Trace the path of a drop of blood traveling from the right ventricle to the spleen.
Right ventricle has deoxygenated blood reaches lungs through pulmonary artery for oxygenation. After gets oxygenated, the blood reaches left atrium via pulmonary veins. From left atrium , the blood reaches left ventricle through bicuspid valve. From left ventricle, the blood reaches aorta. Aorta then divides into arteries, arterioles and capillaries takes blood to different parts of the body. Thereby the splenic artery carries oxygenated blood to spleen.
Trace the path of a drop of blood traveling from the right ventricle to the spleen.
Trace a drop of blood traveling from the small intestine to the left ventricle of the heart.
Trace a drop of blood traveling from the left pinky toe to the right eye.
13. Trace the path a drop of blood would take as it travels from a capillary bed in the left arm to a capillary bed in the right arm. Be sure to include the specific name of every structure it will pass through (you do not have to name the blood vessels of the arm, but tell me whether the blood is traveling to and from the heart through an artery or a vein). Fill in the blanks below by...
Trace the pathway that a drop of blood will take in the fetal circulation traveling from the placenta to the aorta (trace the three shunts).
Anatomy 9. Starting with the right atrium, trace a drop of blood through the heart and lungs, naming the following structures: aorta, aortic valve, left atrium, left ventricle, mitral valve, pulmonary arteries, pulmonary capillaries, pulmonary valve, pulmonary trunk, pulmonary veins, right atrium, right ventricle, and tricuspid valve.
Trace a drop of blood from the right big toe to the dorsum of the left hand. Include the circulation through the heart and lungs.
Please Help me! Trace the blood flow from the spleen to the sigmoid colon starting at the capillary beds, include venules and arterioles. *Hint there are 35 steps
2 Tace the path of a drop of venous blood from the left ankle to the right side of the brain
What are the three important steps in blood coagulation? Explain. Trace the path of a red blood cell starting from the right leg and back to the leg as oxygenated red blood cell. Trace the pathway of the electrical signal through the heart. Compare and contrast action potential in cardiac muscle vs skeletal muscle. List and define the various components of an electrocardiogram.
Trace a drop of blood from the aorta to the big toe, back to the heart, than to the small intestine.