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1 umor cell adhesion and directly binds to the alpha3beta1 integrin.
2 4SF proteins may link PI 4-K activity to the alpha3beta1 integrin.
3 t their interactions are mediated in part by alpha3beta1 integrin.
4 ot for the association between KAI1/CD82 and alpha3beta1 integrin.
5 -5 and adhere to exogenous laminin-5 through alpha3beta1 integrin.
6 t alpha3 and beta1 integrins, and by soluble alpha3beta1 integrin.
7 t alpha3 and beta1 integrins, and by soluble alpha3beta1 integrin.
8 ectin also enhanced TSP1 binding to purified alpha3beta1 integrin.
9 ance the ability of TSP1 to be recognized by alpha3beta1 integrin.
10 a TSP1 substrate, which was also mediated by alpha3beta1 integrin.
11 o depends on interactions between Reelin and alpha3beta1 integrin.
12 everal signals that regulate activity of the alpha3beta1 integrin.
13 s, including the gB-specific alphaVbeta3 and alpha3beta1 integrins.
14 binding of alpha3(IV)NC1 to alphaVbeta3 and alpha3beta1 integrins.
15 prostate cancer metastasis via depletion of alpha3beta1 integrin, a correlation observed in a signif
17 tional cell-surface proteins associated with alpha3beta1 integrin, a monoclonal antibody selection pr
19 PP interacted with alpha3beta1 integrin, and alpha3beta1 integrin altered APP trafficking and process
20 AK-negative mouse DU3 cells suggest that the alpha3beta1 integrin and FAK play roles in the HHV-8 med
21 romote normal cortical lamination by binding alpha3beta1 integrin and modulating integrin-mediated ce
22 s with cell surface heparan sulfate (HS) and alpha3beta1 integrin and plays roles in the initial bind
24 This enhancement of adhesion was mediated by alpha3beta1 integrin and required that the alpha3beta1 i
25 ant role in post-translation modification of alpha3beta1 integrin and strongly suggest that changes i
30 ced glomerular epithelial cell expression of alpha3beta1 integrins and impaired adhesion to type IV c
34 data therefore indicate that the function of alpha3beta1 integrin as a mediator of keratinocyte migra
38 s bound by the alpha1beta1, alpha2beta1, and alpha3beta1 integrins, as well as cell surface proteogly
42 F-beta receptor signaling complex containing alpha3beta1 integrins, beta-catenin, TGF-beta receptor I
45 e of a peptide (alpha325) that disrupts uPAR/alpha3beta1 integrin binding prevented uPA induction.
46 s a signaling platform; migration depends on alpha3beta1 integrin binding to laminin 332 (LN332; also
51 column indicated that D-Hep-III binds to the alpha3beta1 integrin but not to the alpha2 or alpha6 int
53 ored the hypothesis that lateral ligation of alpha3beta1 integrin by uPAR contributes to uPA regulati
54 nd raised the question of how the tumor cell alpha3beta1 integrin contacts its best-defined ligand, l
55 retraction and both the alpha6 integrins and alpha3beta1 integrin contribute to lamellae formation.
58 raspanin association were both important for alpha3beta1 integrin-dependent initial adhesion and rapi
59 in alpha3beta1; however, unlike alphavbeta3, alpha3beta1 integrin did not mediate cell adhesion to im
61 s with cell surface heparan sulfate (HS) and alpha3beta1 integrin during the early stages of infectio
62 s 8 (KSHV/HHV-8) interacts with cell surface alpha3beta1 integrin early during in vitro infection of
63 monstrate that the fragment acts through the alpha3beta1-integrin/extracellular matrix metalloprotein
65 ly displace the receptor tyrosine kinase and alpha3beta1 integrin from the syndecan with an IC50 of 1
67 reepithelialization but suggest instead that alpha3beta1 integrin has a major new in vivo role as an
70 high affinity ligand for the alphavbeta3 and alpha3beta1 integrin heterodimers and that these integri
71 In this paper, we define a novel role for alpha3beta1 integrin in association with the tetraspanin
72 ing Schwann cells, and specifically with the alpha3beta1 integrin in some cells, we tested whether th
74 trate the involvement of both galectin-3 and alpha3beta1 integrin in the EC response to NG2 and show
76 sion and functional interaction of CD151 and alpha3beta1-integrin in geminin-overexpressing cells.
77 HHV-8 gB-neutralizing antibodies and soluble alpha3beta1 integrin inhibited the virus-induced signali
78 lustrated in models with altered function of alpha3beta1 integrin, integrin-linked kinase, laminin-52
79 , slowing cell locomotion, whereas laminin-5-alpha3beta1 integrin interaction inhibits RhoA and activ
80 alpha1(IV)382-393 but right in the middle of alpha3beta1 integrin interaction with alpha1(IV)531-543.
81 ecific guidance mechanisms, such as netrin-1-alpha3beta1 integrin interactions, modulate distinct rou
82 vitro and in vivo findings demonstrate that alpha3beta1 integrin is critical for alpha3(IV)NC1-media
83 a indicate that a complex comprising LN5 and alpha3beta1 integrin is multifunctional and contributes
87 We show that binding of alpha3(IV)NC1 to alpha3beta1 integrin leads to inhibition of COX-2-mediat
91 tatic tumor, and the decreased expression of alpha3beta1 integrin may contribute to its virulence.
92 herefore, recognition of immobilized TSP1 by alpha3beta1 integrin may stimulate endothelial cell prol
93 ry structure) can directly influence several alpha3beta1 integrin-mediated signal transduction events
94 e IV collagen, alpha1(IV)531-543, can induce alpha3beta1 integrin-mediated signal transduction in mel
95 ial cells do not spread on a TSP1 substrate, alpha3beta1 integrin mediates efficient spreading on TSP
97 endent of proliferation, but ligation of the alpha3beta1 integrin modulates endothelial cell prolifer
98 ssion levels of the terminal sialic acids of alpha3beta1 integrin N-glycans play an important role in
99 In vivo analysis of interneuron-specific alpha3beta1 integrin, netrin-1-deficient mice (alpha3(lo
100 on, tumor organoid formation, and growth via alpha3beta1 integrin on cancer cells, associated with tu
101 studies revealed that TIMP2 interacted with alpha3beta1 integrin on ECs, inhibiting Src activation-d
103 < 20 nM) and binding was blocked by a 17-mer alpha3beta1 integrin peptide (alpha325) homologous to th
105 tumor immunity, implicating Col1 homotrimer-alpha3beta1 integrin signaling axis as a cancer-specific
106 2.35 cells express relatively high levels of alpha3beta1-integrins, similar to that previously shown
107 on of SCLC cells, and second, that unengaged alpha3beta1 integrin suppresses the growth of disaggrega
108 Because uPAR is redistributed to clustered alpha3beta1 integrins, the requirement for uPAR/alpha3be
109 e beta1-chain-derived fragment interacts via alpha3beta1-integrins, thereby triggering the down-regul
110 rcinoma cells have been shown to utilize the alpha3beta1 integrin to bind to models of the alpha1(IV)
111 ed by GABAergic interneurons, interacts with alpha3beta1 integrin to promote interneuronal migration.
112 erface as well as impaired relocalization of alpha3beta1 integrin to the basement membrane zone.
113 signaling induces a shift in TF-binding from alpha3beta1-integrin to alpha6beta4 and dictates FAK rec
114 interactions with host receptors, including alpha3beta1 integrin, trigger localized actin rearrangem
117 alpha3 integrin null eggs, we found that the alpha3beta1 integrin was not essential for sperm-egg bin
118 by alpha3(IV)NC1 in endothelial cells, only alpha3beta1 integrin was sufficient to regulate COX-2 in
119 F did not induce increased expression of the alpha3beta1 integrin, which also has been implicated in
121 g N-linked oligosaccharides, most notably on alpha3beta1 integrin, which is the predominant integrin
122 Recombinant and native Reelin associate with alpha3beta1 integrin, which regulates neuron-glia intera
123 pulmonary vasculature through interaction of alpha3beta1 integrin with LN-5 in exposed BM provides bo