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Left and right iliac

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Q: What splits to the left and to the right at the end of the abdominal aorta?
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At the inferior end of the abdominal aorta it splits into the left and right what?

right and left iliac arteries


How do you trace the path of a catheter from right femoral artery to the left coronary artery?

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


Portion of the aorta in the abdomen?

There are actually more than one portion of the aorta that is in the abdominopelvic cavity. The left ventricle and thoracic aorta of the heart lead to the abdominal aorta which begins at the diaphragm. The abdominal aorta first branches into the inferior phrenic and celiac arteries, superior mesenteric and middle suprarenal arteries, renal and gonadal arteries, lumbar artery, inferior mesenteric artery, and the median sacral and common iliac arteries. From there, the artery splits to form the two common iliac arteries that carry blood to the legs.


What artery is blood taken to the kidney in?

The left and right renal arteries branch off of the abdominal aorta and bring arterial blood to their respective left and right kidneys.


The abdominal aorta divides into what branches?

The aorta terminates at the level of the lumbar vertebra 4, where it branches into the left and right common iliac arteries. Those divide further into the external and internal iliac arteries.


What comes off the aorta?

Three arteries come off the Aortic Arch (from left to right) 1. Brachiocephalic Artery 2. Left Common Carotid Artery 3. Left Subclavian Artery. Then After the Aorta arches it then descends behind the heart and turns into the Descending Aorta which is then classified as either the Thoracic Descending Aorta or the Abdominal Descending Aorta.


What is the most superior portion of aorta?

This is hard to answer with the way you ask. We have tha aorta coming out of the heart, then the brachiocephalic, left common carotic, and right subclavian artery coming off that. If you are asking which is at top, well that's still hard to answer, but I would say the brachiocephalic. That splits into the right subclavian and right common carotid arery.


What are the artiries and veins that lead to the kidney?

The left and right renal arteries and veins branch off from the abdominal aorta.


If a cardiologist inserts a catheter into a patient's right femoral artery which arteries would the tube have to pass through in order to reach the entrance to the left coronary artery?

Right femoral artery, right external iliac artery, right common iliac artery, abdominal aorta, thoracic aorta, descending aorta, aortic arch, ascending aorta, right coronary artery.


Which artery does not directly branch from the abdominal aorta?

uterosacral


Where does the right atrium go after going to the right ventricle?

It goes into the pulmonary arteries. Then on to the lungs. Then into the pulmonary veins. Left atrium then ventricle. Then aorta and its 3 major branching arteries. Then to the abdominal aorta. All turn into veins which lead back to the heart.


What is the path of blood from the heart to the left big toe?

bicuspid valve-->left ventricle of heart-->aortic valve-->ascending aorta--> aortic arch-->thoracic aorta-->abdominal aorta-->right common iliac artery and /or left common iliac artery (abdominal aorta splits to form right and left common iliac arteries, adjust for which leg you follow) -->right external iliac artery -->right femoral artery -->right popliteal artery-->right anterior tibial artery-->right dorsal pedis artery-->right arcuate artery-->right dorsal metatarsal artery-->right dorsal digital artery-->arteriole-->capillary-->venule-->right dorsal digital vein-->right dorsal metatarsal vein-->right dorsal venous arch-->right great saphenous vein-->right femoral vein-->right external iliac vein-->right common iliac vein-->Inferior vena cava-->right atrium of the heart-->tricuspid valve system is highly interconnected and alternative routes can be followed within the arteries and veins of the lower limbs