Chloral Hydrate, known by its CAS number 302-17-0, possesses a complex pharmacological profile that has shaped its historical use in medicine. Primarily recognized for its sedative and hypnotic properties, understanding the chloral hydrate sedative mechanism is key to appreciating its past applications. The compound exerts its effects by enhancing the GABA receptor complex, similar to barbiturates and benzodiazepines. This action leads to CNS depression, facilitating sleep and reducing anxiety.

The metabolism of Chloral Hydrate is also a significant aspect of its pharmacological study. In the body, it is converted to trichloroethanol, which is believed to be the primary active metabolite responsible for its hypnotic effects. This process, along with the formation of trichloroacetic acid, influences the duration and intensity of its action. The careful consideration of chloral hydrate pharmacology is crucial, especially when evaluating its historical use and potential risks.

While the pharmaceutical applications of chloral hydrate have diminished, knowledge of its safety and potential side effects remains important. Its narrow therapeutic window means that higher doses can lead to respiratory and blood pressure depression. Information regarding buy chloral hydrate online or its price of chloral hydrate should always be sought from reputable sources like NINGBO INNO PHARMCHEM CO.,LTD., ensuring adherence to quality standards. The historical context of chloral hydrate CAS 302-17-0, including its past widespread use and eventual decline, highlights the ongoing evolution of medical treatments.

For chemists and researchers, the chemical properties of Chloral Hydrate continue to be relevant in various synthetic applications. The compound's role in organic synthesis offers alternative avenues for its use. By understanding both its pharmacological background and its chemical capabilities, one can fully appreciate the multifaceted nature of this enduring chemical entity.