What is one possible path of blood from the heart to the left hallux and back to the heart?
A. Aorta > left common iliac artery > left internal iliac artery > left femoral artery > left popliteal artery > left posterior tibial artery > dorsal pedal artery > arcuate arteries > dorsal venous arch > left fibular vein > left popliteal vein > left internal iliac vein > left common iliac vein > inferior vena cava
B. Aorta > left common iliac artery > left external iliac artery > left femoral artery > left popliteal artery > left anterior tibial artery > dorsal pedal artery > arcuate arteries > dorsal venous arch > left great saphenous vein > left femoral vein > left external iliac vein > left common iliac vein > inferior vena cava
C. Aorta > left common iliac artery > lleft external iliac artery > left great saphenous artery > left anterior tibial artery > dorsal pedal artery > arcuate arteries > dorsal venous arch > left small saphenous vein > left femoral vein > left internal iliac vein > left common iliac vein > inferior vena cava
D. Aorta > left common iliac artery > left internal iliac artery > left small saphenous artery > left popliteal artery > left posterior tibial artery > dorsal pedal artery > arcuate arteries > dorsal venous arch > left femoral vein > left internal iliac vein > left common iliac vein > inferior vena cava
B. Aorta > left common iliac artery > left external iliac artery > left femoral artery > left popliteal artery > left anterior tibial artery > dorsal pedal artery > arcuate arteries > dorsal venous arch > left great saphenous vein > left femoral vein > left external iliac vein > left common iliac vein > inferior vena cava
You might also like to view...
Night blindness can be treated by administering
A) vitamin A. B) vitamin D. C) vitamin E. D) vitamin K. E) vitamin C.
Solution A contains 5 grams of sugar per liter while solution B contains 2 grams of sugar per liter. The solutions are separated by a selectively permeable membrane. If the solvent in both solutions is water, predict in which direction most of the water molecules will move.
A. Most of the water will move by filtration from solution A to solution B. B. Most of the water will move by active transport from solution B to solution A. C. Most of the water will move by osmosis from solution B to solution A. D. Most of the water will move by simple diffusion from solution A to solution B. E. There will be no movement of water.
If NADH and FADH2 fail to be oxidized as part of the electron transport chain (ETC), what is affected?
A) the phosphorylation and oxidation of glyceraldehyde-3-phosphate B) the regeneration of oxaloacetate C) the electromotive force required to drive the electron transport chain (ETC) D) the formation of acetyl-CoA
What is the most important means by which capillary exchange occurs?
A. exocytosis B. diffusion C. ATP powered pumps D. facilitated diffusion