Yes. If they are alive, they will have venous blood, which carries blood to the heart.
no it depends on who old you are and the bigger you are. small children wont have the same amount of blood as adults.
Venous and arterial
Venous blood
when drawing blood,and a patient has a non-venous reaction. a example would be what? the choices are bruise, thrombophlebitis, syncope, or hemstoma.
No. Right atrium is collecting venous (low oxygen) blood from all over the body.
Depending on body size (body surface area) and state of health, the human venous system contains approximately 67-72 percent of the entire blood volume.
pulmonary arterial blood as it has moce CO2 than venous
The influx of carbon dioxide in venous blood.
The venous system is responsible for returning deoxygenated blood from the tissues back to the heart. It transports this blood through a network of veins, which have valves to prevent the backflow of blood. The venous system also plays a role in regulating blood volume and pressure in the body.
interesting fact when blood is in your veins it is blue but when you get a shot oxygen hit you blood and it turns red.
an octopus
This situation happen because VOLUME OF RBCs in venous blood is high. The volume is increased from arterial blood to venous blood because chloride shift that occurred;relate with increase of carbon dioxide in blood.
Arterial blood is under direct pressure from the heart and is oxygen rich, which venous blood is oxygen poor and is under low pressure.
Because that is where all of the venous blood runs through just before it enters the lungs and becomes re-oxygenated. So it is the most mixed up venous blood in the body.
The fluid that is in the dural venous sinuses is venous blood that originates from the brain or cranial cavity. They collect blood from veins on the surface of the brain. Blood from the sinuses empties into the internal jugular veins
Coagulation time is the test in which venous blood is allowed to clot in a test tube.
dural venous sinuses
Valves aid in venous return by preventing the back flow of blood.