Substituted anilide esters of PGA.sub.1, 15-alkyl-PGA.sub.1, and 15(R)-15-alkyl-PGA.sub.1, and their racemic forms, and processes for producing them are disclosed. The products are useful for the same pharmacological and medical purposes as PGA.sub.1, 15-alkyl-PGA.sub.1, and 15(R)-15-alkyl-PGA.sub.1, and are also useful as a means for obtaining highly purified PGA.sub.1, 15-alkyl-PGA.sub.1, and 15(R)-15-alkyl-PGA.sub.1 products.
Substituted tolyl esters of PGA.sub.1, 15-alkyl-PGA.sub.1, and 15(R)-15-alkyl-PGA.sub.1, and their racemic forms, and processes for producing them are disclosed. The products are useful for the same pharmacological and medical purposes as PGA.sub.1, 15-alkyl-PGA.sub.1, and 15(R)-15-alkyl-PGA.sub.1, and are also useful as a means for obtaining highly purified PGA.sub.1, 15-alkyl-PGA.sub.1, and 15(R)-15-alkyl-PGA.sub.1 products.
This invention is a group of 4,5,6-trinor-3,7-inter-m-phenylene prostaglandin-type compounds and processes for making them. These compounds are useful for a variety of pharmacological purposes, including hypotensive control and inhibition of platelet aggregation. A typical formula for a PGA.sub.1 type analog is: ##STR1##
Substituted phenyl and naphthyl esters of PGA.sub.1, 15-alkyl-PGA.sub.1, and 15(R)-15-alkyl-PGA.sub.1, and their racemic forms, and processes for producing them are disclosed. The products are useful for the same pharmacological and medical purposes as PGA.sub.1, 15-alkyl-PGA.sub.1, and 15(R)-15-alkyl-PGA.sub.1, and are also useful as a means for obtaining highly purified PGA.sub.1, 15-alkyl-PGA.sub.1, and 15(R)-15-alkyl-PGA.sub.1 products.
Intermediates useful for preparing prostaglandin-type compounds with an alkoxy group replacing the hydroxyl at the C-15 position are disclosed. These products are useful for the same pharmacological properties as the unsubstituted prostaglandins.