Great saphenous --> External iliac --> Common iliac --> Inferior vena cava --> Heart --> Pulmonary arteries --> Lungs --> Pulmonary veins --> Heart --> Aorta --> Common carotid --> Internal carotid
Yes , sometimes a leg/foot "goes to sleep" from the lack of blood flow .
Anywhere like the brain or to your foot
Blood travelling 'from' any organ is in the venous system and will pass through the heart to be oxygenated, then into the arterial system on the way 'to' any organ.
A foot will 'go to sleep' when you sit awkwardly and your legs cut off to flow of blood to your foot, then when you move and the blood starts to flow again you get that 'gone to sleep feeling followed by 'pins and needles' as your foot begins to 'wake up'
Why would you want to do that. You would have to cut open the heart and watch the blood move from the pulmonary artery through the heart and into the right radial artery.
'There are certain arteries in a penguins foot that can adjust the blood flow according to the foot temperature.'
Diabetic foot problems can be treated in a pain free method. Daily stimulation can decrease discomfort and increase blood flow to the foot area. The increase in blood flow decreases pain without using a treatment that could be painful to the patient.
Yes, it is possible to die from a foot choke, though it is rare. A foot choke, typically seen in grappling or martial arts, involves applying pressure to the neck using the foot, potentially restricting airflow or blood flow to the brain. If applied for too long or with excessive force, it can lead to unconsciousness, brain damage, or even death. However, fatalities are uncommon, especially in controlled environments like martial arts training.
"Dorsalis pedis" refers to a major artery in the foot that supplies blood to the dorsal aspect of the foot and toes. It is commonly used in medical examinations to assess blood flow to the lower extremities.
When your foot falls asleep, it is because the blood flow has been hindererd in some way and so your foot is not getting enough oxygen. This numbs the nerves which gives you that strange feeling, and paralyses the muscles so that your foot does not work the way its should.
The oxygen rich blood is usually pumped out of the heart from the left side. It is then pumped to the various parts of the body.
Medical professionals can do this by injecting a radioactive isotope into the bloodstream and follow it's progress using imaging equipment (MRI for eg). I can't think of way to do this at home. If you wanted to check the blood supply to your foot, press your toe with your finger, once you have moved your finger, the area should look white briefly then go back to a pinky colour similar to the rest of your foot fairly quickly.