Metabolism
During the break-down of amino acids, nitrogen is a waste.
Cells produce ammonia and urea as waste products containing nitrogen when they break down proteins. These waste products are subsequently excreted by the body through processes such as urination and sweating.
Insulin is not produced by pancreatic islet cells. It is produced by beta cells within the pancreatic islets of Langerhans, while glucagon is produced by alpha cells and somatostatin is produced by delta cells in the pancreatic islets.
vacuole
The cells produced after meiosis I are haploid.
the urinary system
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Carbon dioxyde and water(H2O)
Two wastes produced in cells are carbon dioxide, generated during cellular respiration, and urea, a byproduct of protein metabolism. Both of these waste products need to be removed from cells to maintain proper cellular function.
The liver removes wastes from the cells.
Nothing alive can live in a pool of it's own waste products ... that includes the cells of your body.
The blood in the cardiovascular system carries gases, hormones, nutrients, and wastes. Oxygen, nutrients, and certain hormones are carried to the cells; and carbon dioxide, wastes, and certain hormones are carried away from the cells. Hormones are not nutrients or wastes. They are chemical messengers that are secreted by certain cells and carried to other parts of the body where they will have an effect, which depends on the hormone.
Lysosomes have the job of digesting wastes in the cell.
Wastes are carried to the kidneys, the liver, and the skin. Depending on which organ can process them, the wastes are eliminated there.
metabolic activity and function. Cells that are more active in performing their functions will produce more waste products. Additionally, the cell's size and external environment can also influence the rate of waste production.
They will be removed by the excretory system.
they will be removed by the excretory system.