… Using viruses from different families, we demonstrate that the icosahedral designs embodied
… science where icosahedral structures play an important role, and also provides designs for …

… The ability to design megadalton-scale materials with atomic-… requires larger assemblies;
icosahedral symmetry is the highest … We set out to design two-component icosahedral protein …

… specified, highly ordered icosahedral structures would open … the computational design of a
25-nanometre icosahedral … of icosahedral particles nearly identical to the design model. The …

… By contrast, the specificity in the primitive icosahedral designs precludes the possibility of
a competing one-component crystal and both primitive icosahedral systems were able to …

… trimeric faces of the icosahedron would be. Of these, one design showed further promise …
void around where the C3 axis of the icosahedron would be in our design model. As such, we …

… one-dimensional algorithm of modular design does describe the structure of icosahedral
clusters. The angles between the adjacent C5 axes in the icosahedron are equal to 63.5, which …

… examination of geometry of icosahedral geodesic domes, … The superposition of fullerene
and dome designs is used to … designs without a clearly visible geometry of the icosahedron. …

… -packing, will require more complex designs. This situation highlights a direct relationship
… The present contribution extends this idea to icosahedral viral capsids. We will design cost …

… design rule and growth sequence. This cluster of clusters growth mechanism from a single
icosahedron (13 atoms) to an icosahedron … atom to a 13-atom icosahedron, as depicted in Fig. …

… With an 75 nm diameter, our T=4 icosahedral design has considerably more interior volume
available for packaging nucleic acid and other cargoes than previously designed 1 and 2 …