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1 individuals enrolled in the PET pathological correlation study).
2                       This is a longitudinal correlation study.
3 s to undertake a detailed genotype-phenotype correlation study.
4                            Clinicohistologic correlation study.
5 d complement prospective clinicopathological correlation studies.
6 tagenesis, and facilitate genotype-phenotype correlation studies.
7 es in model organisms and genotype-phenotype correlation studies.
8 l provide a template for future mRNA-protein correlation studies.
9 ethods and confirmed by a series of chemical correlation studies.
10 relation were used for group comparisons and correlation studies.
11  nonfluorescent quenchers in single-molecule correlation studies.
12 s by performing combined histopathologic-MRI correlation studies.
13 gl1, as validated by functional and clinical correlation studies.
14  that can now be tested in clinicopathologic correlation studies.
15 dependent queries and genome wide expression correlation studies.
16  cancer image analysis and clinical data for correlation studies.
17  can vary significantly, further confounding correlation studies.
18 e-wide association studies (post-GWAS) local correlation studies.
19  of interest outside the context of neuronal correlations studies.
20                              For the sibling correlation study, 209 sibling pairs with advanced AMD w
21                                         Both correlation studies and metabolic network analyses allow
22                                              Correlation studies and PLSR models were calculated with
23                         Clinico-pathological correlation studies and positron emission tomography amy
24 bar-segmental analysis in structure-function correlation study and provided the anatomical basis for
25 istical analyses cover subgroup comparisons, correlation studies, and sensitivity analysis using Cram
26 owing amount of data from genotype-phenotype correlation studies, and the introduction of commerciall
27  systems, retrospective preclinical-clinical correlation studies are available, which suggest that im
28                          Plasma-pathological correlation studies are needed to validate plasma phosph
29 rder to do this, detailed genotype/phenotype correlation studies are required.
30                                Clinical data correlation studies associate high intratumoral MAOA exp
31  conditions are unnatural [4], and long-term correlation studies based on historical collections [5].
32 al analysis followed by a genotype-phenotype correlation study based on the clinical characteristics
33  involved in oxidative stress and apoptosis, correlation studies between IL doses, exposure times and
34                                            A correlation study between (18)F-FBEM-Cys-Z(EGFR:1907) sm
35                                   A detailed correlation study between the structural and chemical fe
36                             Others resort to correlation studies, cataloging pairwise relationships,
37 )H NMR chemical shifts and 2D-NOESY spectral correlation studies confirmed the formation of hydrogen
38 e optic neuropathy as a feature, but genetic correlation studies demonstrated minimal overlap.
39                   This radiologic-pathologic correlation study demonstrates the diagnostic accuracy o
40                                    Pathology correlation studies documented progression from poorly d
41                        This genetic-clinical correlation study examined BRAF V600E and TERT promoter
42 ing, and Participants: This genetic-clinical correlation study examined BRAF V600E and TERT promoter
43                    In pediatric B-ALL, large correlation studies have made genetic classification a c
44                                  Genome-wide correlation studies have revealed that histone activatio
45                                     Clinical correlation studies have suggested an immune pathogenesi
46 zation and optic nerve degeneration, genetic correlation studies have yielded variable results despit
47 he past decade, scores of genotype-phenotype correlation studies in both hypertrophic cardiomyopathy
48 tasis in patient-derived xenograft model and correlation studies in lung cancer patients further vali
49  is aided by the well-defined geometry and a correlation study in scanning electron microscopy and to
50                       This plasma-to-autopsy correlation study included participants from the Boston
51                                              Correlation studies indicate that CD4 T cells reactive w
52      Clinical and magnetic resonance imaging correlation studies indicate that leptomeningeal enhance
53                                            A correlation study indicated that adding honey into the r
54  a typical dataset in heterozygosity-fitness correlation studies involving 10-20 microsatellites and
55         By contrast, only weak evidence from correlation studies links media violence directly to cri
56 protein 1 (PD-1) blockade, and clinical data correlation studies negatively associated intratumoral S
57 ings are consistent with clinicopathological correlation studies of Alzheimer's tauopathy and enable
58 sed in polygenic risk prediction and genetic correlation studies of diverse phenotypes.
59 ay for single-chain-level structure-function correlation studies of synthetic polymers.
60 so support scalable production, allowing the correlation study of key biomarkers in sweat and blood.
61                                   Finally, a correlation study of mRNA data from the Genotype-Tissue
62 inding by HMGB domain proteins is given by a correlation study of NHP6A and 32 other HMGB domains bel
63                                            A correlation study of the real spectra and the resolved c
64                       The genotype-phenotype correlation study resolved the status of 5 uncharacteriz
65                                              Correlation studies revealed that cardiomyocyte- but not
66                           Genotype-phenotype correlation studies show significant variability in the
67                                    Pearson's correlation studies showed associations between these me
68                                              Correlation studies showed that the amount of normal liv
69                                              Correlation studies suggest that physical activity could
70 In classic Rett syndrome, genotype-phenotype correlation studies suggest that X chromosome inactivati
71      In addition, the results of the reverse correlation study suggest a possible test for differenti
72                                          Our correlation study suggests that miRNAs may be implicated
73  composite-phenotypes, beyond family or twin correlation studies that initially demonstrate evidence
74 spill, we constructed diagrams and conducted correlation studies that measure the similarity between
75                                           In correlation studies, the obtained NMR measurements show
76                             In this ecologic correlation study, the per capita nutrient consumption i
77              As is inherent to the design of correlation studies, this analysis cannot determine whet
78 ence microscopy supplemented by fluorescence correlation studies to determine the structural factors
79 cence, electrochemical, kinetic, and Hammett correlation studies to understand the salient features o
80                                              Correlation studies using patient sample data sets furth
81                                            A correlation study was performed to elucidate the influen
82 tability of advanced AMD subtypes, a sibling correlation study was performed.
83 tion of macrophages, in patients with OCP, a correlation study was performed.
84 ned post-mortem radiology and histopathology correlation study we found that astrogliosis induces mic
85 is, in conjunction with structure-reactivity correlation studies, we show that para-substituted benzy
86                           Genotype-phenotype correlation studies were carried out for the following v
87                                              Correlation studies were performed between NE, MMP-8, MM
88                                              Correlation studies were performed between the various a
89 e mutation and additional genotype-phenotype correlation studies will provide fundamental insight int
90 ack of suitable tools for structure-activity correlation studies with atomic resolution.
91 trochemical results was demonstrated through correlation studies with the results obtained with conve
92                                A disk-to-MIC correlation study with 83 isolates was completed by test