because nitrogen is a toxin in our bodies and we would dye if it didn't leave.
The three main nitrogenous wastes in animals are ammonia, urea, and uric acid. Ammonia is the most toxic and soluble in water, requiring a high volume of water for its excretion. Urea is less toxic and requires a moderate amount of water for excretion. Uric acid is the least toxic and least soluble, needing very little water for excretion.
Excretion is the life function that prevents the accumulation of metabolic wastes in a bald eagle. Through excretion, the bird is able to remove nitrogenous wastes such as uric acid from its body, ensuring that harmful byproducts of metabolism do not build up to toxic levels.
The skin takes part in excretion through the release of sweat, which helps eliminate waste products such as urea, salts, and water from the body. Sweat glands in the skin excrete these waste products through the process of perspiration.
Yes, chilopods excrete wastes. They have Malpighian tubules that help in the excretion of nitrogenous waste in the form of uric acid. These tubules are similar to the excretory system found in insects.
excretion
The three main nitrogenous wastes in animals are ammonia, urea, and uric acid. Ammonia is the most toxic and soluble in water, requiring a high volume of water for its excretion. Urea is less toxic and requires a moderate amount of water for excretion. Uric acid is the least toxic and least soluble, needing very little water for excretion.
Fish are correctly paired with gills for the excretion of nitrogenous wastes and carbon dioxide. Gills are specialized structures that allow fish to exchange these waste products with the surrounding water during respiration.
Most nitrogenous wastes in living organisms originate from the breakdown of proteins and nucleic acids during metabolism. These wastes are then excreted from the body through processes like urine formation in mammals and ammonia excretion in fish.
Excretion is the life function that prevents the accumulation of metabolic wastes in a bald eagle. Through excretion, the bird is able to remove nitrogenous wastes such as uric acid from its body, ensuring that harmful byproducts of metabolism do not build up to toxic levels.
It is similar with defecation only in that both help to overcome nitrogenous wastes in the body. Defecation helps to pass out the solid wastes. But defecation can not be called excretion on the physiological grounds as the waste does not cross any semipermeable membrane as is required in the process of excretion.
The skin takes part in excretion through the release of sweat, which helps eliminate waste products such as urea, salts, and water from the body. Sweat glands in the skin excrete these waste products through the process of perspiration.
Yes, chilopods excrete wastes. They have Malpighian tubules that help in the excretion of nitrogenous waste in the form of uric acid. These tubules are similar to the excretory system found in insects.
Urine contains nitrogenous wastes.
the kidney is referred to as an excretory organ and excretes urea, which is a less toxic form of uric acid.
Embryos do not excrete nitrogenous wastes into the environment but rather rely on the mother's body to remove these wastes through the placenta. The mother's kidneys process the nitrogenous wastes from the embryo's blood and excrete them into her own bloodstream for elimination.
Excretion!:)
The urinary system excretes nitrogenous wastes. The lungs excrete carbon dioxide.