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1 ing pathogen uptake, antigen processing, and immunomodulation.
2 host organelles, many of which have roles in immunomodulation.
3 cellular differentiation, proliferation, and immunomodulation.
4 onse and a PD-L1-dependent allogeneic-driven immunomodulation.
5 tion for the purpose of cancer treatment and immunomodulation.
6 ive approach to upregulate Tregs and achieve immunomodulation.
7 pressor cells primarily implicated in cancer immunomodulation.
8 promising target for small molecule-directed immunomodulation.
9 with the immune system and how they mediate immunomodulation.
10 ific biomarker for type 1 diabetes onset and immunomodulation.
11 further characterising the effects of FOs on immunomodulation.
12 e, they are valuable therapeutic targets for immunomodulation.
13 o inform new therapeutic strategies based on immunomodulation.
14 that depletes lymphocytes, causing long-term immunomodulation.
15 regulation and suggest unique strategies for immunomodulation.
16 Polysaccharide and lipid components promote immunomodulation.
17 is via targeted depletion of macrophages and immunomodulation.
18 or the role of glucocorticoids in MW-induced immunomodulation.
19 s, and massive lymphocyte apoptosis prevents immunomodulation.
20 use in T cells may reveal novel targets for immunomodulation.
21 as a novel potential target for therapeutic immunomodulation.
22 ted to provide therapeutic immunosuppression/immunomodulation.
23 velopment and, in some parasitic species, in immunomodulation.
24 utinin (FHA) that functions in adherence and immunomodulation.
25 apeutic approach to achieve antigen-specific immunomodulation.
26 VEM function during HSV infection: entry and immunomodulation.
27 ing that A35 increases poxvirus virulence by immunomodulation.
28 present potential pharmacologic targets for immunomodulation.
29 Cell Death 1 (PD-1) plays a crucial role in immunomodulation.
30 al design will potentially expand to include immunomodulation.
31 constituting a unique target for therapeutic immunomodulation.
32 ue regeneration may, in reality, result from immunomodulation.
33 eceptor modulation in lungs is essential for immunomodulation.
34 t disease (TA-GVHD), and transfusion-induced immunomodulation.
35 bute to eosinophil-mediated inflammation and immunomodulation.
36 f Lck could be a useful adjunct for enhanced immunomodulation.
37 hat the beneficial effect of NECA was due to immunomodulation.
38 as well as efforts to engineer peptides for immunomodulation.
39 he T cell may represent a useful approach to immunomodulation.
40 e function of Treg in the CNS, distinct from immunomodulation.
41 provide a new strategy for HIV therapies or immunomodulation.
42 ssion of genes important in host defense and immunomodulation.
43 with focused activity that permit selective immunomodulation.
44 enzyme inhibition, antioxidant, opioid, and immunomodulation.
45 responsive murine CD4+ T cells, resulting in immunomodulation.
46 stence of a novel mechanism of TLR4-mediated immunomodulation.
47 efficacy may be affected by parasite-induced immunomodulation.
48 fense, surfactant homeostasis, and pulmonary immunomodulation.
49 in cellular proliferation, angiogenesis, and immunomodulation.
50 giectasia (HHT), cancer, atherosclerosis and immunomodulation.
51 esponse has made it an attractive target for immunomodulation.
52 go, work that ultimately led to the study of immunomodulation.
53 al activities of glucocorticoids, especially immunomodulation.
54 stem and, as such, are important targets for immunomodulation.
55 esistance or to alter the plant phenotype by immunomodulation.
56 d assessing innovative therapies directed at immunomodulation.
57 mong such receptors may play a role in their immunomodulation.
58 aid in identifying subtypes more amenable to immunomodulation.
59 anisms: malignant cell killing and TAM-based immunomodulation.
60 variety of homeostatic functions, including immunomodulation.
61 imates in the setting of clinically relevant immunomodulation.
62 scale that provides new insights into viral immunomodulation.
63 the level of these antibodies was lowered by immunomodulation.
64 genesis of severe pneumonia and a target for immunomodulation.
65 SHED-mediated osteogenic differentiation and immunomodulation.
66 whereas the CD56bright subset is involved in immunomodulation.
67 ng cytokine partial agonists for therapeutic immunomodulation.
68 esent therapeutic targets for anti-CD132 mAb immunomodulation.
69 ify TGF-beta2 as the crucial mediator of NPC immunomodulation.
70 lecule has been shown to provide therapeutic immunomodulation.
71 nt, with further evidence of strain-specific immunomodulation.
72 for antimetabolite or calcineurin inhibitor immunomodulation.
73 cytostatics, the molecular mechanisms of its immunomodulation ability have not been investigated thor
76 The pleiotropic effects of statins, such as immunomodulation and anti-inflammatory effects, may also
77 enable insight into potential mechanisms of immunomodulation and broaden our understanding of the te
78 IFN-alpha, an antiviral cytokine involved in immunomodulation and control of HIV type 1 replication,
79 R2 by Bryo-1 has significant implications in immunomodulation and could overcome some of the immune d
80 strategies for treating cancer have involved immunomodulation and cytokine gene transfer using viral
81 hMSC) and mouse mesenchymal stem cell (mMSC) immunomodulation and differentiation, depending on the i
82 yltryptophan conjugates 1 and 2 for combined immunomodulation and DNA cross-link-triggered apoptosis
85 may identify breast cancers more amenable to immunomodulation and indicate additional strategies to e
86 repair through mechanisms that involved both immunomodulation and induction of neurotrophic factors.
87 effect of vitamin D on lung development and immunomodulation and present the evidence of its role in
88 are relevant to depression: synaptogenesis, immunomodulation and regulation of glycogen synthase kin
91 d the molecular mechanisms underpinning such immunomodulation and show here that ES-62-mediated downr
92 and cancer, applied to immune surveillance, immunomodulation and the functions of IgE-mediated immun
94 an primates point to a broader role for PD-1 immunomodulation and to potential applications in humans
96 hese findings identify potential targets for immunomodulation and treatment to combat lethal WNV infe
97 atients failed to convert with pretransplant immunomodulation and were not transplanted; 51 underwent
99 rs of fibrosis, angiogenesis, proliferation, immunomodulation, and antimicrobial activity suggest tha
100 s, including attachment to epithelial cells, immunomodulation, and competitive exclusion of pathogens
102 volume expansion, natriuresis, hemodilution, immunomodulation, and improved pulmonary gas exchange.
103 e been linked to glioma invasive properties, immunomodulation, and increased angiogenesis, leading to
104 e engineering: multilineage differentiation, immunomodulation, and production of trophic factors.
105 approaches to find a better adjuvant, focus immunomodulation, and reduce allergenicity are under inv
106 plays important roles in neurotransmission, immunomodulation, and regulation of cell proliferation.
107 on the skin include tanning, carcinogenesis, immunomodulation, and synthesis of vitamin D, among othe
108 l role for FHA in B. bronchiseptica-mediated immunomodulation, and they suggest a role for FHA in hos
111 n, the development of cancer stem cells, and immunomodulation are plausible underlying mechanisms by
113 eir in vivo efficacy and persistence by host immunomodulation are presented in the context of an ever
114 macaques infected without the need for prior immunomodulation as is required for some other models.
116 ure directions include therapies targeted at immunomodulation, at angiogenesis, and in particular aga
117 ovides an additional rationale for exploring immunomodulation-based therapies that could reduce disea
118 ing to anergy and apoptosis; however, active immunomodulation by accumulating tryptophan catabolites,
121 rphogenesis, with potential implications for immunomodulation by HCMV, and may also be a mechanism by
126 hese data establish a mechanism for systemic immunomodulation by the microbiota and highlight potenti
127 o our understanding of the mechanisms behind immunomodulation by the RRV vIRFs during infection.
128 survival of the parasites, helminth-induced immunomodulation can also have a number of benefits for
129 antitumor immune effectors elicited by local immunomodulation can eradicate tumor cells at distant si
130 e data show that nondiabetogenic regimens of immunomodulation can lead to prolonged islet allograft s
131 tiviral and antimicrobial defense, including immunomodulation, cell cycle regulation, cell survival,
133 proteins, which are therefore treatable with immunomodulation, could account for some cases of idiopa
138 rednisolone on microvascular dysfunction and immunomodulation during IRI in rat cardiac allografts su
140 nological adjuvants were incorporated, their immunomodulation effect for cytokine TNF-alpha and IL-6
141 es to prevent viral infections, based on the immunomodulation faces many problems related to the ecto
143 he potential usefulness of parasite-mediated immunomodulation for the treatment and prevention of a r
149 t, gene-directed enzyme prodrug therapy, and immunomodulation have been recently investigated with po
151 hocytes as a novel approach for T lymphocyte immunomodulation in autoimmune diseases without affectin
155 ever, the mechanisms of maraviroc-associated immunomodulation in human immunodeficiency virus (HIV)-i
157 ropathy, and scleritis in patients requiring immunomodulation in patients who have failed or who are
160 dies underscore the complex nature of PGE(2) immunomodulation in the context of host-microbial intera
162 ying the therapeutic effects of NSCs include immunomodulation in the periphery and the central nervou
174 mmune response to infection and suggest that immunomodulation is an additional mechanism by which the
178 vertebrate immunity, we also show that host immunomodulation is implicated in the deleterious phenot
179 ny of the studies concluded that BMSC-driven immunomodulation is mediated by the suppression of proin
184 tivate TLR2-signaling and that TLR2-mediated immunomodulation is unlikely to play a significant role
185 ive development of numerous biomaterials for immunomodulation, it is only recently that an experiment
186 re, we identified another mechanism of BILF1 immunomodulation: it targets newly synthesized MHC-I/pep
187 of infection through transfusion-associated immunomodulation leading to sepsis and sepsis-induced lu
188 ific attention is turned to their effects on immunomodulation, lipid metabolism, cancer prevention, d
189 cination argues that neutralization of viral immunomodulation may be a new vaccine paradigm for HCMV
190 nsive evidence suggests that this innovative immunomodulation may be a safe approach to ameliorate al
191 Manipulation of Tregs or other types of immunomodulation may become a part of AML treatment in t
192 echanisms underlying stress effects on fetal immunomodulation may differ based on maternal atopic sta
195 he surgical patient, yet transfusion-related immunomodulation may underlie the association of allogen
196 CD8(+) effector response and reducing local immunomodulation mediated by CD8(+) regulatory T cells.
197 This demonstrates that clinically useful immunomodulation mediated by the S1P(1) receptor can be
198 We therefore tested the hypothesis that immunomodulation might counteract this pathophysiologica
199 will require a combination of strategies for immunomodulation, neuroprotection, and myelin replacemen
201 These data indicate that helminth-induced immunomodulation occurs independently of changes in the
205 fects of IVIG therapy can be mediated by the immunomodulation of DCs, creating a bridge that induces
207 ffect of CoPP therapy seemed to be caused by immunomodulation of donor cells, because treatment of ce
209 g inflammation during AAA formation and that immunomodulation of IL-17 by MSCs can offer protection a
210 s that T regulatory cells may play a role in immunomodulation of immune responses by parasitic helmin
211 the current study was to explore whether an immunomodulation of infant responses could enhance prote
212 minating bacteria without lysis coupled with immunomodulation of inflammation should be pursued clini
213 model to address the potential mechanisms of immunomodulation of liver disease by creating two unique
214 ies in different tumor models revealed broad immunomodulation of lymphoid and myeloid cells by ADC an
215 gments may greatly facilitate the successful immunomodulation of metabolic pathways in many organisms
216 iming affinity and have implications for the immunomodulation of pathogenic T cell responses during t
217 on CD4(+) T cells have implications for the immunomodulation of pathologic T cell responses during t
219 vising novel therapeutic strategies aimed at immunomodulation of skewed effector T cell responses.
220 support an important role for infection and immunomodulation of T cells in clinical human disease.
222 success as parasites is the result of active immunomodulation of the host immune response, which can
227 f therapeutic vaccination combined with such immunomodulation offers an attractive avenue for the dev
228 le a clinical study to assess the effects of immunomodulation on long-term FIX expression in patients
229 , we investigated the effect of prophylactic immunomodulation on the outcome of influenza virus infec
230 crucial component influencing regeneration, immunomodulation or immuno-engineering has emerged as a
231 linked to inflammation, but whether altered immunomodulation plays a causative role in neurodegenera
234 and mechanistic basis for H. pylori-induced immunomodulation, promoting persistent infection and con
235 unctions, including intercellular signaling, immunomodulation, protein maturation and processing, met
238 Our data indicate that this novel concept of immunomodulation represents a safer method to reduce all
241 native approaches of combination therapy and immunomodulation should be pursued through well-designed
242 emically applied IL-22 did not display acute immunomodulation/stimulation in otherwise untreated or e
244 step toward the development of peptide-based immunomodulation strategies for this autoimmune disease.
246 administration of 6-TG and allopurinol as an immunomodulation strategy in inflammatory disorders.
247 release cytokines involved in apoptosis and immunomodulation, such as tumor necrosis factor-alpha an
249 pacity of IL-10KO APC and may provide unique immunomodulation targets when designing vaccines against
250 dentification of potential novel targets for immunomodulation that can be exploited therapeutically.
251 Antigen-targeted and other forms of focused immunomodulation that can suppress vessel activation and
253 not generally achieved by the same level of immunomodulation that is capable of inducing tolerance o
255 trolled study of a device-based non-specific immunomodulation therapy (IMT) in patients with New York
260 ndicates that for IgE-mediated food allergy, immunomodulation through food immunotherapy is possible;
262 hat of naive T cells makes them resistant to immunomodulation, thus representing a barrier to toleran
264 nders this molecule an attractive target for immunomodulation to achieve tolerance to auto- and trans
265 hasone, and support the value of therapeutic immunomodulation to delay the progression to multiple my
266 ntibody responses, suggesting that transient immunomodulation to disrupt B/T-cell interaction at the
269 osed as a potential means of gene therapy or immunomodulation to treat autoimmune diseases based on e
270 d should provide targets for neuroprotective immunomodulation to treat these devastating neurodegener
271 u ammonis 1-3, and dentate gyrus) targets of immunomodulation-treated LGI1 VGKC-complex antibody-medi
272 nfluenza A/PR/8/34 virus 24 h after the last immunomodulation treatment and either monitored for surv
275 ugh the appropriate targets for intratumoral immunomodulation using this strategy are not known.
277 tivation of interleukin 1beta (IL-1beta) and immunomodulation via MyD88, the first signaling molecule
278 ed this agent could provide a novel route of immunomodulation via targeted inhibition of antigen-indu
280 cardiac allograft survival when nutritional immunomodulation was used with CsA, rapamycin (Rapa), or
282 interferon (IFN-gamma) production suggested immunomodulation, which was not restricted to parasite-s
286 These findings highlight that intratumoral immunomodulation with an oncolytic virus expressing a ra
287 some residual lesions after steroid use and immunomodulation with associated clinical recovery in pa
288 spontaneously diabetic rodents suggest that immunomodulation with autoantigens might alter the cours
289 tion for MS, because it combines features of immunomodulation with beneficial effects on neuroregener
292 al differences in the effects of nutritional immunomodulation with different immunosuppressive drugs
293 we previously demonstrated that intrathymic immunomodulation with donor antigens resulted in prolong
297 ating tumor progression through intratumoral immunomodulation, with broad implications in developing
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