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1 onizes platelet-derived growth factor (PDGF) chemoattraction.
2 growth within that tissue might depend upon chemoattraction.
3 expression was confirmed, as was neutrophil chemoattraction.
4 oad biologic activities, including leukocyte chemoattraction.
5 stal module of its dCache domain, triggering chemoattraction.
6 to decreased chemokine expression and T cell chemoattraction.
7 ng neuronal migration through suppression of chemoattraction.
8 its sCache ligand binding domain, mediating chemoattraction.
9 g the guidance path, Net-Fra is not used for chemoattraction.
10 s sperm velocity, motility, straightness and chemoattraction.
11 of beta-arrestin recruitment and neutrophil chemoattraction.
12 n or pannexin-3 knockdown prevented monocyte chemoattraction.
13 hed growth cone chemorepulsion but permitted chemoattraction.
14 ved in regulation of the immune response and chemoattraction.
15 nted for in future in vitro studies of sperm chemoattraction.
16 ll secreted proteins that initiate leukocyte chemoattraction.
17 re required for the CTD role of EGL-15 in SM chemoattraction.
18 domain that is specifically required for SM chemoattraction.
19 b2 can bind directly to EGL-15 to mediate SM chemoattraction.
20 oting inflammation, catabolism, and monocyte chemoattraction.
21 ype I collagen results in increased monocyte chemoattraction.
22 trafficking, and cell metastasis, depends on chemoattraction.
23 rmis, but 5B is incapable of carrying out SM chemoattraction.
24 on of a critical mass of neutrophils through chemoattraction.
25 lines restored CCL2 production and NKT cell chemoattraction.
26 P-1/CCL2), a chemokine required for NKT cell chemoattraction.
27 nduce uveitis, lymphocyte proliferation, and chemoattraction.
31 mmatory cytokines that function in leukocyte chemoattraction and activation and have recently been sh
32 eceptors for C3a and C5a through which their chemoattraction and activation are mediated by anaphylat
33 , inhibitory cytokine pathways for leukocyte chemoattraction and activation have been identified, but
34 CR1-mediated mechanism may direct lymphocyte chemoattraction and adhesion within the healthy and dise
35 we show that MET is required for neutrophil chemoattraction and cytotoxicity in response to its liga
36 ession of cytokines that regulate macrophage chemoattraction and differentiation into M2 macrophage.
37 Some studies implicate mechanisms including chemoattraction and enhanced adherence to bone endotheli
38 -gamma]) that impressively blocks eosinophil chemoattraction and function, but the mechanism has rema
39 ne production in hypoxic TAMs and consequent chemoattraction and inhibition of NKT cells represents a
40 xis drives both the anti-tumor effector cell chemoattraction and pro-tumor infiltration of the lungs
41 he process of vascularization by stimulating chemoattraction and proliferation of angioblasts and end
42 nes, complement component 5a and IL-8 induce chemoattraction and repulsion in equal proportions, resu
43 s might coexist and involve both S1P-induced chemoattraction and SDF-1-mediated chemorepulsion or fug
45 Examination of the relationships between chemoattraction and the ability to elicit pathology at t
46 educe significantly CX(3)CR1(+)-bearing cell chemoattraction and to protect against endothelial damag
47 okines such as interleukin-8 (IL-8) regulate chemoattraction, and are elevated in tracheal aspirates
48 oward the striatum in response to Nrg1/ErbB4 chemoattraction, and avoid migrating into the adjacent c
49 ll secreted factors on trophoblast motility, chemoattraction, and signaling pathways to determine the
50 pacity of FKN to mediate leukocyte adhesion, chemoattraction, and transmigration, its increased produ
51 -8 is a CXC chemokine involved in neutrophil chemoattraction, angiogenesis, and stem cell mobilizatio
54 f cytokines and several chemokines linked to chemoattraction but not inflammation were also increased
58 intercellular adhesion molecule 1 [ICAM1]), chemoattraction (CCL20, CCL5, CXCL10), immune suppressio
59 ulation (CD80 and CTLA4), apoptosis (NLRP1), chemoattraction (CCR10), and dendritic cell function (CL
60 ur different mechanisms: contact attraction, chemoattraction, contact repulsion, and chemorepulsion.
61 ent mechanisms: contact-mediated attraction, chemoattraction, contact-mediated repulsion, and chemore
62 c cells signaling through CXCR4 and that the chemoattraction could be downmodulated by culture ex viv
63 he data demonstrate that besides its role in chemoattraction, CX3CR1 is a key regulator of myeloid ce
64 we provide experimental evidence that sperm chemoattraction directly affects the magnitude of fertil
65 ivate IGF-1R, and in so doing provoke T cell chemoattraction expression in fibroblasts, suggesting a
66 he protein, expressed in 3T3 cells, exhibits chemoattraction for both Xt and Xl sperm and cross react
69 phage-infected Synechococcus elicited strong chemoattraction from Vibrio alginolyticus and Pseudoalte
70 ields spatial distributions corresponding to chemoattraction (frontness pathways in-phase with the ex
71 ults demonstrate that Pdgfab/Pdgfra-mediated chemoattraction guides the migration of sclerotome-deriv
78 ch the cleavage event enhances MCP1-mediated chemoattraction is unknown; to investigate it, we use wi
79 f locomotion, and they reveal a mechanism of chemoattraction likely to function during both embryogen
80 d -extrinsic mechanisms, such as CD8+ T-cell chemoattraction, M1/M2 macrophage rebalancing, monocyte
82 ed filamentous actin (F-actin) formation and chemoattraction, Mig potently blocks platelet activating
84 alpha (GRO-alpha) are chemokines involved in chemoattraction, neovascularization, and stimulation of
85 oxicity occurs at micromolar concentrations, chemoattraction occurs in the nanomolar range, and immun
86 eloped viruses, and other activities such as chemoattraction of a range of different cell types to th
88 tumor-infiltrating host cells results in the chemoattraction of CCR6(+) B220(+) lymphocytes, which in
89 on epithelium increases CCL20 expression and chemoattraction of CCR6+ immune cells, contributing to g
90 uding costimulation of T cell proliferation, chemoattraction of CD8+ T cells, and stimulation of lymp
96 orm in vivo proof-of-concept studies to show chemoattraction of invading glioblastoma cells in orthot
97 hat whereas cell-derived VEGF-C could induce chemoattraction of LECs across a membrane (which involve
98 N-gamma production by NK cells, resulting in chemoattraction of lymphocytes toward the respiratory ep
99 nts are neuronal chemorepellents and inhibit chemoattraction of many cell types, including neutrophil
100 ion gradient of CKbeta-11/MIP-3beta/ELC, and chemoattraction of mature SP thymocytes to CKbeta-11/MIP
101 in HIV-1 infection of macrophages, including chemoattraction of monocyte/macrophages (HIV-1 targets)
102 kine and adhesion molecule implicated in the chemoattraction of monocytes and in cell-mediated immuni
103 a proinflammatory cytokine implicated in the chemoattraction of monocytes and the development of athe
104 otic, annexin A1-externalizing cells induced chemoattraction of monocytes, which was clearly reduced
105 strongly expressed in the ceca, inhibits the chemoattraction of NCC to glial-derived neurotrophic fac
107 equivalent, indicating that CX3CL1 mediated chemoattraction of NK cells was relatively specific for
109 thii, the sexual process is initiated by the chemoattraction of small sperm to a sexually competent f
110 emokines known to promote T-cell priming and chemoattraction of T cells and innate effector cells.
111 n of TGF-beta production and activation, and chemoattraction of T cells and nonspecific inflammatory
112 IL-2 to the tumor site and thereby achieving chemoattraction of T cells together with their activatio
114 domains of TrkA is essential for triggering chemoattraction of the growth cone in an NGF gradient.
115 -15(5A) isoform is necessary for the gonadal chemoattraction of the migrating sex myoblasts (SMs), wh
117 ase augmentation and indicate that selective chemoattraction of Tregs into diseased sites may offer a
118 y, it is now possible to achieve a selective chemoattraction of Tregs to periodontal tissues, attenua
120 trin-1 VI-V peptide, which fails to activate chemoattraction, or by pharmacological block of Src fami
121 panied by diminished macrophage infiltration/chemoattraction, phagocytosis, and activation of Toll-li
122 thermore, the data suggest that LRP-mediated chemoattraction represents a novel, non-classical signal
123 analyse four qualitative migration patterns: chemoattraction, -repulsion, -kinesis and -inhibition, u
127 s revealed enhancement in innate immune cell chemoattraction, survival, and phagocytosis, and diminis
128 apsules induced a potent monocyte-macrophage chemoattraction that could be used to direct the therapy
129 tream into branchial arch 2 (ba2), is due to chemoattraction through neuropilin-1-vascular endothelia
130 jejuni 81-176 (wildtype) exhibited enhanced chemoattraction to and respiration of formate in compari
134 mportant role for mechanotransduction during chemoattraction to netrin-1 and that mechanical activati
135 fic CXCL12 depletion exhibited diminished SC chemoattraction to pancreatic intraepithelial neoplasia
136 XCR3 signaling in macrophages mediates their chemoattraction to the pancreas, enhances their prolifer
139 eotides as possible mediators of immune cell chemoattraction toward muscle in the context of obesity.
141 tral migration of FBM neurons by suppressing chemoattraction towards Wnt5a in r3 and successfully tes
144 branchial arch-mediated growth promotion and chemoattraction was not blocked by anti-HGF antibodies.
146 kine (CXCL) 13 for disease-associated B-cell chemoattraction, we found CXCL13 to be highly expressed
147 Moreover, astrocyte growth and EGF-dependent chemoattraction were inhibited by the mTOR-selective dru
148 primary monocytes lost responsiveness to p17 chemoattraction, whereas CXCR1-transfected Jurkat cells
149 n Celsr1 mutants results from Wnt5a-mediated chemoattraction, which is suppressed in wild-type embryo
150 P1 and LRP2 ligands that could induce axonal chemoattraction, which might have therapeutic potential.
151 ent PDAC cells inhibited their bidirectional chemoattraction with neural cells, and more specifically
152 s recognized as the prototypical effector of chemoattraction, with roles in both long- and short-rang