Carbaryl-(methyl-d3)
CAS: 1433961-56-8
Molecular Formula: C12H11NO2
Carbaryl-(methyl-d3) - Names and Identifiers
Carbaryl-(methyl-d3) - Physico-chemical Properties
| Molecular Formula | C12H11NO2 |
| Molar Mass | 201.23 |
| Storage Condition | 2-8℃ |
Carbaryl-(methyl-d3) - Introduction
Refers to the deuterium isotope replacement of the hydrogen atom in the carbaryl molecule. The properties of carbaryl are similar to carbaryl non-isotopes, but its accompanying deuterium atoms increase the molecular mass, so it has important application value in the field of mass spectrometry.
The main use of
is as a standard or internal standard for the quantitative analysis of compounds in scientific research based on mass spectrometry. In the fields of pharmacokinetics, environmental monitoring and pesticide residue analysis, it can be used to determine the metabolic pathway of carbaryl and its fate and residue in the environment.
The common method of preparation is to react a reagent containing deuterium atoms with carbaryl raw materials through synthetic chemical methods to synthesize. Specific synthetic methods may use different chemical reactions to introduce deuterium atoms as desired.
Regarding the safety information, it is a chemical that needs to be handled in accordance with relevant safety procedures. When using or storing, observe safe practices, use personal protective equipment and take care to avoid contact with skin and eyes. If ingested or inhaled by mistake, seek medical attention immediately. During the treatment, the waste should be treated according to relevant regulations to avoid pollution and harm to the environment. It is best to operate in a specialized area of a chemical laboratory and indicate that the substance is a toxic or dangerous chemical in accordance with the relevant regulations.
The main use of
is as a standard or internal standard for the quantitative analysis of compounds in scientific research based on mass spectrometry. In the fields of pharmacokinetics, environmental monitoring and pesticide residue analysis, it can be used to determine the metabolic pathway of carbaryl and its fate and residue in the environment.
The common method of preparation is to react a reagent containing deuterium atoms with carbaryl raw materials through synthetic chemical methods to synthesize. Specific synthetic methods may use different chemical reactions to introduce deuterium atoms as desired.
Regarding the safety information, it is a chemical that needs to be handled in accordance with relevant safety procedures. When using or storing, observe safe practices, use personal protective equipment and take care to avoid contact with skin and eyes. If ingested or inhaled by mistake, seek medical attention immediately. During the treatment, the waste should be treated according to relevant regulations to avoid pollution and harm to the environment. It is best to operate in a specialized area of a chemical laboratory and indicate that the substance is a toxic or dangerous chemical in accordance with the relevant regulations.
Last Update：2024-04-09 21:32:50
