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1 ke hazard than can be gotten from assuming a random distribution.
2 s, a significant deviation from the expected random distribution.
3 rly every species was more aggregated than a random distribution.
4 binds to S atoms rather than the anticipated random distribution.
5 ation on glomerular capillaries instead of a random distribution.
6 ndances varied among stations resulting in a random distribution.
7 eiosis II when the sister chromatids exhibit random distribution.
8 rientation is hard to control because of its random distribution.
9 ation of 33.33 at.% in both a Janus-like and random distribution.
10 pendent infection events and do not follow a random distribution.
11 r than expected under the null hypothesis of random distribution.
12 23% recall at 14% precision for a background random distribution.
13 ions and spotted hyaenas than predicted by a random distribution.
14 atistically greater than that expected for a random distribution.
15 ith repetitive elements than expected from a random distribution.
16 other coated with the same moieties but in a random distribution.
17 h the Z-score of WT energy in respect to the random distribution.
18 -ordered "raft" domains, wherein they have a random distribution.
19 20 of the 28 sheep chromosomes, suggesting a random distribution.
20 his segregation differs significantly from a random distribution.
21 tered in the basal layer in a patterned, non-random distribution.
22          Other nematodes have a similar, non-random distribution.
23 med that these organizations did not reflect random distributions.
24 able to the superimposition of two simulated random distributions.
25 ly significant immune cell associations from random distributions.
26 enomes, and exhibit striking deviations from random distribution across the genomes studied, includin
27 her apart from each other than expected from random distribution along dendrites.
28                             However, its non-random distribution along the chromosomes constrains the
29 common than anterior cysts and showed nearly random distribution among patients, regardless of age an
30 the actin promoter revealed an approximately random distribution among the chromosomes.
31  expression quantitative trait loci show non-random distribution and enrichment of biological process
32 of plasmid copies at cell division is due to random distribution and not to an active partitioning me
33 heoretical evidence for this plasticity if a random distribution and segregation model of minicircles
34 v) = 4-8, the distributions are broader than random distributions and are complex; i.e., they contain
35                              The small size, random distribution, and variable intermittent axial spa
36 terozygous virion) at ratios expected from a random distribution, and we found that this ratio can be
37 thesis doping of pristine graphene exhibit a random distribution between sublattices.
38 erhead motif is half of that expected from a random distribution, but this fact comes from the low Cp
39  has (15)N(15)N proportions in excess of the random distribution by 19.1 +/- 0.1 per mille.
40                           The symbiont's non-random distribution generates apparent differential sele
41 fined subset of intron positions shows a non-random distribution in ancient genes.
42 Sex- and germline-regulated genes have a non-random distribution in the genome, with especially stron
43 es in normal splenocytes is not due to their random distribution in the interphase nucleus and persis
44 -locus genotypes of the 3 loci deviated from random distributions in these healthy control population
45 ficantly more frequently than predicted from random distribution; increased rates of double infection
46 reveals a highly significant (P < 0.002) non-random distribution, indicating that all three markers a
47 transforms the mosaic of VGluT3 cells from a random distribution into a regular mosaic.
48 imal movement can be adaptive, since not all random distributions lead to similar success in finding
49 xcepting GC%) deviate significantly from the random distribution model and different types of the gen
50 ce to the kth nearest neighbor compared with random distributions, obtained by bootstrap simulations
51           With constitutive resistance, only random distributions occur.
52 e within 1 per mille of that predicted for a random distribution of (15)N and (14)N atoms.
53 and Tap42 that perturb the interaction cause random distribution of actin during the cell cycle and t
54  with the highest number of TGs and most non-random distribution of action modes (measured by Shannon
55      The data also strongly suggest that the random distribution of alleles in the Tetrahymena macron
56  an initially heterozygous macronucleus, the random distribution of alleles of loci carried on these
57  chromosomes, the results of which indicated random distribution of analyzed fragments across all chr
58  simulation suggests that BslO effects a non-random distribution of B. anthracis chain lengths, imply
59 enrichment of CD24 in lipid rafts and a more random distribution of CD44 in the plasma membrane as ca
60               Thus, an organized rather than random distribution of charges may produce adsorbents wi
61 -isoleucine sulfate (poly-l-SUCILS) displays random distribution of coiled/curved filaments with heav
62 the entire basin that triggers a homogeneous random distribution of convective towers.
63 f NTFs along filaments, without altering the random distribution of CTFs.
64                                      The non-random distribution of detected mosaic events throughout
65  is fully oxidized RNase A with a relatively random distribution of disulfide bonds.
66                                 However, the random distribution of donor and acceptor materials in s
67  using a model that describes FRET between a random distribution of donors and acceptors in an infini
68               Here we show that an initially random distribution of either driven rotors in a viscous
69                                          The random distribution of elements across these sites reduc
70 ynaptic forks more often than expected for a random distribution of ENs on SCs.
71                                          Non-random distribution of ERVs along and between chromosome
72 oment of PFWO can be understood based on non-random distribution of Fe cations between the 4a and 4b
73                                        A non-random distribution of gene families, larvae/adult speci
74  distribution based upon the assumption of a random distribution of genes across the 20 soybean linka
75    This clustering, which contrasts with the random distribution of genes down-regulated during senes
76 e Exchange genotype collection reveals a non-random distribution of genotypes within 500 kbp of HMGN1
77                   Here we leverage the as-if-random distribution of grade-mates' genomes conditional
78 tes, the electropositive groove, and the non-random distribution of guluronate in the alginate polyme
79 es and repetitive sequences suggests the non-random distribution of histones and protamines within th
80              Recent studies have shown a non-random distribution of human meiotic recombination assoc
81 ds into clusters of fixed size rather than a random distribution of individual charges.
82  sequences, and in silico mapping revealed a random distribution of insertions over the genome.
83 a47, is the excess of (13)C(16)O(18)O over a random distribution of isotopes in a CO2 molecule.
84 heritance by daughter cells results from the random distribution of lytic granules on the two sides o
85 ps (CAGs) under phenotypic assortment by the random distribution of MAC chromosome pieces.
86                                     However, random distribution of masks is generally suboptimal; pr
87 nitary operators that reproduce the expected random distribution of matrix elements.
88  MXene systems show unlimited solubility and random distribution of metal elements in the metal subla
89 ethylesterification between 60 and 80% and a random distribution of methyl esters.
90 mal untreated rats exposed to ozone showed a random distribution of mild, interstitial inflammatory c
91 tor state and lessens the impact of unequal, random distribution of molecules at cell division on the
92 therwise oligomers should have formed with a random distribution of monomers.
93 han expected from the mutant frequency and a random distribution of mutations.
94 ndard error expected under the assumption of random distribution of nucleotides in a window.
95 )), core plus one partial O-antigen subunit, random distribution of O-antigen chain lengths, acapsula
96                        However, a completely random distribution of origins would generate some unacc
97   Our experimental results demonstrate a non-random distribution of oxygen species in gamma-Al(2)O(3)
98                                          The random distribution of oxygen vacancies and the imperfec
99 al feature of natural communities is the non-random distribution of pairwise interactions between org
100 se, this approach detected a significant non-random distribution of pathogenic and benign variants in
101 ts from hormone-treated cells revealed a non-random distribution of PAX2 binding in the vicinity of t
102                                  Despite the random distribution of perturbed regions within the card
103                                          The random distribution of PHI-BLAST alignment scores is stu
104           Stb appears to promote better-than-random distribution of plasmid copies and is a plasmid i
105 gsA susceptibility was associated with a non-random distribution of quorum sensing and secondary meta
106 lication origins is stochastic, leading to a random distribution of replication initiation.
107  are developed in a framework that assumes a random distribution of resources, uncommon in the natura
108 in infusion from P21 resulted in a spatially random distribution of retrogradely labeled cells at P34
109 trong enthalpy-entropy compensation, and the random distribution of similar inhibitors across the plo
110 has an apparently simple architecture with a random distribution of simple multipolar neurons.
111  line, a provision that significantly limits random distribution of source genes.
112 ed response in a population arising from the random distribution of switching times in individual cel
113 election bias, may explain the perceived non-random distribution of T-DNA integration in previous stu
114 the formation of TMD alloys and identifies a random distribution of the alloyed elements.
115 xation, and in structural terms from the non-random distribution of the closed RCs during induction.
116                                    Moreover, random distribution of the donor and acceptor chromophor
117                 Sequencing revealed a fairly random distribution of the fragments.
118 th environment and birth stage determine the random distribution of the LRS.
119 n the Tetrahymena macronucleus is due to the random distribution of the MAC chromosome pieces that ca
120 its DNA randomly, these mutants prevent even random distribution of the plasmid.
121  adequately address the effect of an assumed random distribution of the secondary emission parameters
122 ation of the reaction conditions, an ideally random distribution of the side chains in the polymer ba
123 /DMSS mixtures leads to chains with a rather random distribution of the silylated comonomer when m-DM
124 enomes can be replicated without bias or non-random distribution of the target, these findings open u
125        All chromosomes were involved, with a random distribution of these alterations.
126 se to more Mn ions than predicted based on a random distribution of these ions in the transition meta
127                                         This random distribution of Ti and Zr atoms leads to a local
128 ramecium telomeric DNA consists largely of a random distribution of TTGGGG and TTTGGG repeats.
129  loss of well-defined structure leading to a random distribution of unstructured, denatured forms, th
130                                Starting from random distributions of amino acid residues surrounding
131 re fit to new percolation models, based upon random distributions of chemical defects and ferromagnet
132  spatially differentiated, on-chip arrays or random distributions of encoded beads.
133 odels to differentiate between clustered and random distributions of fluorophore-bound molecules on t
134        When food particle size was varied in random distributions of food particles a maximum encount
135 le state" equilibrium statistical theory for random distributions of hetons in a closed basin is deve
136 me pest, and planting seed mixtures yielding random distributions of pyramided Bt and non-Bt corn pla
137 ack of the uncertainty induced by apparently random distributions of sensory events.
138 e phase of intense treatment, leading to non-random distributions of the resistant strain among the i
139 nsive statistical study on how the different random distributions of the secondary emission parameter
140 on the model outputs and study how different random distributions of these parameters affected the So
141    Some ODNs such as T(23) and another with 'random' distribution of bases showed CD spectra characte
142 n a clumped than in non-clumped (uniform and random) distribution of food particles.
143 n intensities due to differential (and often random) distribution of surface "hot spots" limits its r
144          In contrary to the previous view of random distribution, our results indicate that certain o
145 d non-coding RNAs (1.44-fold), compared with random distribution (P < 1 x 10(-3)).
146 g higher, more accurate probabilities than a random distribution requires much more information about
147 rns that can be theoretically derived from a random distribution shift model.
148                                          The random distribution suggests that disulfide formation do
149                     Compared to the expected random distribution, the trend of increased sharing of h
150 re of interfacial water were observed from a random distribution to an ordered structure due to bias
151 rsor particles, thereby biasing an otherwise random distribution to direct localized otolith seeding
152 ld-type mouse platelets were consistent with random distributions under a Poisson model, but those ob
153 etween homologous loci was consistent with a random distribution up to the 8-cell stage but not at la
154                                         This random distribution was supported by XRD data displaying
155 higher efficiency at initiating rolling than random distribution which, in turn, was more efficient t
156  pattern of homing molecules and to follow a random distribution within the blood and secondary lymph
157 uggests PrE precursors exhibit an apparently random distribution within the inner cell mass of the ea
158    G4 structures exhibited an uneven and non-random distribution within the PAIs and were consistentl

 
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