the digestive system breaks down what we eat the the circulatory system delivers the nutrients to cells for metabolism
the digestive system and the respiratory system, or the lymphatic system and the endocrine system, or the digestive system and the cardiovascular system, or the endocrine system and the cardiovascular system
They work together to deliver nutrients to the cells of the body.
Circulatory systems deliver food and oxygen to cells and remove carbon dioxide and metabolic wastes.
The digestive system and the circulatory system are most directly involved in providing human cells with the molecules needed for the synthesis of fats. The digestive system breaks down food into nutrients that are absorbed into the bloodstream, which is then circulated to cells for cellular processes, including the synthesis of fats.
deliver oxygen and nutrients to the cells, repair the body and fight disease. transport waste products away from the cells.
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they aren't the same. the digestive system is all about convering food into appropriate energy sources and other items used by the body, the circulatory system is where oxygen is carried around the body in the blood stream from the lungs to all the muscles and the brain. digestive - food, eating circulatory - breathing, oxygen, blood
1. digestive and circulatory
Larger organisms develop cells that each do very specific chores. They depend on other cells to deliver the required oxygen and nutrients. The circulatory system allows the cells that are in charge of providing these required substances to the other cells.
The circulatory system works closely to deliver hormones toe the body's cells. Endocrine secretions must be distributed through the blood.
The digestive system and the circulatory system work together to absorb nutrients from food and deliver them to cells throughout the body.
The respiratory system helps to bring oxygen into the body through breathing, while the circulatory system, specifically the cardiovascular system, carries the oxygenated blood to the cells through blood vessels.