Molecular recognition and the hydrophobic effect explain the solvatomorphic behavior of a hexameric α-cyclic peptoid. Either a pure non-porous crystal form or a stable one-dimensional porous framework is obtained using an appropriate choice of crystallization solvents.
Molecular recognition and solvatomorphism of a cyclic peptoid: Formation of a stable 1D porous framework / Macedi, Eleonora; Meli, Alessandra; De Riccardis, Francesco; Rossi, Patrizia; Smith, Vincent J.; Barbour, Leonard J.; Izzo, Irene; Tedesco, Consiglia. - In: CRYSTENGCOMM. - ISSN 1466-8033. - STAMPA. - 19:(2017), pp. 4704-4708. [10.1039/c7ce01077j]
Molecular recognition and solvatomorphism of a cyclic peptoid: Formation of a stable 1D porous framework
Macedi, Eleonora;Rossi, Patrizia;
2017
Abstract
Molecular recognition and the hydrophobic effect explain the solvatomorphic behavior of a hexameric α-cyclic peptoid. Either a pure non-porous crystal form or a stable one-dimensional porous framework is obtained using an appropriate choice of crystallization solvents.
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