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1 NERD patients has shown this phenotype to be nonhomogeneous.
2 f individual patients shows this group to be nonhomogeneous.
3                                              Nonhomogeneous and hyperreflective space under an elevat
4 es although granulation tissue formation was nonhomogeneous and there seemed to be greater inflammati
5 n of binding affinity is mainly derived from nonhomogeneous-based methods such as surface plasmon res
6 in basement membrane nephropathy (TBMN); one nonhomogeneous basement membrane abnormalities; one IgA
7  method to account for the nonstationary and nonhomogeneous characteristics of ambient air pollution
8 ectors derived from content-free word usage, nonhomogeneous decay rates of stylistic influence, and a
9            Single-molecule analysis revealed nonhomogeneous diffusion of Munc18-1 and syntaxin-1A in
10    Digital autoradiography images revealed a nonhomogeneous distribution of (99m)Tc-SPIONs within the
11                                          The nonhomogeneous distribution of information across brain
12                                          The nonhomogeneous distribution of signal transduction prote
13 e use of molar fraction ratios overcomes the nonhomogeneous distribution of the tagging element withi
14                                         This nonhomogeneous distribution of variation suggests that m
15 psule was honeycomb-like networks containing nonhomogeneous distributions of HBEO.
16 -density DNA-Cy3 located in spot centers and nonhomogeneous DNA distribution within printed spots.
17 tly of short compositionally homogeneous and nonhomogeneous domains and a few long ones.
18 s a tapestry of mostly short homogeneous and nonhomogeneous domains and few long ones thus providing
19 of the genome is composed of compositionally nonhomogeneous domains and the remaining is a mixture of
20 a mixture of compositionally homogeneous and nonhomogeneous domains of varying lengths and nucleotide
21 ed to the electrical forces arising from the nonhomogeneous electric field caused by the constriction
22 electrophoretic (DEP) force arising from the nonhomogeneous electric field within the constrictions,
23                       We postulate that this nonhomogeneous electrostatic effect of cholesterol has a
24                            Inevitably such a nonhomogeneous erosion will lead to the development of s
25 1b-specific antisera indicated a predominant nonhomogeneous, extranuclear distribution within the cel
26 ing scales, resulting in a nonstationary and nonhomogeneous formulation of the inference problem.
27 dynamics that is objectively identified by a nonhomogeneous hidden Markov model, we provide a first e
28                              The presence of nonhomogeneous hyperreflective RPE elevation had a sensi
29 lla, while alphaB-crystallin labeling became nonhomogeneous in outer medulla, and increased in Bowman
30 es, VA/VL projections terminate in a patchy, nonhomogeneous manner, indicating another level of compl
31                                              Nonhomogeneous Markov models of nucleotide substitution
32     Here we explore the possibility of using nonhomogeneous models to identify host shift nodes along
33 istress syndrome (RDS) may be limited by the nonhomogeneous nature of ventilation in the preterm lung
34 g the discrete gamma distribution, and using nonhomogeneous nonstationary representations of the subs
35 thermore, OL in older patients, females, and nonhomogeneous OL need close monitoring after any surgic
36 L in the retromolar area and multiple sites, nonhomogeneous OL, advanced age, female sex, inadequate
37                                            A nonhomogeneous Poisson model with a piecewise log-consta
38                       We propose a cascading nonhomogeneous Poisson process that explicitly integrate
39                  ELLA uses an over-dispersed nonhomogeneous Poisson process to model spatial count da
40                                       We use nonhomogeneous Poisson processes to model the acquisitio
41 hods based on clustering the sample paths of nonhomogeneous Poisson processes.
42 e microscale that may accumulate and lead to nonhomogeneous polymer properties on the bulk scale.
43 ologic features, RPE layer irregularity, and nonhomogeneous reflectivity (all P >= 0.032).
44 re is a significant ratio of defects in this nonhomogeneous sample that contains regions with differe
45                                         This nonhomogeneous solvation shell has been ignored in studi
46 s or bovine serum albumin (BSA) results in a nonhomogeneous solvation shell that is reflected by nons
47 an explain the observed La III emissions and nonhomogeneous spatial distribution of exited species.
48 valuable tool for the assessment of regional nonhomogeneous strains in various depths and locations o
49 NM categories within 7th TNM stages revealed nonhomogeneous survival rates in stages IIB, IIIB, and I
50 how to assign dielectric constants in mixed, nonhomogeneous systems.
51 tering results from mass-transport driven by nonhomogeneous temperature distribution.
52 l with now classic analyses and is generally nonhomogeneous though axisymmetric down to the submicron
53 t genes differentially expressed between two nonhomogeneous time-series data sets.
54                               Because of the nonhomogeneous, traveling wave (TW) field utilized in th
55 endothelial cells were used to calculate the nonhomogeneous two-dimensional strain field over the ima
56  time, especially for pollutants with strong nonhomogeneous variances across space.