ライフサイエンスコーパス: icosahedron

1 truncated octahedron, icosahedron, truncated icosahedron).

2 ck into an incomplete, but otherwise perfect icosahedron.

3 rotein dimers needed to form a perfect T = 4 icosahedron.

4 nned Au55 decahedron to 20-fold twinned Au55 icosahedron.

5 bS are organized in a 60-protomers truncated icosahedron.

6 op icosahedron and other three on the bottom icosahedron.

7 stellated on 12 of the 20 faces of the Au13 icosahedron.

8 ee mutually perpendicular 2-fold axes of the icosahedron.

9 chemically identical capsid subunits form an icosahedron.

10 riangles that describes part of an idealized icosahedron.

11 tructure found at a single vertex within the icosahedron.

12 deal with problems concerning the truncated icosahedron.

13 ary clusters from a single atom to a 13-atom icosahedron.

14 nucleus, with the final step completing the icosahedron.

15 type virus, a capsid with 180 CPs in a T = 3 icosahedron.

16 ass, 9 kDa), at symmetrical positions on the icosahedron (160 copies of Hoc and 960 copies of Soc per

17 Ag chemistry: instead, the Ag-centered nido icosahedron, [Ag@Pb(11)](3-), is the only isolated produ

18 sphere-like viruses have the symmetry of an icosahedron and are composed of coat proteins (subunits)

19 g fact given the significant faceting of the icosahedron and dodecahedron.

20 ed devices are shaped into maps of truncated icosahedron and fabricated on flexible sheets and furthe

21 c cluster alignment method, we show that the icosahedron and face-centered cubic SRO increase upon co

22 plex 1 is constructed around a Cu13 centered-icosahedron and formally features partial Cu(0) characte

23 nd six dimeric staples with three on the top icosahedron and other three on the bottom icosahedron.

24 The icosahedron and pentagonal dodecahedron are reciprocal p

25 ls, with the inner one constituting a tilted icosahedron and the outer one showing a distorted dodeca

26 y nanocluster consists of two vertex-sharing icosahedrons and carbene ligands, phosphine ligands, and

27 vitro assembly, inducing formation of T = 1 icosahedrons and tubes, respectively, implying that phos

28 }(+) linkers--spanning an ca. 3-nm truncated icosahedron--are sterically accessible to substrate, and

29 ) 12 gold atoms that form the vertices of an icosahedron around the central atom, whose coordination

30 nt symmetry, and can be viewed as an Sb@Pd12 icosahedron centered inside of an Sb20 dodecahedron.

31 Bacteriophage T4 capsid is a prolate icosahedron composed of the major capsid protein gp23*,

32 the native structure, a 21 MDa pseudo-T = 7 icosahedron consisting of 72 pentamers of the L1 capsid

33 The capsid is a T = 4 icosahedron containing a unique stabilizing capsid linin

34 able for assembly, the native capsid (a T=16 icosahedron) contains 900 copies: six on each of the 150

35 rticles including a tetrahedron, octahedron, icosahedron, cuboctahedron and reinforced cube.

36 Bacteriophage T4 capsid is an elongated icosahedron decorated with 155 copies of Hoc, a nonessen

37 l core consisting of a hollow 12-silver-atom icosahedron encapsulated by a 20-silver-atom dodecahedro

38 set of 2,423,313 species for formation of an icosahedron from 30 dimeric subunits.

39 i.e., Ag13, unlike the common centered Ag13 icosahedron geometry.

40 he tetrahedron, octahedron, dodecahedron and icosahedron) in three-dimensional Euclidean space.

41 before most of the particles reach the T = 7 icosahedron, leading to a broad distribution of VLP size

42 h radially equivalent vertex atoms: Pt@M(12)(icosahedron)@M(30)(icosidodecahedron)@M(12)(icosahedron)

43 (icosahedron)@M(30)(icosidodecahedron)@M(12)(icosahedron)@M(60)(rhombicos idodecahedron)@M(30)(icosid

44 ets, the 111-dimer species is assigned to an icosahedron missing a single facet, and the intermediate

45 rmediate with 104 dimers is attributed to an icosahedron missing two neighboring facets, the 111-dime

46 and 2 have open cage structures based on an icosahedron missing two vertexes.

47 sids contain seven proteins that form a T=16 icosahedron of 1,250-A diameter.

48 , with each complex consisting of a centered icosahedron of 13 clusters, each of 116 atoms with the i

49 m a single 13-atom icosahedron to a 127-atom icosahedron of icosahedra via successive additions of ve

50 and the scaffolding proteins into a prolate icosahedron of precise dimensions.

51 Its two-shell icosahedron of pseudo-Ih symmetry (without isopropyl sub

52 chimedean polyhedra--including the truncated icosahedron or soccer ball--and the 2 rhombic polyhedra

53 The proper symmetry group of a truncated icosahedron P is the icosahedral group PSl(2, 5).

54 rization of a Mackay 55-metal-atom two-shell icosahedron, Pd55L12(mu3-CO)20 (L = PPr(i)3) (1).

55 position of both Cd and Hg is always on the icosahedron shell, rather than at the central or staple

56 This collapse is caused by that distortional icosahedron short range order precedes to perfect icosah

57 The inner icosahedron shows bond lengths typical for elemental gol

58 MgZn2-type CaCd2 phase) encapsulate a Cu-Cd icosahedron similar to those appearing in Cu2Cd5.

59 hedra (with N atom in the center of the Li12 icosahedron) - such icosahedra are not described by Wade

60 from monomeric precursors to afford a mature icosahedron that contains a single "portal" structure at

61 th five contact points per vertex, i.e., the icosahedron, the snub cube, and the snub dodecahedron.

62 (clusters of clusters) from a single 13-atom icosahedron to a 127-atom icosahedron of icosahedra via

63 lyhedra (dodecahedron, truncated octahedron, icosahedron, truncated icosahedron).

64 hedron short range order precedes to perfect icosahedron, which might link to Yb 4f electron delocali

65 The head of bacteriophage T4 is a prolate icosahedron with one unique portal vertex to which the p

66 acets of a tetrahedron, an octahedron, or an icosahedron with the T vertices and connecting edges of

67 as a dimer of face-fused icosahedra (twinned icosahedron) with a common Pd3-face, i.e., [((i)Pr3Sn)3G