structure of POTASSIUM NITRATE-15N-18O3  98+ ATOM %

POTASSIUM NITRATE-15N-18O3 98+ ATOM %

CAS No.: 285978-22-5
M. Wt: 108.09600
M. Fa: KNO3
InChI Key: -

Names and Identifiers of POTASSIUM NITRATE-15N-18O3 98+ ATOM %

CAS Number

285978-22-5

Physical and chemical properties of POTASSIUM NITRATE-15N-18O3 98+ ATOM %

Exact Mass

107.96100

LogP

0.28410

Melting Point

334ºC(lit.)

Molecular Formula

KNO3

Molecular Weight

108.09600

PSA

68.88000

Safety Information of POTASSIUM NITRATE-15N-18O3 98+ ATOM %

Pictograms

Signal Word

Danger

Safety Data Sheet

Supports customized editing of SDS information and downloading in PDF documents.

Applications of POTASSIUM NITRATE-15N-18O3 98+ ATOM %

Potassium nitrate-15N,18O3 has diverse applications:

  • Agricultural Research: Used extensively to study nitrogen uptake and retention in crops.
  • Environmental Studies: Helps trace nitrogen cycling in ecosystems.
  • Pharmaceuticals: Investigated for potential effects on human health related to nitric oxide production.
  • Food Preservation: Acts as a preservative and color fixative in cured meats.

Interaction Studies of POTASSIUM NITRATE-15N-18O3 98+ ATOM %

Research involving potassium nitrate-15N,18O3 often focuses on its interactions with biological systems:

  • Studies have shown that it can influence nitric oxide production in the body, which plays a critical role in regulating blood pressure and vascular function.
  • The compound's effects on microbial communities in soil have been investigated to understand how different forms of nitrogen affect soil health and plant growth.

Biological Activity of POTASSIUM NITRATE-15N-18O3 98+ ATOM %

In biological contexts, potassium nitrate-15N,18O3 is primarily used as a tracer in nitrogen metabolism studies. The stable isotopes allow researchers to track the uptake and assimilation of nitrogen by plants and microorganisms. For instance, studies have shown that using labeled potassium nitrate can help determine how effectively crops utilize nitrogen fertilizers and how much nitrogen is retained in soil organic matter. Additionally, it has implications in understanding nitrogen cycling within ecosystems and can assist in optimizing agricultural practices.