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1  DNA tumor virus infecting the cutaneous and mucosal epithelium.
2 ssue distribution of silver in the sinonasal mucosal epithelium.
3  orally administered pharmaceuticals and the mucosal epithelium.
4 exaggerated response to injury compared with mucosal epithelium.
5 ted transport of these Ig classes across the mucosal epithelium.
6 omotes growth and turnover of the intestinal mucosal epithelium.
7  and reparative properties of the intestinal mucosal epithelium.
8 (5-HT) by enterochromaffin (EC) cells of the mucosal epithelium.
9 was detected in the outer gut mesenchyme and mucosal epithelium.
10 s involved in repair and regeneration of the mucosal epithelium.
11 xuses, and the OCTs were also located in the mucosal epithelium.
12  both proteins are found throughout the oral mucosal epithelium.
13 g polymeric immunoglobulins (pIg) across the mucosal epithelium.
14 ntial for the attachment of the worm to host mucosal epithelium.
15 V-16 and HPV-18) infect and induce tumors of mucosal epithelium.
16 ruzi can invade and replicate in the gastric mucosal epithelium.
17 ng; nitrotyrosine was undetectable in normal mucosal epithelium.
18 r to sustained and targeted drug delivery to mucosal epithelium.
19 elease of gut-derived 5-HT in the intestinal mucosal epithelium.
20 sion of, and rapid proliferation within, the mucosal epithelium.
21                     We developed the Peroral Mucosal Epithelium Absorption Enhancer (PERMEATE) system
22 DPP4 are highly expressed in the respiratory mucosal epithelium; ACE2, TMPRSS2, and DPP4 are highly e
23 ions occur through the mucosal route despite mucosal epithelium acting as a barrier to human immunode
24 infection, can more efficiently traverse the mucosal epithelium and be transmitted to T cells, sugges
25 ng sexual transmission of HIV, virus crosses mucosal epithelium and eventually reaches lymphoid tissu
26  co-culture system consisting of a polarized mucosal epithelium and human neutrophils can provide a v
27             When proteins were purified from mucosal epithelium and immobilized on nitrocellulose mem
28 plasma membrane of an epithelial cell in the mucosal epithelium and its internalization, transepithel
29 essed in vivo on the basolateral surfaces of mucosal epithelium and lamina propria.
30 ine A2b receptor] are expressed by the fetal mucosal epithelium and pancreas.
31 ciated with less virus in the healed genital mucosal epithelium and reduced frequency and severity of
32 barrier, including increased permeability of mucosal epithelium and reduced production of important a
33 ation was observed in many cells of both the mucosal epithelium and stroma by immunohistochemistry.
34                             ZIKV infects the mucosal epithelium and submucosal dendritic cells, induc
35     DRA mRNA expression is restricted to the mucosal epithelium, and DRA protein expression is furthe
36    N. gonorrhoeae infection initiates at the mucosal epithelium, and in women, cells from the ectocer
37 and females, 2 groups more likely exposed at mucosal epithelium, and men who only have sex with women
38 reaction in response to radiation to protect mucosal epithelium, and suggest a potential therapeutic
39 romotes MTCT of these viruses through tonsil mucosal epithelium, and therapeutic intervention for bot
40                  Bacterial infections of the mucosal epithelium are a major cause of human disease.
41 to open chloride conductance channels in the mucosal epithelium are therapeutic options for constipat
42  collections of leukocytes were found in the mucosal epithelium, around tubuloacinar glands, and occa
43  cells, especially those associated with the mucosal epithelium, as crucial elements in the pathogene
44 we examined whether platelets migrate across mucosal epithelium, as PMNs are known to do, and whether
45                    Langerhans cells (LCs) in mucosal epithelium, as well as macrophages located in th
46 mal tubular epithelium and of the intestinal mucosal epithelium at the tips of the microvilli, both o
47 uman hosts in saliva and must cross the oral mucosal epithelium before infecting B lymphocytes, where
48                 Following acute infection in mucosal epithelium, bovine herpes virus 1 (BHV-1) establ
49 xes have the potential to transfect not only mucosal epithelium, but also to enter deeper into tissue
50 -ILK-dependent inflammatory signaling in the mucosal epithelium can be therapeutically targeted by th
51  and recurrent virus shedding in the genital mucosal epithelium causing genital herpes in symptomatic
52 aggregative adherence (AA) to cultured human mucosal epithelium cells.
53                                          The mucosal epithelium consists of polarized cells with dist
54 form of IL-1alpha in the basal layer of oral mucosal epithelium develop a syndrome that possesses all
55                  Neutrophil migration across mucosal epithelium during inflammatory episodes involves
56                            Disruption of the mucosal epithelium during lentivirus infections permits
57 ated cell surface phenotype, localization to mucosal epithelium, expression of somatically mutated im
58 order and the invasion of this thickening by mucosal epithelium from the esophagus and the cloaca.
59  were localized to the cryptal region of the mucosal epithelium in both normal and IBD tissue, with n
60 t head and neck cancers are derived from the mucosal epithelium in the oral cavity, pharynx and laryn
61 opic lymphoid follicle formation beneath the mucosal epithelium in the rhesus macaque female reproduc
62 d their ability to be transported across the mucosal epithelium into secretions by the polymeric immu
63 ina propria and then transcytosed across the mucosal epithelium into the lumen, can be the first line
64 viral transmission through the oropharyngeal mucosal epithelium is not well understood.
65                                     The oral mucosal epithelium is typically insulted during chemothe
66 ociated HIV across the fetal oral/intestinal mucosal epithelium may serve as an initial mechanism for
67 eroprevalence among groups likely exposed at mucosal epithelium (MSM, females) was comparable; seropr
68 lium, or through HIV transcytosis across the mucosal epithelium of a noninfected host.
69 duce streptococci from the upper respiratory mucosal epithelium of either carriers or infected indivi
70 smoglein 3 was completely absent in the oral mucosal epithelium of homozygous Dsg3bal-Pas compared wi
71 al barrier allows allergens to penetrate the mucosal epithelium of nasal passages, inducing a T-helpe
72 e potential bioavailability through the oral mucosal epithelium of significant amounts of bioactive c
73 wn that, a few days after fertilization, the mucosal epithelium of the duodenum is smooth, and then f
74           Discerning the effect of BV on the mucosal epithelium of the FRT may yield novel preventati
75 5-HT) is a key signaling molecule within the mucosal epithelium of the intestinal wall and has been s
76                            Given the similar mucosal epithelium of the upper and lower respiratory tr
77 ates infections in humans by adhering to the mucosal epithelium of the urogenital tract.
78 cells were either within or subjacent to the mucosal epithelium or were in germinal centers of region
79 ly to recipient target cells in or below the mucosal epithelium, or through HIV transcytosis across t
80 poridian species that infects the intestinal mucosal epithelium, primarily in immunodeficient individ
81 fin (EC) cells located within the intestinal mucosal epithelium release serotonin (5-HT) to regulate
82 wn-regulates polymeric Ig receptor (pIgR) on mucosal epithelium, resulting in decreased sIgA transcyt
83 ant amounts of antioxidants through the oral mucosal epithelium that might be gastric sensitive and/o
84  of Fgf signaling was found in mutant lining mucosal epithelium that was accompanied by an increase i
85                     HPV infects cutaneous or mucosal epithelium, tissue that is monitored for microbi
86 tes the proliferation and differentiation of mucosal epithelium to reduce mucositis in patients recei
87                Airborne stimuli activate the mucosal epithelium to release a number of molecules impa
88 at mimics the architecture of the intestinal mucosal epithelium, toxins on the apical side of epithel
89 an respiratory tract pathogen that colonizes mucosal epithelium via a polar terminal organelle having
90 tor that transports polymeric IgA across the mucosal epithelium where it is cleaved to form secretory
91 erved microstructures and capillaries of the mucosal epithelium which allows for real-time prediction
92  interactions between N. gonorrhoeae and the mucosal epithelium, which leads to the local release of
93  DPP4 are highly expressed in the intestinal mucosal epithelium, while CEACAM1 is notably low across