Radioisotope tracing method has been widely used in many fields due to its high sensitivity, simplicity, and accurate positioning and quantification. The following are some of the main application areas of radioactive isotope tracing method:

Biomedical field:

Clinical research: used for diagnosing diseases, such as thyroid function testing, renal function assessment, tumor localization, etc.
Medical research: studying the absorption, distribution, metabolism, and excretion processes (ADME) of drugs in the body, as well as the interactions between drugs and living organisms.
Physiological research: The study of various biochemical processes within an organism, such as energy metabolism, protein synthesis, nerve conduction, etc.

In the field of agricultural science:

Fertilization research: Study the effects of different fertilization methods and amounts on crop growth, as well as the absorption and utilization efficiency of fertilizers.
Pesticide research: Evaluate the killing effect of pesticides on pests and weeds, as well as the residue and degradation of pesticides in the environment.
Plant Physiology Research: Investigating the regulatory effects of plant hormones on plant growth and development.

In the field of environmental science:

Pollution monitoring: tracking the distribution, migration, and transformation process of pollutants in the environment, and evaluating the environmental impact of pollutants.
Ecological research: studying the processes of material circulation and energy flow in ecosystems, as well as the impact of human activities on ecosystems.

In the field of geological science:

Geological dating: Using the decay law of radioactive isotopes to determine the age of geological bodies and the time series of geological events.
-Mineral resource exploration: searching and exploring for metallic, non-metallic and other mineral resources, evaluating the reserves and grades of mineral resources.
Industrial sector:
Industrial production process monitoring: monitoring key parameters such as material flow, reaction rate, and product quality during the production process.
Leakage detection: detecting leaks in industrial equipment and pipelines to ensure production safety.
Petroleum exploration and development: used for reservoir exploration, water injection well profile mapping, stratigraphic evaluation, etc.

Basic research in chemistry and physics:

Reaction mechanism research: Revealing the mechanism and kinetic process of chemical reactions.
Research on the Relationship between Structure and Function: Studying the relationship between the structure and function of microscopic particles such as molecules and atoms.

Archaeology:

Antiquities identification: By measuring the content and proportion of radioactive isotopes in cultural relics, the age and source of cultural relics can be inferred.



Radioisotope tracing is a powerful scientific research tool with extensive applications in various fields such as biomedical, agricultural, environmental, geological, industrial, chemical, and physical basic research, as well as archaeology.