the truncus arteriosus?

Endocardial tissue from which structures contributes to the obliteration of the interventricular foramen?

How many degrees does the aortic pulmonary septum spiral to align with the superior margin of the interventricular septum?

In the final structure of the heart, where does blood from the left ventricle enter and pass in relation to the pulmonary artery?

Where does blood from the right ventricle enter, and how does it pass in relation to the aorta in the final heart structure?

During fetal circulation, where does blood from the superior and inferior vena cava flow after entering the heart?

During fetal circulation, what is the primary route taken by the majority of blood ejected into the pulmonary artery?

What physiological condition limits blood flow into the pulmonary arteries during fetal circulation?

How does oxygenated blood from the placenta reach the left atrium in fetal circulation?

Which vessels are primarily supplied with oxygenated blood in fetal circulation after it passes through the left ventricle?

What happens to pulmonary blood flow immediately after delivery and lung inflation?

What is the direct effect of the constriction of the ductus arteriosus after birth?

How is the partitioning of the heart functionally completed after birth?

Which event initiates partition of the heart?

Where is the future left ventricle located?

What structures fuse together, dividing the channel between the atrium and ventricle?

What opens before the closure of the foramen primum?

What structure develops to the right of the septum primum, forming the foramen ovale?

Which septum splits the truncus arteriosus and conus region into the aorta and pulmonary artery?

What structure is obliterated by endocardial tissue from the ventricular septum, endocardial cushions, and the spiral aortic septum?

What structure does a major portion of blood continue through from the pulmonary artery?

During fetal circulation, via which structure does oxygenated blood from the placenta enter the inferior vena cava?

What factor leads to increased pressure in the left atrium, causing the valvula to press over the foramen ovale, after delivery?

What causes the right ventricle output to be diverted into the pulmonary circulation after birth?

Which route does the blood take from the left ventricle, relating to the position of the pulmonary artery?

Prior to the formation of the four-chambered heart, which of the following structures does not require partitioning?

During fetal circulation, why is it important that oxygenated blood from the placenta primarily supplies the brain?

Why must the foramen ovale close after birth?

What is the purpose of blood being shunted away from the lungs through the ductus arteriosus during fetal circulation?