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1 plication within oriP is at or near the dyad symmetry element.
2 contacts to BS12 and E1 contacts to the dyad symmetry element.
3  of repeats, and 4 are found within the dyad symmetry element.
4 ing crystallographically forbidden five-fold symmetry elements.
5 ling the c-axis and removing one-half of the symmetry elements.
6 ry specified by the combination of C4 and C3 symmetry elements.
7 ts adjacent to 3-fold and 5-fold icosahedral symmetry elements and that folding is slower in regions
8 the binding site relative to the icosahedral symmetry elements, and the orientation of the Fab struct
9 only of the spacer and two surrounding 13 bp symmetry elements arranged in inverse orientation; thus,
10 rted perovskites possess twice the number of symmetry elements as conventionally identified.
11                  Related sites (due to a 222 symmetry element at the center of the active site pore)
12  transcription through binding to three dyad-symmetry elements, Box I, Box II and Box III, located in
13 binding of TRF1, TRF2, and hRap1 to the dyad symmetry element but were not essential for the binding
14  activator binding site, disrupting the dyad-symmetry element, caused constitutive, B6 -independent e
15                          Mutations in a dyad symmetry element centered at position -66 and in a repea
16 ides a unified understanding of how specific symmetry elements dictate layer- and state-dependent spi
17                                     The dyad symmetry element (DS) of EBV's latent origin, a well-est
18 the bovine TH gene promoter formed by a dyad symmetry element (DSE1;-352/-307 bp).
19 ing of three 13 bp protein binding sites, or symmetry elements, flanking an 8 bp spacer region.
20 encephalitic alphaviruses by using different symmetry elements for recognition across VLPs.
21 sults, we were able to identify a 26-bp dyad symmetry element immediately upstream of the -35 regions
22 ough a highly convergent route that exploits symmetry elements inherent within this molecule and deli
23 d lead us to propose the existence of a dyad symmetry element involved in Mor binding.
24 is a multicomponent origin of which the dyad symmetry element is one efficient component.
25 PARP gene in superhelical DNA where the dyad symmetry elements likely form hairpins according to DNas
26                                       A dyad symmetry element located between positions -73 and -59 r
27 ectively associate to generate the different symmetry elements needed to form higher-order architectu
28 c chromosome tethering but removing the dyad symmetry element of oriP does not.
29  this replication in the absence of the dyad symmetry element of oriP.
30                                    Even when symmetry elements of each operator are made identical, C
31      Here we demonstrate that one of the two symmetry elements of olanzapine crystals, an inversion c
32             The traditional crystallographic symmetry elements of screw axes and glide planes are sub
33 nd an icosahedral capsid does not follow the symmetry elements of the capsid.
34  (R,R)-tartaric acid, which destroy existing symmetry elements of the underlying metal and directly b
35 milar to that of the Epstein-Barr virus dyad symmetry element oriP, suggesting a requirement for such
36 f citrate, a putative inducer, only the dyad symmetry element was fully protected by CcpC.
37                                When the dyad symmetry element was mutated, CcpC was no longer able to
38 al product was quickly accessed using latent symmetry elements, whereby a group-selective, Lewis acid
39 ins the family of repeats but lacks the dyad symmetry element whose replication can be detected for a