the blood goes through the arteries, blood viens, and heart in which goes down to your stomach.
heart-asc aorta-aortic arch-descending aorta-abdominal aorta-celiac trunk-gastric artery (then gas exchange happens and it goes up the gastric veins and hephatic portal vein
for the head from the heart you will go to the common carotid arteries then the internal or eternal carotid depending on where you are headed this is where you will have to figure out the circle of willis.
occipital- asc aorta-aortic arch-brachiocephalic artery-common carotid-internal carotid-posterior communicating artery-posterior cerebral artery-gas exchange-(occipital) then you go back via the veins making sure you hit up the dural sinuses
The general blood flow path is from the aorta to the heart. The blood will then leave the heart and flow throughout the rest of the body. This path of blood happens every time the heart beats.
From the vena cava, blood travels into the right atrium, then the right ventricle. The right ventricle pumps the blood through the pulmonary arteries to the lungs. The pulmonary vein carries the oxygenated blood back to the left atrium. The blood flows from the left atrium into the left ventricle which pumps the blood through the aorta and to the rest of the body.
It pumps it around the body, the right atrium pumps blood to the lungs.
The path followed by the blood when it supplies and drains the heart muscle
Right Femoral Artery -> Right External Iliac Artery -> Right Common Iliac Artery -> Abdominal Aorta -> Aorta -> Right Coronary Artery I think below is a better answer: R Femoral A. > R Ext. Iliac > R Common Iliac > Abdominal Aorta> Thoracic Aorta > Aortic Arch
pumping
its mainly aorta and sub-divided artery is caroted artery
The general blood flow path is from the aorta to the heart. The blood will then leave the heart and flow throughout the rest of the body. This path of blood happens every time the heart beats.
Trace a drop of blood from the left knee to the right arm
left atrium -> left ventricle -> aorta -> renal artery -> renal vein -> inferior vena cava -> right atrium -> right ventricle
It would have to transverse the entire cardiovascular system to do that.
Oxygen-rich blood flows from the lungs to the left atrium of the heart, then into the left ventricle, which pumps it out through the aorta to the rest of the body's tissues and organs.
The circulatory system is like a circle, so there is no real beginning or end. So when you describe it, you could start where ever you want. People often start in the heart, but you could start anywhere along the path. Here is a very simplified path through the circulatory system: Right heart to lungs to left heart to arteries to capillaries to veins and back to right heart.
i cnt trace it cuz this is a writing answer but the unoxygnated blood comes down through veins into the right atrium and out the right ventricle it passes the aveoli goes through the left atrium and out the left ventricle through the aorta and eventually into small capilaries
A tortuous aorta refers to an anatomical variation where the aorta, the main artery of the body, has an abnormal, twisted shape. This can sometimes be a normal variant with no clinical significance, but in some cases it may be associated with other cardiovascular conditions or risk factors. Treatment is typically not necessary unless it is causing symptoms or complications.
the deoxygenated blood from the kidneys is carried by venules which combine to form veins. These veins then bring the deoxygenated blood to the heart via. the anterior and superior vena cava. This blood is then poured to right atrium of heart and it is then passed to right ventricle via. tricuspid valve.
Trick question! It is a series of arteries that carries the blood from the heart to the tail. The veins return the blood from the tail back to the heart. The blood travels the majority of the distance down the body's primary artery, the aorta. From there, there is a significant amount of branching. For example, one path involves - aorta to internal iliac artery to caudal gluteal artery to the lateral caudal artery - Another path involves - aorta to median sacral artery - BUT the tail is also supplied by Dorsal lateral caudal artery, Ventral lateral caudal artery, and Median caudal artery. The entire meshwork of vessles do not exist as individuals all to themselves but overlap through a process known as collateral circulation.