“…[9] As a result, considerable advancement has been achieved not only in secondary structures, but also in intrinsic properties such as recognition, chiral amplification, catalysis, and molecular machines triggered by acid/base, light, and the environment. [10] In view of the fact that the tertiary structures are widely adopted by biomacromolecules like proteins, in which multiple helices associate reciprocally to create a platform to perform various functions such as catalysis and recognition, chemists are motivated to assemble these available foldamers into higher-order structures, that is, tertiary structures. [11] For example, Huc et al, [11d] reported that the abiotic proteomorphous foldamer exhibited a tertiary structure like a small protein.…”