ISOVALERIC ACID SODIUM SALT, [1-14C]
ISOVALERIC ACID SODIUM SALT, [1-14C]
CAS:
Molecular Formula: C5H9NaO2
ISOVALERIC ACID SODIUM SALT, [1-14C] - Names and Identifiers
| Name | ISOVALERIC ACID SODIUM SALT, [1-14C] |
| Synonyms | ISOVALERIC ACID, [1-14C], SODIUM SALT ISOVALERIC ACID SODIUM SALT, [1-14C] |
ISOVALERIC ACID SODIUM SALT, [1-14C] - Physico-chemical Properties
| Molecular Formula | C5H9NaO2 |
| Molar Mass | 126.13 |
ISOVALERIC ACID SODIUM SALT, [1-14C] - Introduction
Isovaleric acid sodium salt, also known as [1-14C] Sodium isovalerate, is a radioisotopically labeled compound with the chemical formula 14C-C5H9COONa.
The properties of the compound are as follows:
1. Appearance: White crystalline solid.
2. Solubility: soluble in water and organic solvents such as ethanol.
3. Stability: relatively stable under normal temperature and pressure.
The main uses of sodium isovalerate include the following aspects:
1. Biochemical research: As a biomarker, radioisotopes can be used to study the metabolism and transformation pathway of isovaleric acid in vivo.
2. Radioactive tracer: due to the radioactive carbon -14 isotope, it can be used to trace and quantitatively analyze the transmission and distribution of isovaleric acid in different systems.
3. Drug research and development: can be used for pharmacokinetic studies and drug pharmacokinetic studies.
Preparation of [1-14C] Sodium isovalerate generally requires labeling with the radioisotope carbon -14. The specific preparation method can prepare radiocarbon -14 by nuclear reaction, and then react with appropriate isovaleric acid, and finally purified.
Regarding safety information, due to its radioactive isotopes, it needs to be strictly controlled and managed. Compliance with relevant international and national radiation safety regulations and guidelines is required during handling and use. Avoid direct contact and ingestion to reduce the risk of harm to the human body. If you need to use, please follow the laboratory or workplace safety procedures for operation, pay attention to personal protective measures, including wearing protective glasses, gloves and laboratory coats.
The properties of the compound are as follows:
1. Appearance: White crystalline solid.
2. Solubility: soluble in water and organic solvents such as ethanol.
3. Stability: relatively stable under normal temperature and pressure.
The main uses of sodium isovalerate include the following aspects:
1. Biochemical research: As a biomarker, radioisotopes can be used to study the metabolism and transformation pathway of isovaleric acid in vivo.
2. Radioactive tracer: due to the radioactive carbon -14 isotope, it can be used to trace and quantitatively analyze the transmission and distribution of isovaleric acid in different systems.
3. Drug research and development: can be used for pharmacokinetic studies and drug pharmacokinetic studies.
Preparation of [1-14C] Sodium isovalerate generally requires labeling with the radioisotope carbon -14. The specific preparation method can prepare radiocarbon -14 by nuclear reaction, and then react with appropriate isovaleric acid, and finally purified.
Regarding safety information, due to its radioactive isotopes, it needs to be strictly controlled and managed. Compliance with relevant international and national radiation safety regulations and guidelines is required during handling and use. Avoid direct contact and ingestion to reduce the risk of harm to the human body. If you need to use, please follow the laboratory or workplace safety procedures for operation, pay attention to personal protective measures, including wearing protective glasses, gloves and laboratory coats.
Last Update：2024-04-10 22:41:03
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