SEARCH Articles Figures Tables Active Rotaxanes as Processive Enzyme Mimics Additive-CD-rotaxanes Amide rotaxanes Amide-Based Catenanes, Rotaxanes and Pretzelanes Amide-linked rotaxane Amphiphilic Single-station Rotaxane-based Devices Amphiphilic rotaxane And rotaxanes Applications of Rotaxanes Azide Chemistry in Rotaxane and Catenane Synthesis Benzylic amide rotaxane Bistable rotaxanes Capping rotaxane synthesis Catenanes and Rotaxanes Incorporating Amide Recognition Sites in Their Components Catenanes rotaxanes and Catenena and rotaxane Chemistry with Amide-Based Catenanes and Rotaxanes Chiral macrocycles rotaxanes Copper -complexed rotaxane Copper -templated synthesis 2]-rotaxanes Copper template rotaxane synthesis Copper-complexed rotaxanes Cu(I) Assembled Rotaxanes CuAAC reaction rotaxanes Cucurbit rotaxanes Cyanine rotaxanated Cyclodextrin rotaxanes Cyclodextrin-containing rotaxanes Cycloenantiomeric rotaxanes Dendritic rotaxanes Dialkylammonium-containing Rotaxanes Double-Crossover Molecules as a Route to Linear Catenanes and Rotaxanes Dye-rotaxanes Electrochemical neutral rotaxanes Electrochemically Controllable Bistable Rotaxanes Electrochemistry rotaxanes Electron Transfer Processes in Rotaxanes and Catenanes Enantiomers, amide rotaxane Experimental 2]rotaxane Extending the Amide-Based Template Synthesis to Rotaxanes Formation of Rotaxanes Functional rotaxanes Hetero rotaxanes Hydrogen Bonded Rotaxanes and Catenanes Hydrogen Bonding Interaction Used for Complexation to Rotaxane Structure Hydrogen-bonded rotaxanes Induced Switching of the Bistable Rotaxanes Interlocked molecules rotaxanes Interlocked rotaxanes Isomeric rotaxanes Linkers rotaxane Mechanical rotaxanes Mechanically interlocked molecules rotaxanes Metal-Assembled Catenanes, Rotaxanes, and Knots Metal-Containing Rotaxanes Metal-organic rotaxane frameworks Mobility, rotaxanes/catenanes Molecular electronics, rotaxanes Molecular redox-driven rotaxanes Molecular rotaxanes Multi-rotaxanes Multiple rotaxanes Novel Supramolecular Architectures—Catenanes, Rotaxanes, and Knots Organic Template-Directed Syntheses of Catenanes, Rotaxanes, and Knots Other Catenanes and Rotaxanes Permanent Dye Encapsulation Inside Rotaxanes Phenanthroline-containing rotaxanes Phenolate, rotaxane Photoinduced Intramolecular Electron Transfer Within Porphyrinic Rotaxanes Photoisomerizable rotaxanes Poly rotaxane Poly rotaxanes Poly-pseudo-rotaxanes Porphyrin Arrays with Noncovalently Assembled Components Incorporated in Rotaxane Structures Porphyrin triads rotaxane Porphyrins stoppered-rotaxanes Pre rotaxanes Pseudo-rotaxane Pseudo-rotaxanes Redox-switchable rotaxanes Ring opening rotaxanes Ring-Closing Metathesis 2] Rotaxane Rotation Rotaxanes Rotaxane Rotaxane Chemistry Rotaxane amide-containing Rotaxane and Catenane Structures Involving Cyclodextrins Rotaxane bistable Rotaxane catalytically active Rotaxane cationic Rotaxane charge-transfer Rotaxane charged Rotaxane clipping Rotaxane coordination polymers Rotaxane coordination polymers frameworks Rotaxane electrochemical oxidation Rotaxane entities Rotaxane formation Rotaxane host-guest Rotaxane hybrid Rotaxane hydrogen bonding Rotaxane hydrogen-bonded Rotaxane mechanism Rotaxane metal complex Rotaxane molecules Rotaxane natural Rotaxane palindromic Rotaxane peptide-based Rotaxane photoactive Rotaxane photoinduced electron transfer Rotaxane photoswitchable Rotaxane pseudorotaxane Rotaxane reaction Rotaxane redox active Rotaxane self-assembly Rotaxane shuttle Rotaxane slippage Rotaxane solvation Rotaxane statistical threading Rotaxane stoppers Rotaxane structure Rotaxane structure synthesis Rotaxane structure, donor-acceptor Rotaxane structure, donor-acceptor complexes Rotaxane switching Rotaxane synthesis Rotaxane template Rotaxane threading Rotaxane unthreading Rotaxane wheel Rotaxane, organic synthesis Rotaxane-based molecular shuttle Rotaxane-like Rotaxane-type Rotaxane/dibenzo-24-crown-8 macrocycle Rotaxanes Rotaxanes - Threading Molecular Rings Rotaxanes 2] rotaxane Rotaxanes 3], amide-type Rotaxanes 3], symmetrical Rotaxanes 3], unsymmetrical Rotaxanes Containing Cyclodextrins Rotaxanes Containing Transition Metals Rotaxanes Containing Transition Metals From Electronic to Molecular Motion Rotaxanes Ruthenium complexes Rotaxanes amide based synthesis Rotaxanes amide-based Rotaxanes ammonium salts Rotaxanes anion template effect Rotaxanes anion templated assembly Rotaxanes anion-assisted template synthesis Rotaxanes architectural features Rotaxanes aromatic donor-acceptor interactions Rotaxanes azo-dye Rotaxanes centres Rotaxanes chirality Rotaxanes clipping Rotaxanes clipping procedure Rotaxanes compartmental Rotaxanes constitution Rotaxanes crystal structure Rotaxanes cyclodextrin-based Rotaxanes cyclodextrins Rotaxanes cyclophane shuttling Rotaxanes defined Rotaxanes deprotonated Rotaxanes directed approaches Rotaxanes dumbbell-shaped component Rotaxanes electrochemically controlled switching Rotaxanes electrochemically driven Rotaxanes electron exchange Rotaxanes foldamers Rotaxanes formation Rotaxanes functionality Rotaxanes hydrogen-bond Rotaxanes hydrogen-bonding Rotaxanes light-driven Rotaxanes linear movements Rotaxanes molecular machines Rotaxanes molecular shuttle Rotaxanes molecular string Rotaxanes molecular switch based Rotaxanes morphology Rotaxanes nomenclature Rotaxanes occurring Rotaxanes oligorotaxanes Rotaxanes peptide-based Rotaxanes photoinduced Rotaxanes pillar arene-based Rotaxanes polymeric Rotaxanes polyrotaxanes Rotaxanes process Rotaxanes pseudopolyrotaxanes Rotaxanes recognition sites Rotaxanes redox control Rotaxanes redox-active units Rotaxanes ring rotation Rotaxanes ring shuttling Rotaxanes shuttles Rotaxanes shuttling process Rotaxanes slipping Rotaxanes stability Rotaxanes statistical approach Rotaxanes statistical threading Rotaxanes stereochemistry Rotaxanes structure Rotaxanes structure formula Rotaxanes supramolecular polymers Rotaxanes switchable Rotaxanes synthetic Rotaxanes synthetic methodology Rotaxanes template synthesis Rotaxanes template-directed synthesis Rotaxanes templated rotaxane synthesis Rotaxanes templated synthesis Rotaxanes threading Rotaxanes threading procedure Rotaxanes topological chemistry Rotaxanes topological chirality Rotaxanes topologically chiral Rotaxanes transition metal complexes Rotaxanes transition metal-controlled Rotaxanes transition-metal-controlled threading Rotaxanes transition-metal-templated synthesis Rotaxanes triggered molecular motions Rotaxanes with dendritic stoppers Rotaxanes with fullerene stoppers Rotaxanes with porphyrin stoppers Rotaxanes, catenanes and knots Rotaxanes, characteristics Rotaxanes, polythiophenes Rotaxanes, porphyrin-incorporating Rotaxanes, synthesis Rotaxanes: From Random to Transition Rotaxanes: From Random to Transition Metal-Templated Threading of Rings Sacrificial rotaxanes Self-assembly of rotaxanes Simple Charged Rotaxanes Squaraine rotaxanes Statistical Approaches to Catenanes and Rotaxanes Structural chemistry rotaxane structure Superexchange rotaxanes Supramolecular rotaxane derived architectures Supramolecular rotaxane polymer Supramolecular rotaxane shuttles Supramolecular rotaxanes Switches rotaxanes Synthesis of rotaxanes Template 2]rotaxanes Template Effects for the Syntheses of Rotaxanes, Catenanes, and Knots Templated rotaxane synthesis Tetra rotaxane The Best Amphiphilic Bistable Rotaxane-based Device to Date Threaded rotaxane-type compounds Threading of rotaxanes Topology rotaxanes Transition metal-complexed catenane rotaxane Transition metal-templated formation of -catenanes and -rotaxanes Transition metals template synthesis of rotaxanes Transition-metal-templated synthesis of rotaxanes Uncharged Amide-containing Rotaxanes Van der Waals Interactions in the Synthesis of Rotaxanes