Description

Chemical Name:Tropinone

Cas No:532-24-1

EINECS No:208-530-6

Synonyms:TIMTEC-BB SBB006924;1αH,5αH-Tropan-3-one;Tropanone (6CI);Tropinone (7CI);

Molecular Formula:C8H13NO

Molecular Weight:139.2

Molecular Structure:

Tropinone has high chemical reactivity, and the active sites such as keto carbonyl and nitrogen atom in its molecular structure enable it to participate in a variety of chemical reactions. For example, it is prone to reduction, oxidation, condensation and other reactions, and these reaction characteristics provide a basis for the synthesis of various alkaloids and related drugs.
Importance as an alkaloid precursor: It is a key precursor substance in the synthesis of tropane alkaloids. Its unique ring structure and chemical properties determine its important position in the alkaloid synthesis pathway, and it can be converted into other biologically active alkaloids through a series of chemical reactions.

It is an important intermediate for synthesizing drugs such as atropine, scopolamine, and anisodamine. These drugs have a wide range of clinical applications. For example, atropine can be used to relieve smooth muscle spasms, inhibit glandular secretion, and treat organophosphorus poisoning; scopolamine is often used for pre-anesthetic administration and the treatment of motion sickness; anisodamine can be used to treat gastrointestinal colic, biliary spasm, etc.
In the process of drug development, tropinone and its derivatives can be used as tool compounds to study drug action mechanisms, structure-activity relationships, etc., to help scientists better understand the interaction between drugs and biological targets.
In organic chemistry research, tropinone is an important model compound that can be used to study chemical reaction mechanisms and develop new synthetic methods. Its unique structure and reactivity provide an ideal research object for organic chemists, which helps promote the development of organic synthetic chemistry.
It has certain biological activity against certain pests and can be used as a lead compound for natural product pesticides for research and development. By modifying and transforming the structure of tropinone, it is possible to develop new green pesticides and reduce the pollution of chemical pesticides to the environment.

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