351523-94-9Relevant academic research and scientific papers
A Redox-Switchable Molecular Zipper
Dumartin, Melissa,Lipke, Mark C.,Stoddart, J. Fraser
, p. 18308 - 18317 (2019)
The design and synthesis of artificial molecular switches (AMSs) displaying architectures of increased complexity would constitute significant progress in meeting the challenging task of realizing artificial molecular machines (AMMs). Here, we report the
A Redox-Switchable Molecular Zipper
Dumartin, Melissa,Lipke, Mark C.,Stoddart, J. Fraser
supporting information, p. 18308 - 18317 (2019/11/28)
The design and synthesis of artificial molecular switches (AMSs) displaying architectures of increased complexity would constitute significant progress in meeting the challenging task of realizing artificial molecular machines (AMMs). Here, we report the
Mechanistic evaluation of motion in redox-driven rotaxanes reveals longer linkers hasten forward escapes and hinder backward translations
Andersen, Sissel S.,Share, Andrew I.,Poulsen, Bj?rn La Cour,K?rner, Mads,Duedal, Troels,Benson, Christopher R.,Hansen, Stinne W.,Jeppesen, Jan O.,Flood, Amar H.
supporting information, p. 6373 - 6384 (2014/05/20)
Mechanistic understanding of the translational movements in molecular switches is essential for designing machine-like prototypes capable of following set pathways of motion. To this end, we demonstrated that increasing the station-to-station distance wil
A copper-based shuttling [2]rotaxane with two bidentate chelates in the axis: Steric control of the motion
Collin, Jean-Paul,Durola, Fabien,Lux, Jacques,Sauvage, Jean-Pierre
experimental part, p. 34 - 43 (2011/01/06)
Contrary to most of the other molecular machines based on copper-complexed catenanes or rotaxanes made and investigated in Strasbourg, the present report is dealing with a molecular shuttle for which the copper centre is complexed to two bidentate chelates, regardless of the state of the shuttle. In other words, the axis contains a sterically hindering bidentate chelate, namely a 2,9-diphenyl-1,10-phenanthroline (dpp) derivative, and another but less hindering bidentate chelate, 2,2′-bipyridine (bipy). The synthesis of the [2]rotaxane involves 15 individual chemical steps, excluding the preparation of the macrocyclic component of the [2]rotaxane. The threaded macrocycle is a 39-membered ring which incorporates an endocyclic but non sterically hindering chelate of the 8,8′-diphenyl-3,3′-biisoquinoline family (dpbiiq). The electrochemically-induced gliding motion of the copper-complexed ring from the dpp "station" to the bipy "station" and vice versa is fast on the cyclic voltammetry timescale (milliseconds). The copper(i) state is preferably located on the dpp unit whereas, by oxidising the copper(i) centre to its divalent state, the translation motion takes place to afford the thermodynamically most stable state now involving the bipy chelate.
A Fast-moving copper-based molecular shuttle: Synthesis and dynamic properties
Durola, Fabien,Lux, Jacques,Sauvage, Jean-Pierre
experimental part, p. 4124 - 4134 (2009/11/30)
The present report deals with the synthesis of a two-station [2]ro-taxane consisting of a dpbiiq-incorpo-rating macrocycle (dpbiiq: 8,8′-diphen-yl- 3,3′-biisoquinoline) threaded by a coordinating fragment whose complex-ing units are a dpp and a terpy liga
A rapidly shuttling copper-complexed [2]rotaxane with three different chelating groups in its axis
Collin, Jean-Paul,Durola, Fabien,Lux, Jacques,Sauvage, Jean-Pierre
supporting information; experimental part, p. 8532 - 8535 (2009/12/26)
Fast and furious: The mobile ring of a copper-complexed [2]rotaxane incorporates an endocyclic but nonsterically hindering bidentate chelate. The rotaxane axis contains three different chelates (see picture), and both terminal coordination sites are separ
