Monoamine Oxidase Inhibitors

The article contains sections titled: 

1.	Acetic Anhydride	
1.1.	Physical Properties	
1.2.	Chemical Properties	
1.2.1.	Acetylation	
1.2.2.	Dehydration	
1.2.3.	Reactions of the α-Protons	
1.2.4.	Reactions of a Single Carbonyl Group	
1.2.5.	Production of Silver Ketenide	
1.3.	Production	
1.3.1.	Ketene Process	
1.3.1.1.	Production of Ketene	
1.3.1.2.	Reaction of Ketene with Acetic Acid	
1.3.1.3.	Pure Anhydride Distillation	
1.3.1.4.	Environmental Problems	
1.3.2.	Oxidation of Acetaldehyde	
1.3.3.	Carbonylation of Methyl Acetate	
1.4.	Analysis	
1.5.	Quality Specifications	
1.6.	Storage and Transportation	
1.7.	Uses	
2.	Mixed Fatty Acid Anhydrides	
2.1.	Physical Properties	
2.2.	Chemical Properties	
2.3.	Production	
2.4.	Uses	
3.	Economic Aspects	
4.	Toxicology and Occupational Health

Acetic Anhydride and Mixed Fatty Acid Anhydrides

Quinazoline (I) is the building stone for approximately fifty naturally occurring alkaloids isolated from a number of different families of the plant kingdom, from microorganisms and animals [1]. The best known quinazoline alkaloids are peganine (vasicine) (II, R=H) and febrifugine (III).

Ramesh Chandra Arora

Papers

Substituted quinazolonephenoxyethylhydrazines as monoamine oxidase inhibitors.