Ammonia Anhydrous Gas (15N, >99%)

Ammonia Anhydrous-15N gas has been used:

• Nitrogen Cycle Studies: Used to trace the movement of nitrogen through soil, plants, and water to study nutrient uptake, fertilizer efficiency, and environmental impact;
• Plant Metabolism: Helps in understanding nitrogen assimilation in plants and the synthesis of amino acids and proteins;
• Ecosystem Studies: Employed to study nitrogen dynamics in various ecosystems, such as forests, wetlands, and marine environments;
• Pollution Tracking: Used to trace sources of nitrogen pollution and understand its pathways in the environment;
• Metabolic Studies: Used in studies of nitrogen metabolism in humans and animals, including protein turnover and nitrogen balance;
• Isotope Tracing: Helps in tracing metabolic pathways and understanding the fate of nitrogen in biological systems;
• Soil Fertility: Used to study the effects of nitrogen fertilizers on soil health and crop productivity;
• Nitrogen Fixation: Helps in researching biological nitrogen fixation by microorganisms;
• Food Web Studies: Used to trace nitrogen through food webs and understand trophic interactions;
• Species Interactions: Helps in studying nitrogen transfer between different species in an ecosystem;
• Stable Isotope Labeling: Used in various scientific fields for labeling compounds to study their behavior and transformations.