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1 ce was associated with altered expression of alpha3-integrin.
2 f K562 cells transfected with various mutant alpha3 integrins.
3 pes of laminin receptors, including integrin-alpha3, integrin-alpha6, integrin-alpha7, integrin-beta1
6 nes involved in metastasis showed that CD44, alpha3 integrin, and caveolin were down-regulated in the
8 on of focal adhesion proteins FAK, paxillin, alpha3-integrin, and a higher-molecular-weight form of b
10 n molecules, including fibronectin, integrin alpha3, integrin beta1, integrin beta3, and cadherin 6.
11 ass spectroscopy and immunoblotting [laminin alpha3, integrin beta2, beta-actin, alpha-actinin, super
12 pithelial cells reconstituted with wild type alpha3 integrin, but not a mutant alpha3 unable to bind
13 cal integrin residues, a region of the human alpha3 integrin chain predicted to be involved in substr
16 l kinase-Hippo suppressor pathway identified alpha3 integrin-deficient prostate cancers as potential
17 typic reversion was accompanied by decreased alpha3 integrin expression and reduced proliferation.
18 ell surface, which results in an increase in alpha3 integrin expression via activation of initiation
19 ied by altered actin organization, increased alpha3 integrin expression, and spreading cell morpholog
21 Mice with genetically reduced expression of alpha3 integrin fail to maintain long-term potentiation
22 Furthermore, the targeted mutation of the alpha3 integrin gene results in abnormal layering of the
24 ithin the primary tumor mediated by CD44 and alpha3 integrins hinders metastasis and that shedding is
26 CKS, while at the membrane, colocalizes with alpha3-integrin in a peripheral adhesive zone of the gro
28 ly, phosphorylation at those sites regulates alpha3 integrin levels, which is critical for the timely
29 Examination of the actin cytoskeleton of alpha3 integrin mutant cortical cells reveals aberrant a
30 neurons as well as the deep layer neurons of alpha3 integrin mutant mice expressing EGFP were misplac
34 whereas COX-2 inhibition was not observed in alpha3 integrin-null endothelial cells, indicating that
35 Consistent with these findings, the ECM of alpha3 integrin-null keratinocytes, which also migrated
36 an efficient in vivo targeting agent against alpha3 integrin of MDA-MB-231 breast tumor xenograft imp
37 tometry, the binding affinity (K(d)) of 1 to alpha3 integrin on MDA-MB-231 breast cancer cells was de
38 ith their primary counterparts, and blocking alpha3 integrin or CD44 function inhibited attachment an
39 rt that epithelial cell-specific deletion of alpha3 integrin prevents EMT in mice, thereby protecting
42 ed by extensive colocalization of MARCKS and alpha3-integrin, resistance to eicosanoid-triggered deta
44 e relationship between the expression of the alpha3 integrin subunit and c-myc is mimicked by other c
45 arkedly down-regulated the expression of the alpha3 integrin subunit at both the transcript and prote
46 mice with epidermis-specific deletion of the alpha3 integrin subunit fail to form skin tumors during
47 Evidence is now presented that alpha2 and alpha3 integrin subunit levels are also reduced in cells
52 interact with the cytoplasmic domain of the alpha3 integrin, to stabilize focal adhesions and activa
55 cated in EMT; we found that in primary AECs, alpha3 integrin was required for beta-catenin phosphoryl
56 cells expressing alpha6beta4 but lacking the alpha3 integrin were insensitive to Ln-332 and HSC-CM pr