decomposers
The nitrates in nitrogenous waste reduce the oxygen carrying capabilities of the haemoglobin in the blood of animals. Since plants do not have haemoglobin they can absorb it to help them make proteins.
Humans and other animals usually have bacteria that convert nitrates into nitrates in their large intestines. For adults, the presence of these bacteria in the digestive system is not harmful, because the stomach of an adult is so acidic that the bacteria cannot survive. But the stomach of an infant is much less acidic, so the bacteria can move up into the stomach, where they will convert nitrates into nitrites. The nitrites can then pass into the blood of the infant.
Prokaryotic cells (bacteria) are not technically not part of animals, but they are found on and in animals.Animals are Eukaryotes. Meaning that they have cells with a nucleus (unlike bacteria which do not have a nucleus to hold in its DNA); and these cells do not have 'walls' like plants or fungi.Cells in animals differ on what their function is, shape always follows function.
Ammonia is the primary nitrogenous excretory product of urination. It is the main excretory product of animals. Water animals tend to be more tolerant of high ammonia blood levels than land animals.
The three main nitrogenous wastes are ammonia, uric acid and urea.
decomposers
The nitrates in nitrogenous waste reduce the oxygen carrying capabilities of the haemoglobin in the blood of animals. Since plants do not have haemoglobin they can absorb it to help them make proteins.
Humans and other animals usually have bacteria that convert nitrates into nitrates in their large intestines. For adults, the presence of these bacteria in the digestive system is not harmful, because the stomach of an adult is so acidic that the bacteria cannot survive. But the stomach of an infant is much less acidic, so the bacteria can move up into the stomach, where they will convert nitrates into nitrites. The nitrites can then pass into the blood of the infant.
Humans and other animals usually have bacteria that convert nitrates into nitrates in their large intestines. For adults, the presence of these bacteria in the digestive system is not harmful, because the stomach of an adult is so acidic that the bacteria cannot survive. But the stomach of an infant is much less acidic, so the bacteria can move up into the stomach, where they will convert nitrates into nitrites. The nitrites can then pass into the blood of the infant.
animals dont really need nitrogen but for plants, they need nitrogen and they get nitrogen usually in the form of nitrates or bacteria protein, by the work of nitrifying bacteria, putrefying bacteria and nitrogen fixing bacteria
The function of the bacteria are to decompose or get rid of the waste or dead animals in the world.
De composers make nitrates and other minerals from the plants and animals they decomposed, and this helps the animals live longer. The nitrates and other minerals are very nutritious. hope it helps:p
Nitrogen fixation occurs in1 free living bacteria and archaea e.g. Azotobacter, Klebsiella, Clostridium, and Methanococcus,2 bacteria living in symbiotic association with plants such as legumes e.g. Rhizobium3 cyanobacteria e.g. Nostoc, Anabaena, and Trichodesmia.
Yes
Dead plants, dead animals, animal waste, nitric acid rain (made by lightning and the spark when starting a car), and nitrogen fixing bacteria (e.g. rhizobuim).
Prokaryotic cells (bacteria) are not technically not part of animals, but they are found on and in animals.Animals are Eukaryotes. Meaning that they have cells with a nucleus (unlike bacteria which do not have a nucleus to hold in its DNA); and these cells do not have 'walls' like plants or fungi.Cells in animals differ on what their function is, shape always follows function.
Ammonia is the primary nitrogenous excretory product of urination. It is the main excretory product of animals. Water animals tend to be more tolerant of high ammonia blood levels than land animals.