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1  helical RNA conformation is nearest that of A form DNA.
2 e specific propensities for the formation of A-form DNA.
3 ometric parameters resembling those found in A-form DNA.
4 ermediate B/A structure over canonical B- or A-form DNA.
5 he ALIEN DNA structures are characterized as A-form DNA and one as B-form DNA.
6 formational switch from B-form to underwound A-form DNA at the polymerase active site.
7 ed molecular orbital is more disperse in the A-form DNA case.
8 R proteins, and here we show that they endow A-form DNA characteristics to the RcnR operator sites.
9 ystal structure of C within a decamer duplex A-form DNA confirmed that C forms a non-perturbing base
10 ion in the crystal structure of the modified A-form DNA decamer duplex [d(GCGTA)-T*-d(ACGC)](2.) In a
11 ned crystal structures of self-complementary A-form DNA decamer duplexes containing single 2'-O-modif
12 lenium functionality is suitable for RNA and A-form DNA derivatization in X-ray crystallography.
13 n, we determined the crystal structure of an A-form DNA duplex with AP-RNA modifications at 1.6-A res
14                 The crystal structure of the A-form DNA duplex with sequence GCGTAT*ACGC (T* = m5s2Um
15 nd the best resolution ever achieved with an A-form DNA duplex.
16 , we have determined the structures of three A-form DNA duplexes containing the following 2'-O-modifi
17              We show that these domains bind A-form DNA in preference to B-form DNA and that the -59
18  and undertwist the promoter, stabilizing an A-form DNA-like conformation.
19 of the single-stranded overhang, and studied A-form DNA-PNA duplexes to provide additional support fo
20 ram (APTE) has located a number of potential A-form DNA promotor elements in the Xenopus genome, five
21         In this work, comparative studies on A-form DNA-RNA duplexes and B-form DNA-DNA duplexes with
22 on within the thumb subdomain to accommodate A-form DNA/RNA and forms multiple hydrogen bonds with te
23 o inhibit Poltheta-pol catalytic activity on A-form DNA/RNA in which the enzyme binds in the open con
24  shallow through the d(A)-r(U) bridge of the A-form DNA:RNA hybrids than through the d(A)-d(T) bridge
25                        Significantly, in the A-form DNA:RNA hybrids, a similar distance dependence is
26 ter requires the presence of both an unusual A-form DNA structure and a CCAAT sequence.
27  DNA structural properties characteristic of A-form DNA structure.
28 onsistent with spontaneous conversion of the A-form DNA to B-form DNA in unconstrained simulations.
29 ility, low stability and a predisposition to A-form DNA, whereas AA steps strongly prefer B-DNA and i