it is rich in carbon dioxide
Pathway of glucose and other molecules from renal artery to renal vein is the following . 1 renal artery , 2 arcuate artery ,3 interlobular artery , 4 afferenr renal arteriole , 5 glomerulus , 6 efferent renal arteriole , 7 peritubular network of capillaries including vasa recta , 8 interlobular vein , 9 arcuate vein and 10 renal vein .
No
Renal vein
renal vein
renal vein
The blood in the Renal Vein:* Is low in oxygen. * Returns to the heart. The blood in the Renal Artery:* Has high amounts of oxygen. * Is pumped from the heart.
The renal artery takes blood to the kidney. The renal vein takes blood away from the kidney. In the kidney, the waste product urea is filtered out of the blood. So the main difference is in the amount of urea in the blood: high in the renal artery and low in the renal vein.
urethra
Renal vein.
Afferent - go into the glomerulus and efferent - go out of glomerulus
The renal artery delivers blood to the kidneys.
the renal artery. :) Micaela U. Sanchez
renal artery contains a higher percentage of oxygen as compared tro the renal vein. it also contains a higher percentage of urea as compared to the renal vein as all the urea has been filtered away for excretion in the kidney.
segmental artery, renal artery, renal vein, arcule vein, interlobular vein, interlobular artery
The main function of a renal vein is to carry blood from the kidneys
Renal venography, where a contrast material (dye) is injected into the renal vein before x rays are taken, is one of the best ways to detect renal vein thrombosis.
Renal vein thrombosis develops when a blood clot forms in the renal vein, which carries blood from the kidneys back to the heart. The disorder is not common.