<p>The dotted circles show the various positions for the platinum nanocrystal.</p
The controlled assembly in solution of gold nanocrystals modified by attachment of complementary pro...
Self-assembled nanocrystal-molecule nanostructures have generated significant research interest in r...
<p>Schematic presentation of the different steps taken to retrieve a set of 88 crystal structures of...
<p><i>Actual and calculated distances between gold and platinum nanocrystals for a 50 base-pair DNA ...
Quantitative characterizataion of images of naocrystals and nanostructures is a challenging but impo...
Over the past ten years, methods have been developed to construct discrete nanostructures using nan...
One of the goals of nanotechnology is to enable programmed self-assembly of patterns made of various...
Precise control over the structure of metal nanomaterials is important for developing advanced nanob...
AbstractBranched DNA motifs can be designed to assume a variety of shapes and structures. These stru...
PATTERNING matter on the nanometre scale is an important objective of current materials chemistry an...
Atomic force microscopy has been used for direct visualization of the wrapping of DNA around 30-nm-s...
Nanostructures constructed from metal and semiconductor nanocrystals conjugated to, and organized by...
<p>(A) Line graphs showing representative measurement of the diameter across a twin-like structure o...
<p>A) The helical coordinate system establishes the position of the ligand center of mass with respe...
Structural DNA Nanotechnology uses unusual DNA motifs to build target shapes and arrangements. These...
The controlled assembly in solution of gold nanocrystals modified by attachment of complementary pro...
Self-assembled nanocrystal-molecule nanostructures have generated significant research interest in r...
<p>Schematic presentation of the different steps taken to retrieve a set of 88 crystal structures of...
<p><i>Actual and calculated distances between gold and platinum nanocrystals for a 50 base-pair DNA ...
Quantitative characterizataion of images of naocrystals and nanostructures is a challenging but impo...
Over the past ten years, methods have been developed to construct discrete nanostructures using nan...
One of the goals of nanotechnology is to enable programmed self-assembly of patterns made of various...
Precise control over the structure of metal nanomaterials is important for developing advanced nanob...
AbstractBranched DNA motifs can be designed to assume a variety of shapes and structures. These stru...
PATTERNING matter on the nanometre scale is an important objective of current materials chemistry an...
Atomic force microscopy has been used for direct visualization of the wrapping of DNA around 30-nm-s...
Nanostructures constructed from metal and semiconductor nanocrystals conjugated to, and organized by...
<p>(A) Line graphs showing representative measurement of the diameter across a twin-like structure o...
<p>A) The helical coordinate system establishes the position of the ligand center of mass with respe...
Structural DNA Nanotechnology uses unusual DNA motifs to build target shapes and arrangements. These...
The controlled assembly in solution of gold nanocrystals modified by attachment of complementary pro...
Self-assembled nanocrystal-molecule nanostructures have generated significant research interest in r...
<p>Schematic presentation of the different steps taken to retrieve a set of 88 crystal structures of...
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