… In this work, DNA rotaxanes are composed of a linear DNA axle and a DNA minicircle, as
shown in Fig. 1, both of which have sequences of repeating AT/AT dinucleotides. For the linear …

… Based on the DNA rotaxane design principles, we developed different DNA rotaxanes
derivatives: [2]rotaxane 15 , [3]rotaxane 18 , [2]rotaxane with a reinforced PX100 axle 14 and daisy…

… adding rotaxane rings to squaraine dyes templated with DNA … Specifically, dimers of these
squaraine:rotaxanes exhibit an … Compared with squaraine dimers, squaraine:rotaxane dimers …

… The double-stranded (ds) axle contains three functional regions, namely a T7-promoter, a …
promotor formation, we designed an entirely double-stranded rotaxane-axle, except for a 12 nt …

… of DNA-based daisy chain rotaxane nanostructure (DNA-DCR) composed of two hollow DNA
… the first double-stranded DNA (dsDNA) rotaxane structures, (36) of which the threading of …

… ligands of the helicate the rotaxane might be viewed as a [4]rotaxane with two metal bound
… to the design and rotaxane preparation, and we consider a [2]rotaxane nomenclature to be …

… [22, 23] and can be created by making a transient break on a double-stranded DNA (dsDNA)
ring, which threads to another dsDNA ring in the presence of specific topoisomerases [24, …

… short single - or double-stranded (ss- or ds-) DNA (21, 23, and 58 nt) in a facile manner by
simply mixing the two species together and deliver the DNA strands into noncancerous and …

… of DNA molecular machines are described. Importance of interlocked structures such as DNA
rings, DNA catenanes, and DNA rotaxanes… -stranded DNA (ssDNA), double-stranded DNA (…

… These interlocked structures consisted of both single- (ss) 18 and double-stranded (ds) 16
DNA … the formation of DNA rotaxane and catenane inside a frame-shaped DNA origami. The …