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1 ctivated monocytes/macrophages, and CD11c(+) monocytoid and CD11c(-) plasmacytoid dendritic cells (mD
2 al zone lymphoma (14 of 14 cases) and in the monocytoid and plasmacytic cells in extranodal marginal
3 sfected cells and elicited the chemotaxis of monocytoid and T-lymphoid cells.
4               Lesional DC subsets, CD11c(+) (monocytoid) and CD11c(-) (plasmacytoid), expressed activ
5                                              Monocytoid B cells showed weak expression, whereas plasm
6 homorphologic features included monocytosis, monocytoid blasts, aberrant expression of phosphoSTAT5,
7 Toll-like receptors, antimicrobial peptides, monocytoid cell activation markers, and numerous genes a
8 ry mononuclear phagocytes, as well as in the monocytoid cell line U937.
9  blocks binding of WEHI78/24 cells, a murine monocytoid cell line, to inflamed lymph node HEV and inh
10 XCL17-responsive monocytes, and in the THP-1 monocytoid cell line.
11 ther examined by in vitro experiments with a monocytoid cell line.
12 tly transduced marker genes into human T and monocytoid cell lines and, in contrast to a murine leuke
13 he effects of adhesion of the representative monocytoid cell lines, THP-1 and U937, to purified extra
14 ere studied by coculturing human Mo or human monocytoid cell lines, U937 and THP-1, with porcine EC.
15 e expression in latently infected T-cell and monocytoid cell lines.
16 human immunodeficiency virus type 1-infected monocytoid cell lines.
17                                 Apoptosis of monocytoid cells (human monocytes and U937 cells) was in
18 l vein endothelial cells (ECV 304) and human monocytoid cells (THP-1) were studied in a functional bi
19 s, phorbol ester-stimulated adhesion of U937 monocytoid cells and culturing of peripheral blood neutr
20 t annexin II on the surface of both cultured monocytoid cells and monocyte-derived macrophages promot
21 n was a potent inhibitor of adhesion of U937 monocytoid cells and neutrophils to fibrin gel and immob
22 ated anaerobic bacteria on HIV expression in monocytoid cells and T cells were examined.
23 derate)CD11c(-)CD123(-) cells that resembled monocytoid cells but failed to acquire a DC phenotype up
24 51 prevents adhesion of normal monocytes and monocytoid cells to intact aortic endothelium from chole
25 hat HDL no longer decreased adhesion of U937 monocytoid cells to tumor necrosis factor (TNF)alpha-sti
26                                        THP-1 monocytoid cells were activated to comparable extents by
27                         When human or murine monocytoid cells were induced to differentiate into macr
28    Following an initial expansion of myeloid/monocytoid cells within the initial 2 wk, CD19+/pre-BCR-
29      Endothelial cells were exposed to human monocytoid cells, and adherent cells were quantitated us
30 as demonstrable with blood neutrophils, U937 monocytoid cells, and genetically engineered alphaMbeta2
31 ng nonactivated and activated U937 and THP-1 monocytoid cells, and neutrophils.
32 tic adhesiveness for monocytes and WEHI78/24 monocytoid cells, and this adhesion is inhibited by L11.
33 cles was enhanced in IFN-alpha-treated THP-1 monocytoid cells, and this enhancement was primarily dep
34  types, including T and B lymphoid cells and monocytoid cells, the expression of HIV-1 tat results in
35 revotella bivia stimulated HIV expression in monocytoid cells, whereas Bacteroides ureolyticus, Pepto
36 plasminogen binding is markedly increased on monocytoid cells.
37 ted RON in astrocytes, cortical neurons, and monocytoid cells.
38 to significantly stimulate HIV expression in monocytoid cells.
39 cells, including activated and non-activated monocytoid cells.
40 penia, splenomegaly, and the accumulation of monocytoid cells.
41 uced NF-kappa B translocation in THP-1 human monocytoid cells.
42 anes of human peripheral blood monocytes and monocytoid cells.
43 virus replication in chronically infected U1 monocytoid cells; these observations also suggest a pote
44 t an early progenitor stage with lymphoid or monocytoid characteristics.
45  the activation marker CMRF44 on circulating monocytoid dendritic cell (mDC) and plasmacytoid dendrit
46                             In TOL patients, monocytoid dendritic cell (mDC) but not plasmacytoid den
47 TLR-activated freshly isolated monocytes and monocytoid dendritic cells from patients with XLA produc
48 plasmacytoid dendritic cells, monocytes, and monocytoid dendritic cells were activated with TLR-4, TL
49 plasmacytoid DCs but not myeloid-derived and monocytoid-derived DCs via a direct interaction that did
50 oRNAs that are active in aberrant macrophage/monocytoid function and differentiation.
51 was also achieved using lysates of the human monocytoid line MonoMac 6 as sources of MAPKKs and visua
52  motility of osteoclast precursor-containing monocytoid populations in vivo.
53                                     However, monocytoid precursors in chronic myelomonocytic leukemia
54           Finally, virions were derived from monocytoid THP-1 cells that constitutively display low l
55 inding that SAMHD1 is hyperphosphorylated in monocytoid THP-1 cells under nonrestrictive conditions.
56                         THP-1 cells, a human monocytoid tumor line, were cocultured with Ureaplasma p
57 ion, we investigated the response of a human monocytoid (U-937) cell line to platelet MP stimulation.
58  chemokine receptors CCR1, CCR3, and CCR5 in monocytoid U937 cells as detected by cell surface molecu

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