If your circulatory system is not working, you do not need to worry about diseases because you will be dead.
Throughout the Circulatory System. They are part of the Immune System. They are manufactured by the lymphaticsystem.
Oxygen exchanges occur in the lungs where the circulatory system takes in oxygen and releases carbon dioxide into the lungs. Oxygen exchanges also occur in the capillaries where the circulatory system delivers oxygen to the cells and picks up carbon dioxide from the cells.
The process that would likely occur in an open circulatory system would be that food would travel from one end to the other without much absorption. With an open circulatory system, fluid is used to take in food and excrete waste.
By diffusion across a capillary wall.
The alveoli at the end of bronchioles allow gas exchange to occur.
A person may suspect their circulatory system is not functioning properly if they experience symptoms such as persistent fatigue, shortness of breath, chest pain, or swelling in the legs and ankles. Additionally, they might notice irregular heartbeats, cold or numb extremities, or skin discoloration. If these symptoms occur, it's important to seek medical evaluation for a proper diagnosis.
Malnutrition, starvation, organ failure, immune system compromise.
Unicellular: Exchanges occur directly with enviroment Multicellular: Diffusion is not possible unless diffusion across body surface. Transporting substances over long distance in animals.
These diseases are called autoimmune diseases. In these conditions, the immune system mistakenly attacks and damages the body's own tissues.
Our kidneys are the primary site of osmosis in our bodies. Under direction of the hypothalamus in the brain, the kidneys expel water and salt as necessary to maintain the optimal levels for the cells in our body to function.in short kidneys are the part of circulatory system where osmosis occur.
All kinds of diseases occur like lung diseases and problems with the heart!!!!! DON'T SMOKE!!!!!!!!!!!!!!!!!!!!!!!!!!
In an open circulatory system, a tubular heart pumps hemolymph into a hemocoel (a system of interconnected sinuses), where chemical exchange can occur with the "bathed" tissues. The hemolymph diffuses back to the heart. This creates a sluggish blood flow because of low pressure & low oxygen content, resulting in low efficiency. In a closed circulatory system, a muscular heart pumps blood into large vessels that branch into smaller vessels that course through the organs. The blood is confined to vessels and are distinct from the interstitial fluid. Basically, an open circulatory system is somehow connected to the environment, while the closed circulatory system is just confined in the animal's body.