0
to what tissue? The pulmonary artery carries oxygen depleted blood to the lungs, where the red blood cells exchange carbon dioxide for oxygen. The pulmonary vein carries oxygen enriched blood from the lungs back to the heart. All other tissue requires other arteries to carry oxygen rich blood to them.
What else can I help you with?
What does the circulatory system deliver to the cell?
Circulatory systems deliver food and oxygen to cells and remove carbon dioxide and metabolic wastes.
Does the circulatory system give oxygen into the body?
Kind of, the body system that is most known for that is the respiratory system, but the red blood cells do deliver oxygen to the muscles.
What three things does the circulatory system deliver to body cells?
The circulatory system transport oxygen and respiratory material (food) to the billions of our body cells.
What would happen if your circulatory system did not deliver oxygen to your body's cells?
If the circulatory system failed to deliver oxygen to the body's cells, those cells would begin to suffer from oxygen deprivation, leading to a condition known as hypoxia. Without adequate oxygen, cells cannot perform essential metabolic processes, resulting in impaired function and eventual cell death. This can cause widespread organ failure and, if not corrected quickly, can be fatal. Ultimately, the body's ability to sustain life depends on the efficient delivery of oxygen through the circulatory system.
How does the respiratory system deliver oxygen to the cells?
The respiratory system delivers oxygen to the cells through the process of gas exchange. When you inhale, oxygen from the air enters your lungs and is then transferred to the bloodstream. The oxygen-rich blood is then carried by the circulatory system to the cells in the body where it is used for cellular respiration.
What does the cs deliver to the body cells?
Carbon dioxide (CO2) is delivered to body cells by the circulatory system. It is produced as a waste product of cellular respiration and needs to be removed from the body. Oxygen is delivered to body cells by the respiratory and circulatory systems to support cellular metabolism and provide energy for various cellular processes.
What part of the circulatory system carries the nutrients and removes wastes from the body cell?
The circulatory system is the system in the body that is responsible for the transportation of materials throughout the body. Red blood cells move through the circulatory system deliver oxygen and water to the cells in the body and takes away waste products.
Which two body systems interact to send oxygen throughout the body?
The respiratory system and the circulatory system work together to deliver oxygen throughout the body. The respiratory system is responsible for taking in oxygen through the lungs, while the circulatory system transports oxygen-rich blood to all the cells in the body.
Whic body system supplies nutrients and oxygen to the cells?
The circulatory system is responsible for supplying nutrients and oxygen to the cells. It does this by transporting blood, which carries these essential substances, throughout the body. Blood is pumped by the heart and circulated through blood vessels to deliver oxygen and nutrients to cells and tissues.
How do the digestive and circulatory systems deliver food to cells?
the digestive system breaks down what we eat the the circulatory system delivers the nutrients to cells for metabolism
How does the circulatory system and respiratory system work?
They both work to provide oxygen to the cells. The respiratory system provides air to the circulatory system. The the blood from the circulatory system delivers oxygen to the cells. For more help search on the internet. :)
Which system is responsible for delivering oxygen and nutrients to cells?
The circulatory system, consisting of the heart, blood vessels, and blood, is responsible for delivering oxygen and nutrients to cells throughout the body. Oxygen and nutrients are transported in the blood and carried to tissues where they are needed for cellular function.
