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The ability of thiourea to form adducts with some bi- and tricyclic compounds
Abstract 1. The ability of thiourea to form adducts with 26 bi- and tricyclic compounds was comparatively tested. 2. In the bicyclo[2,2,1]heptane system and in the tricyclic systems studied the presence of one to three methyl groups in different positions does not prevent adduct formation, whereas even a single ethyl, ethylidene or vinyl group in position 2 offers hindrance. The double bond in the nucleus
The ability of thiourea to form adducts with some bi- and tricyclic compounds
Abstract 1. The ability of thiourea to form adducts with 26 bi- and tricyclic compounds was comparatively tested. 2. In the bicyclo[2,2,1]heptane system and in the tricyclic systems studied the presence of one to three methyl groups in different positions does not prevent adduct formation, whereas even a single ethyl, ethylidene or vinyl group in position 2 offers hindrance. The double bond in the nucleus
The ability of thiourea to form adducts with some bi- and tricyclic compounds
Liberman, A.L. (author) / Furman, D.B. (author) / Mil'vitskaya, Ye.M. (author)
1971-11-24
7 pages
Article (Journal)
Electronic Resource
English
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