Inorganic Fertilizers: Nitrogen & Organic Nitrogen

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SUMMARY

Inorganic fertilizers primarily contain nitrogen sources such as ammonium nitrate and urea. While urea is often misunderstood as an inorganic substance, it is classified as organic due to its carbon content. The discussion highlights the role of bacterial flora in synthesizing nitrogenous compounds from inorganic sources. Additionally, it references the urea cycle and its connection to the Krebs cycle, emphasizing the biochemical processes involved in nitrogen assimilation.

PREREQUISITES
  • Understanding of inorganic fertilizers, specifically ammonium nitrate and urea
  • Basic knowledge of biochemistry, particularly the urea cycle
  • Familiarity with nitrogenous compounds and their significance in agriculture
  • Awareness of the Krebs cycle and its metabolic pathways
NEXT STEPS
  • Research the biochemical processes involved in the urea cycle
  • Explore the role of bacterial flora in nitrogen fixation
  • Study the differences between organic and inorganic fertilizers
  • Learn about the implications of nitrogen sources on soil health and plant growth
USEFUL FOR

Agricultural scientists, biochemists, and anyone involved in fertilizer production or soil management will benefit from this discussion.

Soaring Crane
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In commercial inorganic fertilizers, I know that nitrogen is included in it like urea and nitrate ions, but organic nitrogen is not included in it, right?

Thanks.
 
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Urea is an organic substance; so it can't be regarded as an inorganic fertilizer. Inorganic fertilizers include ammonium nitrate as a rich nitrogen supply. Bacterial flora can deal with this compound to synthesize the required nitrogeneous compounds. I remember the "urea cycle" in my biochemistry lessons; in there, fumaric acid is also produced. Fumaric acid is also present in Krebs' cycle, giving malic acid from succinic acid. I mean that nitrogeneous compounds can combine with some physiologically active compounds to give the required chemicals.
 

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