Which of the following is an ammonifying bacteria ?a)Clostridiumb)Azotobacterc)Nitrosococcusd)Bacillus remosusCorrect answer is option 'D'. Can you explain this answer?

Question

Answer

Ammonifying bacteria are bacteria that converts atmospheric nitrogen into ammonia. They can be either symbiotic or non-symbiotic. Symbiotic ammonifying bacteria form root nodules and provides ammonia or ammonium to the plant. Non symbiotic ammonifying bacteria live freely & use ammonia for their own metabolism. Examples of ammonifying bacteria include Bacillus vulgaris and Bacillus ramosus. They release ammonia from protein.

Answer

Ammonifying bacteria are bacteria which convert ammonia into atmospheric nitrogen. ... Non-symbiotic bacteria that ammonify live openly & use ammonia for their own metabolism. Ammonifying bacteria, for example, include Bacillus vulgaris and Bacillus ramosus.

Answer

Bacillus remosus is the ammonifying bacteria and also Bacillus vulgaris

Answer

Ammonifying bacteria are a type of bacteria that convert organic nitrogen compounds into ammonia through the process of ammonification. Ammonification is an important step in the nitrogen cycle, as it helps to recycle organic nitrogen back into inorganic forms that can be used by plants and other organisms.

Among the given options, option 'D' - Bacillus remosus, is an example of an ammonifying bacteria. Bacillus remosus is a Gram-positive bacteria that is commonly found in soil environments. It has the ability to break down organic nitrogen compounds, such as proteins and amino acids, and convert them into ammonia.

Here is a detailed explanation of why Bacillus remosus is an ammonifying bacteria:

1. Ammonification:
Ammonifying bacteria play a crucial role in the nitrogen cycle by converting organic nitrogen compounds into ammonia. This process occurs through the enzymatic breakdown of proteins and amino acids present in dead organic matter.

2. Bacillus remosus:
Bacillus remosus is a species of bacteria that belongs to the genus Bacillus. It is commonly found in soil and has been extensively studied for its various beneficial properties. One of its important characteristics is its ability to carry out ammonification.

3. Organic nitrogen breakdown:
Bacillus remosus utilizes specific enzymes to break down complex organic nitrogen compounds, such as proteins and amino acids, into simpler forms. These enzymes help in the release of ammonia from organic nitrogen, which can then be used by other organisms.

4. Soil enrichment:
The presence of ammonifying bacteria like Bacillus remosus in soil is essential for nutrient cycling and soil fertility. By converting organic nitrogen into ammonia, these bacteria contribute to the availability of nitrogen for plants and other soil organisms.

In summary, Bacillus remosus is an example of an ammonifying bacteria. It is capable of breaking down organic nitrogen compounds and converting them into ammonia through the process of ammonification. This ability makes it an important contributor to the nitrogen cycle and soil fertility.

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