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1 fines the host range of the virus, known as 'viral tropism'.
2 ific manner consistent with their respective viral tropism.
3 f various protein complexes that enable wide viral tropism.
4  in the developing brain and their impact on viral tropism.
5 on of human cervical tissue independently of viral tropism.
6 ntiviral agents as well as for understanding viral tropism.
7 tor (CAR) and is thus a major determinant of viral tropism.
8 ibit HIV-target cell fusion independently of viral tropism.
9 3 beta-repeats in human Ads, also influences viral tropism.
10 ontrol a unique molecular switch restricting viral tropism.
11 by the translational apparatus can determine viral tropism.
12 linical stage of HIV disease correlates with viral tropism.
13 permissive for HIV-1 infection regardless of viral tropism.
14 es or dendritic cells resulted in restricted viral tropism.
15 these strains play a major role in mediating viral tropism.
16 are important drivers of viral evolution and viral tropism.
17 y stages of HIV-1 infection helps to explain viral tropism and beta-chemokine inhibition of primary H
18 s, although a causative relationship between viral tropism and CD4+ T cell depletion has not yet been
19  the immune system is a major determinant of viral tropism and damage during visceral HSV infections.
20 tors by viruses is a critical determinant of viral tropism and disease.
21 tachment to cells plays an essential role in viral tropism and disease.
22                             To ablate native viral tropism and facilitate binding of the pIX-incorpor
23 and kidney tissue was harvested to determine viral tropism and for transcriptomic and proteomic analy
24 lts shed new light on factors that influence viral tropism and host range.
25 on of host viromes and the identification of viral tropism and host responses.
26             To examine factors important for viral tropism and host restriction, we passaged murine n
27 ntry, and their expression may shed light on viral tropism and impact across the body.
28  domain (RBD) is the critical determinant of viral tropism and infectivity.
29 is identified as the critical determinant of viral tropism and infectivity.
30 hogenesis and highlights the complexities of viral tropism and innate immune responses.
31                                     However, viral tropism and mechanism of spread in the CNS have no
32  models have been utilized not only to model viral tropism and pathogenesis in a physiologically rele
33  virus strain is an important determinant of viral tropism and pathogenesis, and virus-receptor inter
34 nt factors and receptors are determinants of viral tropism and pathogenesis, understanding these viru
35 has become a valuable tool for investigating viral tropism and pathogenesis.
36  correlate Env-receptor binding constants to viral tropism and pathogenesis.
37 Changes in coreceptor use strongly influence viral tropism and pathogenesis.
38 es derived from 3 subjects were analyzed for viral tropism and phylogeny.
39 gy for labelling that obviates dependence on viral tropism and promoter penetration, particularly in
40 t may have implications for the selection of viral tropism and the access of drugs to protease for sp
41 ty of binding of LCMV to alpha-DG determines viral tropism and the outcome of infection in mice.
42  the molecular mechanisms of host-restricted viral tropism and the potential for transmission of viru
43 iated deaths suggested marked differences in viral tropism and tissue damage compared with seasonal i
44 herefore necessary both to ablate endogenous viral tropism and to introduce novel tropism.
45 tal status of the retina profoundly affected viral tropism and transgene distribution.
46                                              Viral tropism and transmission of herpesviruses are best
47 dase (HN) protein plays an important role in viral tropism and virulence.
48 netics, virion association, and influence on viral tropism and/or dissemination.
49 , dependence on this protein for cell entry, viral tropism, and disease course.
50 d their use by HIV-1 strains largely explain viral tropism at the level of entry.
51 rophage tropic, and in chronic infection the viral tropism broadens to include B cells and CD8+ T cel
52                             gp120 determines viral tropism by binding to target-cell receptors, while
53  routinely exploit the ability to manipulate viral tropism by swapping viral surface proteins.
54                            Here we show that viral tropisms can also be regulated by tissue-specific
55  Addition of the 6xHis tag did not alter the viral tropism compared to wild-type AAV.
56                                     Although viral tropism could be altered, the chimeric envelope pr
57                                              Viral tropism could be programmed by switching glycoprot
58 es of glycans incorporated, thus controlling viral tropism for CD209-expressing cells.
59 ncreased HIV-1 expression is irrespective of viral tropism for chemokine receptors as previously sugg
60 ke pseudovirus and live virus to demonstrate viral tropism for choroid plexus epithelial cells but li
61  coreceptors for HIV-1 entry which determine viral tropism for different cell types.
62 the small RNA profile could be used to infer viral tropism for ovaries among other aspects of virus b
63 born infants to coxsackievirus infection and viral tropism for the CNS, few studies have been aimed a
64                                              Viral tropism for the decidua and placenta is then depen
65  important in understanding the mechanism of viral tropism for the salivary glands and shedding in sa
66                                              Viral tropism for this particular cell type (which has b
67 a mutated form of JCV, leading to a shift in viral tropism from the glia to cerebellar granule cells.
68 ght into norovirus evolution that may impact viral tropism.IMPORTANCEViruses exist as genetically het
69 batches, and was subsequently used to assess viral tropism in nonhuman primates.
70  responsible for strain-specific patterns of viral tropism in the murine central nervous system and r
71  may contribute to the omicron variant's new viral tropism in the respiratory tract despite the low l
72 eased immune priming, viremia, and increased viral tropism, including productive infection of the liv
73                     Our results suggest that viral tropism may be influenced not only by the corecept
74 t within the crypts to better understand the viral tropism of HPV to a lymphoid-rich organ.
75            This study experimentally defines viral tropism of RVFV in the posterior segment of the ra
76                       Finally, we delineated viral tropisms of a brain-wide transgene delivery tool,
77 erminants of resistance and their effects on viral tropism on primary CD4(+) T cells.
78 tions can be made to its C terminus to alter viral tropism or add molecular tags and/or reporter prot
79 ccelerated mortality was not due to expanded viral tropism or increased replication.
80  selectively, often based on modification of viral tropism or transcriptional regulation of therapeut
81  a mechanism which does not influence either viral tropism or viral burden in the brain.
82  amino acid difference in VP1 known to shift viral tropism profoundly affects the quantity and qualit
83 e of gD-retargeted HSVs to determine whether viral tropism remained dependent on the interaction of g
84                          Mutations, altering viral tropism, replication and immune escape, gradually
85                                  Analysis of viral tropism revealed that CHIKV RNA was present prefer
86 ersistence, suggesting that NS1/2 determines viral tropism that is necessary for persistence.
87 nces disease processes through its effect on viral tropism, the emergence of viruses resistant to the
88 V particles that have expanded or retargeted viral tropism, the inserted sequences have been relative
89 ovirus (Ad) fiber protein largely determines viral tropism through interaction with specific cell sur
90 herapy applications, methods to alter native viral tropism to achieve cell-specific transduction woul
91 lowed by confocal microscopy, we demonstrate viral tropism to ciliated cells and club cells of the br
92 ions could be improved by restricting native viral tropism to selected cell types.
93 V to produce disseminated infections and the viral tropism towards epithelial cells.
94 present on a flavivirus virion can influence viral tropism under certain circumstances.
95 inical tool; however, it is still limited by viral tropism, uptake and clearance by the liver, and mo
96                 In addition to expanding the viral tropism, V2 loop glycosylation at the three sites
97 ortant contexts, we proposed modification of viral tropism via genetic alterations to the viral fiber
98 ding chimerism analysis, CCR5 genotyping and viral tropism, viral isolation and sequence, viral reser
99 ince receptors are important determinants of viral tropism, we set out to map the CV-A24 receptor rep
100         Fetal tissues exhibiting the highest viral tropism were blood mononuclear cells and brain (ea
101 es- and tissue-specific factors that dictate viral tropism will inform development of antiviral inter
102 distribution pattern corresponded to broader viral tropism with neuronal infection in 14 (66.7%) of 2
103  vivo could provide a mechanism for expanded viral tropism with potential effects on the pathogenesis
104                                              Viral tropism within the brain and the role(s) of verteb
105  boost virus infection in cis and can expand viral tropism without affecting coreceptor preference.
106 ue-resident memory (Trm) phenotypes based on viral tropism yet shared core transcriptional and effect

 
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