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1 at hybrids and parental forms are adaptively nonequivalent.
2 domains in these two halves are functionally nonequivalent.
3 posal that these two halves are functionally nonequivalent.
4 fact that DNA strands are complementary and nonequivalent.
5 ogous halves of the ArsA may be functionally nonequivalent.
6 ary components of the ligand-binding site is nonequivalent.
7 nit of CPS are functionally and structurally nonequivalent.
8 PLP sites in cystathionine beta-synthase are nonequivalent.
9 t isotherms and indicates that the hemes are nonequivalent.
10 n this region are important for function and nonequivalent.
11 exonic and intronic replacements between two nonequivalent 5'splice sites in the 469 nt long rbcS3A i
12 which bears primary, secondary, and tertiary nonequivalent abstractable gamma-hydrogens, dramatically
14 l muscle acetylcholine receptor contains two nonequivalent acetylcholine binding sites, one each at t
15 dition reactions involving 1,3-disubstituted nonequivalent allene dienophiles were studied, and some
16 sition alpha2 beta gamma delta are formed by nonequivalent alpha-gamma and alpha-delta subunit interf
17 elements in the HTLV-1 LTR are functionally nonequivalent and suggest that Sp1 can influence HTLV-1
19 rtzite CdS nanorods are crystallographically nonequivalent, asymmetric heterostructures can be produc
20 a spectroscopic characterization of the two nonequivalent beta-carotene molecules in the photosystem
22 potential nucleotide binding sites that are nonequivalent both in the absence and in the presence of
24 ffluxing pump Anabaena AztA are functionally nonequivalent, but only with respect to zinc resistance.
27 DOR spectroscopy confirm the presence of two nonequivalent CN(-) ligands and delocalized spin density
28 and precursors for graphenic C phases, five nonequivalent CO species have been distinguished, eviden
32 risingly, meta-substituted phenyl rings with nonequivalent constitutions (i.e., O(4)O(5) oxazole term
34 hium atoms in all crystal structures adopt a nonequivalent coordination protocol and exist in two dif
37 s in situ, we show that these enzymes act as nonequivalent decision gates, determining context-depend
41 translocating potential are cooperative and nonequivalent due to the interaction-dependent reorganiz
42 rified that 32 (74%) of the 43 patients with nonequivalent durations of response (> 30 days differenc
43 supramolecular species composed of a pair of nonequivalent Dy(III)-radical complexes exhibits single-
44 ension of this approach to proteins with two nonequivalent EF-hand Ca(2+)-binding sites--rat beta par
46 ach such dimer contains two CPs in distinct, nonequivalent environments, in contrast to the quasi-equ
47 al and rotational behavior because its three nonequivalent equilibrium structures have nearly identic
48 A sample of 10 000 pairs of ED visits with nonequivalent ESI scores, balanced for each of the 10 po
52 interactions with corepressor components are nonequivalent for these otherwise similar oncoproteins,
53 subtle differences in MAPK signaling confer nonequivalent functions that influence tumor spectra ind
61 tion for molecular structures with multiple, nonequivalent hydrogen bond acceptors are presented.
62 of NAC and EEC were temporally different and nonequivalent in magnitude, immunologic responses were s
67 orders of flexible ethyl groups coupled with nonequivalent intra- and interlayer interactions are the
72 an ATP dependent manner by utilizing its two nonequivalent nucleotide binding domains (NBDs) to bind
73 an ATP-dependent manner by utilizing its two nonequivalent nucleotide binding domains (NBDs) to bind
75 rms the presence of a radical containing two nonequivalent oxygens as required for a superoxide in ma
76 domains in the elongated Gag subunits, whose nonequivalent packing is reflected in subtly different m
77 ylene protons of the hydroxymethyl group are nonequivalent protons and the hydroxymethyl group is not
78 d rearrangement of disulfide bonds using two nonequivalent redox active-sites, located in two differe
80 rboxylate ligands (both crystallographically nonequivalent), resulting in a 173.3-angstrom cubic unit
81 d sites on the proteasome and play specific, nonequivalent roles in the asymmetric assembly and activ
85 Wnt-dependent reiterative switch to generate nonequivalent sister cells that are born by anterior-pos
88 hile the asymmetric distribution of POP-1 in nonequivalent sisters apparently requires a 124-amino-ac
93 g sites on PLD2 was found to be functionally nonequivalent: Y(169) serves to modulate the activity of