161775-67-3Relevant academic research and scientific papers
Facile synthesis of calix[4]arenes in ABAC type upper rim substitution
Kwanghyun, No,Jong, Eun Kim,Kyoung, Mee Kwon
, p. 8453 - 8456 (1995)
Calix[4]arenes with three different substituents in ABAC pattern at the upper rim of calix are synthesized by '3 + 1' fragmentation condensation reaction between trimer of p-substituted phenol (ABA) and 2,6-bishydroxymethylated p-substituted phenol (C).
Synthesis and binding behavior of an artificial receptor based on 'upper rim' functionalized calix[5]arene
Haino, Takeharu,Matsumura, Kazumi,Harano, Tetsuya,Yamada, Kaori,Saijyo, Yoshikazu,Fukazawa, Yoshimasa
, p. 12185 - 12196 (2007/10/03)
A new calix[5]arene possessing two benzoic acid moieties was synthesized as an artificial receptor and its ability of binding to a variety of amine guests was investigated. The structures of the complexes with the mines were proposed by the molecular mechanics calculation using MacroModel V. 4.0.
Facile synthesis of calix[5]arenes with three different upper rim substituents
No, Kwanghyun,Kwon, Kyoung Mee
, p. 1293 - 1295 (2007/10/03)
Four calix[5]arenes, which have three different substituents at the upper rim of calix, are synthesized by the '3 + 2' fragmentation condensation reaction. An equimolar mixture of p-substituted phenol trimer (BCB) and 2,2'-bishydroxymethyl p-substituted p
