To provide an optically active macrocyclic compound having high discrimination potency and excellent versatility function, a method for producing the compound and uses of the compound.
The invention provides an optically macrocyclic compound having an asymmetry recognition site based on the axial chirality of binaphthyl, a hydrogen bond donative site and a hydrogen bond reception site in the atomic chain constituting the ring, concretely a 25-membered ring compound containing two oxygen atoms and six nitrogen atoms and an optically active macrocyclic compound containing a condensed ring composed of two pyridine rings, two naphthalene rings and one benzene ring. The invention further provides a method for producing the compound.
COPYRIGHT: (C)2008,JPO&INPIT
Takashi Sakai
Daisuke Yata
| JP2005504734A |
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