464
M. Akazome and S. Matsumoto
Fig. 22.5 Kodama’s host design of amino-acid-based salt having a hydrazide functional moiety.
a Host and guest structures. b Crystal structure of (S)-ethyl phenyl sulfoxide-included crystals
(CCDC-1577954)
22.3 Installation of Trityl and Related Groups to Construct
Inclusion Crystals
22.3.1 Trityl and Related Groups as Crystal Engineering
Tools to Construct Inclusion Crystals
Trityl groups and related bulky aryl groups are recognized as functional tools for
supramolecular chemistry including crystal engineering. In 2016, Sauvage [19] Stoddart [20], and Feringa [21] were awarded the Nobel Prize in Chemistry. They developed molecules with controllable movements like a tiny lift, artificial muscles, and
minuscule motors.
M. Akazome and S. Matsumoto
Fig. 22.5 Kodama’s host design of amino-acid-based salt having a hydrazide functional moiety.
a Host and guest structures. b Crystal structure of (S)-ethyl phenyl sulfoxide-included crystals
(CCDC-1577954)
22.3 Installation of Trityl and Related Groups to Construct
Inclusion Crystals
22.3.1 Trityl and Related Groups as Crystal Engineering
Tools to Construct Inclusion Crystals
Trityl groups and related bulky aryl groups are recognized as functional tools for
supramolecular chemistry including crystal engineering. In 2016, Sauvage [19] Stoddart [20], and Feringa [21] were awarded the Nobel Prize in Chemistry. They developed molecules with controllable movements like a tiny lift, artificial muscles, and
minuscule motors.