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1 ve stress and inflammation might also play a contributory role.
2 tion of IFN-I by DCs might play an important contributory role.
3 mor progression, suggesting that they play a contributory role.
4 ggest that nonhemodynamic factors may play a contributory role.
5 refore, we suggest that TNF-alpha may play a contributory role.
6  treated with IFN, but age may have played a contributory role.
7 te that delayed, neurogenic responses play a contributory role.
8                 Extracellular protons played contributory role but were insufficient to explain the e
9                                   For the 15 contributory role cases, common causes of death included
10       The aim of this study was to examine a contributory role for caveolin-1, a putative negative re
11                   They do suggest a possible contributory role for dietary exposure in the extent of
12        Taken together, these data identify a contributory role for DNA methylation in regulating eota
13                     These results indicate a contributory role for eotaxin in the generation of perip
14                 Here, we report an important contributory role for GRK5 in human prostate cancer.
15 s proinflammatory and profibrotic actions, a contributory role for IL-13 in BO development was examin
16 inhibitors are needed to confirm or refute a contributory role for Lp-PLA2 in CHD.
17 or growth and differentiation and identify a contributory role for miR-223 in this process.
18 correlated with plaque rupture, suggesting a contributory role for neovascularization in the process
19                      In further support of a contributory role for osteoclasts in neuroblastoma bone
20 ients carrying the same mutation, implying a contributory role for other factors.
21 matory effects on cells and suggest a unique contributory role for PAR3 in the complex mechanisms und
22       Taken together, our findings suggest a contributory role for the PI3K/PTEN pathway in intestina
23 perturbations of MN activity may also play a contributory role, further studies are needed to determi
24 ing the molecular pathogenesis of PD is what contributory role, if any, is played by the SNCA gene in
25                             The causative or contributory roles, if any, of SCCD itself in cognitive
26       DILI had a primary role in 68 (64%), a contributory role in 15 (14%), and no role in 22 (21%);
27 several intestinal genes are known to play a contributory role in calcium homeostasis, the entire cas
28 findings suggest that Lon inhibition plays a contributory role in CDDO-induced lymphoma cell death, a
29  where it is hypothesized that it may play a contributory role in disease development.
30 nnate immune cells and may play an important contributory role in early stimulation of the host immun
31 st that human resistin may play an important contributory role in enhancing TLR4-induced inflammatory
32                             This suggested a contributory role in fibril supramolecular assembly.
33 at produce a Th1 cytokine pattern suggests a contributory role in immunity to mycobacterial infection
34 extracellular adenosine, and this may play a contributory role in negative modulation of T cells in t
35 fficiently important in vivo to play a major contributory role in neutrophil-mediated inflammatory re
36 nce, BLyS protein may also play an important contributory role in pathogenesis and/or propagation of
37            However, in spite of its possible contributory role in pathogenesis, the immunological ana
38 B O-linked glycosylation system, which has a contributory role in pathogenesis.
39 perfusion injury and ischemia and may play a contributory role in preconditioning for cardioplegic ar
40 at activation of mu-opioid receptors plays a contributory role in reinforcement of post-feeding oral
41  in glucose metabolism may play an important contributory role in SMA pathogenesis.
42                     HFE mutations may play a contributory role in some patients with PCT, NASH, or ch
43 of 5-hydroxytryptamine(2A) receptors plays a contributory role in the actions of the second generatio
44 nd complement and that these opsonins play a contributory role in the clearance of Ad by KCs.
45 ociated herpesvirus (KSHV) has a significant contributory role in the development of three major huma
46 ibly also in other cells/tissues, may play a contributory role in the origin of malignancies characte
47 fluenza viruses and that PB1-F2 could play a contributory role in the process.
48 ss activation of PKCbeta2 plays a direct and contributory role in the progression of cardiac dysfunct
49 wn, however, whether ET-1 plays a direct and contributory role in the progression of CHF.
50 vation of the ETA receptor play a direct and contributory role in the progression of the CHF process.
51 uggest that meningeal infiltrates may play a contributory role in the underlying subpial grey matter
52 ent's spiritual practices suggest at least a contributory role in this case.
53 pplication of this metabolic pathway and its contributory role in tumorigenesis.
54 d that elevated CDK2 kinase activity plays a contributory role in tumorigenesis.
55 presents a strong biological candidate for a contributory role in type 2 diabetes susceptibility.
56 dition-specific behavior can play a critical contributory role in understanding disease mechanism, as
57 ealization that eosinophils have significant contributory roles in a wide range of diseases.
58 ing optical techniques with respect to their contributory roles in both basic science and clinical re
59              We hypothesized that MMP-28 has contributory roles in emphysema via alteration of macrop
60         The cytokines IFN-gamma and TNF have contributory roles in host defense against P. carinii, b
61 ediating cell adhesion and secretion and has contributory roles in mediating cell survival and prolif
62 aB for their expression and that likely play contributory roles in promoting Ras-induced oncogenic tr
63  toxic to SPAEC, and a small but significant contributory role of actin is apparent in these studies.
64 r mild cognitive impairment or dementia, the contributory role of alcohol can be difficult to determi
65 onal B cells in AAD and suggested a possible contributory role of B cells, along with other cell type
66 HYP) died because of autoimmune hepatitis; a contributory role of daclizumab HYP could not be exclude
67                                            A contributory role of dysfunctional CD8+ cells is suggest
68 gues downstream of esxB, suggesting that the contributory role of EsaD in Ess secretion may be shared
69                                 Although the contributory role of humoral immunity in the protection
70           In this study, we investigated the contributory role of IL-5 accessory cytokines on the fin
71 of DPB1*0202 (DPA1*0103-DPB1*0202) and for a contributory role of individual amino acids and DPA1 or
72    In the present study, we investigated the contributory role of individual Cl - channels in the rec
73                These results demonstrate the contributory role of neuroactive steroids in the ethanol
74                          We investigated the contributory role of NOX1 and NOX2 in hepatic fibrosis.
75           Although the data do not exclude a contributory role of PCMV in CC, other mechanisms are al
76 able evidence is consistent and speaks for a contributory role of periodontitis to ACVD.
77 ic antibodies of Heymann nephritis without a contributory role of RAP.
78             In this review, we highlight the contributory role of risk factors to AF pathogenesis fro
79 te increase in LV load and dissected out the contributory role of the angiotensin II Type 1 receptor
80 his review, we analyze the data supporting a contributory role of the autonomic functional alteration
81             Our data therefore demonstrate a contributory role of the BMME to disease progression in
82 odels of disease is key to understanding the contributory role of the lymphatic circulatory system in
83                                      While a contributory role of the M4 receptor cannot be ruled out
84  of this devastating disease, especially the contributory roles of oxidative damage and mitochondrial
85               In this study, we explored the contributory role these class I HDACs may play in UPR re
86 many cardiovascular diseases; although their contributory role to atherosclerotic plaque and abdomina
87     The CD11b/CD18 binding activity played a contributory role to TLR2-dependent induction of tumor n

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