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Ammonification is release of ammonia from amino acids during the decomposition of proteins. Bacteria that causes Ammonification is Bacillus ramosus (attracted by ammonia).
ammonification
Ammonification is release of ammonia from amino acids during the decomposition of proteins. Bacteria that causes Ammonification is Bacillus ramosus.
No, the Chloroplast is the same thing as the plastid.
Not quite, but almost the same thing.
Aminization is the first step in soil mineralization in which proteins are broken down into amino acids such as NH4+. Heterotrophic organisms (require carbon); bacteria and fungi convert proteins in organic residues to amino acids, amines, and urea. The next step in the mineralization process is Ammonification. Aerobic and anaerobic bacteria, fungi, and actinomycetes are active in conversion of aminization products to NH4+ (Soil moisture and temperature optimums important in microbial population activity) If we go through aminization and ammonification the net result is NH4 but the plant wants NO2- and NO3- (nitrification)
Ammonification is release of ammonia from amino acids during the decomposition of proteins. Bacteria that causes Ammonification is Bacillus ramosus.
Ammonification is release of ammonia from amino acids during the decomposition of proteins. Bacteria that causes Ammonification is Bacillus ramosus (attracted by ammonia).
ammonification
Ammonification is release of ammonia from amino acids during the decomposition of proteins. Bacteria that causes Ammonification is Bacillus ramosus.
if c/n<20... ammonification if c/n>20... ammonia assimilation
ammonia
The Nitrogen Cycle has five steps which include; Nitrogen Fixation, Nitrification, Assimilation, Ammonification, and Denitrification.
Nh3 + h2o-----> nh4oh ----->(nh4)^+ + (oh)^-
transformation of ammonia from ammino acids
mineralization
17 million years