1. Bacteria that nitrifies ammonium compounds in the soil (called "nitrifying bacteria"). Example: Nitrosomonas.
2. Bacteria that nitrifies nitrites (NO2-) in the soil (also called "nitrifying bacteria"). Example: Nitrobacter.
3. Bacteria that denitrifies nitrates (NO3-) in the soil (called "denitrifying bacteria"). Example: Pseudomonas denitrificans.
4. Bacteria that "fixes" nitrogen (called "nitrogen-fixing bacteria"). Examples: Rhizobium (which is symbiotic) and Azotobacter (which is free-living).
5. You also have bacteria that putrefies nitrogenous waste (like urea) and the protein in dead organisms. This type of bacteria is called putrefying bacteria.
Bacterial DNA has four nitrogen bases; adenine, guanine, cytosine, and thymine.
The number of nitrogen bases in a bacterial genome can vary depending on the species of bacteria. On average, a bacterial genome may contain around 1 to 10 million nitrogen bases. These nitrogen bases make up the genetic code of the bacteria and are responsible for encoding the information necessary for the bacteria to function and reproduce.
Producers, like plants, are important to the nitrogen cycle because they are able to convert atmospheric nitrogen into a form that can be used by living organisms. Through nitrogen fixation, producers play a key role in making nitrogen available for other organisms in the ecosystem.
The nitrogen cycle is important because it helps regulate the availability of nitrogen, which is an essential nutrient for living organisms. It involves processes such as nitrogen fixation, nitrification, and denitrification, which help convert nitrogen into forms that can be used by plants and other organisms. A balanced nitrogen cycle is essential for maintaining healthy ecosystems and supporting plant growth.
The Haber process generates ammonia by reacting hydrogen and nitrogen. With no nitrogen, the process absolutely will not work.
lightning & bacterial action (nitrogen fixers).
Bacterial DNA has four nitrogen bases; adenine, guanine, cytosine, and thymine.
Describe how each of the DNA nitrogen bases pair together
You think probable to bacterial conversion.
You think probable to bacterial conversion.
The number of nitrogen bases in a bacterial genome can vary depending on the species of bacteria. On average, a bacterial genome may contain around 1 to 10 million nitrogen bases. These nitrogen bases make up the genetic code of the bacteria and are responsible for encoding the information necessary for the bacteria to function and reproduce.
Nitrogen is a pure gas and so is the important one.
NO
without nitrogen our bodys would over oxygenate (get to much oxygen). nitrogen is important for plants, after all they breath in nitrogen and breath out oxygen.
Nitrogen must be cycled through an ecosystem so that the nitrogen is available for organisms to make proteins.
Nitrogen is used in the nitrogen cycle to help plants grow.
Nitrogen is very important in fertilisers.