Uricotelics

Animals with ammonotelic properties

As soluble ammonia, an ammonotelic organism excretes nitrogenous waste from its body. The ammonia produced as a byproduct or waste is extremely toxic. Because it is highly soluble, it requires a large amount of water for excretion.

Example- The majority of aquatic animals, including protozoans, crustaceans, platyhelminthes, cnidarians, poriferans, echinoderms, fishes, and amphibian larvae and tadpoles, are ammonotelic.

Animals that are ureotelic Ammonotelic

Ammonotelic excretion is the term used to describe the process of excreting nitrogenous waste in the form of ammonia. Ammonotelism is the term used to describe the phenomenon. In their excreta, urea acid is excreted by a variety of animals, including birds, amphibians, reptiles, most aquatic animals (including fish), some terrestrial invertebrates (such as larvae), and mammals (such as humans).

Animals that are ureotelic

A ureotelic organism is one that excretes excess nitrogen in the form of urea. In comparison to ammonia, urea is less toxic and requires less water to produce. It is excreted by the uricotelic organism, which is uric acid or its salts. Uric acid, in contrast to ammonia and urea, is the least toxic and the least soluble in water of the three compounds. It has the ability to be stored in cells and body tissues without causing toxic effects, and as a result, it requires the least amount of water and is the most efficient mode of excretion when compared to the other two.

Example- Cartilaginous fish, a few bony fishes, adult amphibians, and mammals (including humans) are all examples of ureotelic organisms.

Animals that are uricotelic

Uricotelic organisms are organisms that excrete uric acid waste and are found in a variety of environments. In most cases, the excreta of uricotelic organisms is a white paste that contains insoluble solids or semi-solids. It only takes a small amount of water to flush out the uric acid.

Example- Arthropods (including insects) and birds are among the species of uricotelic organisms that exist on the terrestrial plane. 

Conclusion

As soluble ammonia, an ammonotelic organism excretes nitrogenous waste from its body. Fishes and amphibian larvae and tadpoles are among the ammonotelic animals, which include protozoans, crustaceans, platyhelminthes, cnidarians, poriferans, echinoderms, and other aquatic animals. A ureotelic organism is one that excretes excess nitrogen in the form of urea. In comparison to ammonia, urea is less toxic and requires less water to produce. Cartilaginous fish, a few bony fishes, adult amphibians, and mammals (including humans) are all examples of ureotelic organisms. It is excreted by the uricotelic organism, which is uric acid or its salts. Uric acid is the least toxic and least soluble in water of the three compounds studied: ammonia, urea, and urea. It has the ability to be stored in cells and body tissues without causing toxic effects, and as a result, it requires the least amount of water and is the most efficient mode of excretion when compared to the other two methods. Arthropods (including insects) and birds are among the species of uricotelic organisms that exist on the terrestrial plane. In most cases, the excreta of uricotelic organisms is a thick white paste.