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1 a 3 beta 1 with distinct ligand specificity (laminin-5).
2 biglycan, and the basement membrane protein laminin 5.
3 adhere to collagen but adhere and spread on laminin 5.
4 LAMB3 gene encoding the beta3 polypeptide of laminin 5.
5 , or the alpha3, beta3, and gamma2 chains of laminin 5.
6 ding mediated by integrin alpha(3)beta(1) on laminin 5.
7 binding site inhibited the binding of NC1 to laminin 5.
8 f NC1 was identified as the binding site for laminin 5.
9 ing the constitutive polypeptide subunits of laminin 5.
10 ta4 integrin complex, and the beta3 chain of laminin 5.
11 polypeptides (alpha3, beta3, and gamma2) of laminin 5.
12 biosynthetic processing of lysyl oxidase and laminin 5.
13 ligrin cicatricial pemphigoid sera recognize laminin 5.
14 ted, the RPE cells adhered preferentially to laminin 5.
15 RPE cells rapidly attached and flattened on laminin 5.
16 seen by degradation of type IV collagen and laminin 5.
17 regulates alpha3beta1-dependent migration on laminin 5.
18 gen type IV expression pattern and decreased laminin 5.
19 e a domain (DIII) from the ECM macromolecule laminin-5.
20 pha 3-dependent random CHO cell migration on laminin-5.
21 secrete an extracellular matrix deficient in laminin-5.
22 with most patients shown to have defects in laminin-5.
23 so immunolabeled BMZ of JEB skin that lacked laminin-5.
24 higoid immunoprecipitated both laminin-6 and laminin-5.
25 confirming the interaction of fibulin-2 with laminin-5.
26 levels of the beta4 integrin, which binds to laminin-5.
27 on but not adhesion on substrates other than laminin-5.
28 non-polarized spreading of keratinocytes on laminin-5.
29 n decreased cell adhesion to fibronectin and laminin-5.
30 3beta1 internalization in cells migrating on laminin-5.
31 response to epidermal growth factor (EGF) on laminin-5.
32 of IkappaB in beta4 mutant cells adhering to laminin-5.
33 membrane with upregulation of laminin-8 and laminin-5.
34 et PAK1 were activated following adhesion to laminin-5.
35 iates cellular adhesion to the matrix ligand laminin-5.
36 showed comparable expression and adhesion to laminin-5.
37 otein Shc when the cells are stimulated with laminin-5.
39 the laminin alpha 3 subunit, a component of laminins 5, 6, and 7, completely inhibited the closure o
40 a2 cleavage is required for formation of the laminin 5-6 complex and that this complex is directly in
43 promotes expression of the precursor form of laminin 5, a characteristic of leading keratinocytes in
46 inocytes demonstrated decreased secretion of laminin-5, a laminin isoform known to inhibit keratinocy
48 are abundant receptors on keratinocytes for laminin-5, a major component of the basement membrane be
49 In Herlitz junctional epidermolysis bullosa (laminin 5 abnormalities, n = 4) these values were reduce
50 ells displayed markedly impaired motility on laminin-5, accompanied by unusually persistent lateral a
51 more the data are consistent with a role for laminin-5, acting through its alpha3beta1 and/or alpha6b
53 an BCCs, including decreased BP180/BPAG2 and laminin 5 adhesion proteins and expression of basal epid
54 nogen activation, the globular domain of the laminin-5 alpha(3) subunit, a major pp126 matrix protein
55 the G(1) subdomain of the N terminus of the laminin-5 alpha(3) subunit, with equilibrium dissociatio
56 laminin-5 as a true ligand for alpha(3), the laminin-5/alpha(3)-dependent motility of ldlD/CD9 cells
58 beta1gamma1), laminin-4 (alpha2beta2gamma1), laminin-5 (alpha3Abeta3gamma2), and laminin-6 (alpha3Abe
60 vates RhoA, slowing cell locomotion, whereas laminin-5-alpha3beta1 integrin interaction inhibits RhoA
61 ntaining low calcium proteolytically process laminin 5 (alpha3beta3gamma2) within the alpha3 and gamm
63 The gene LamC2 encoding the gamma2 chain of laminin 5, an epithelial cell-specific extracellular mat
66 ains showed distruption in the deposition of laminin 5 and an apparent lack of fibronectin at the edg
67 cleaves gamma2 in vitro, both within intact laminin 5 and at the predicted site of a recombinant gam
68 pithelial sheet showed negative staining for laminin 5 and collagen VII, but interrupted linear basal
69 TAT3-dependent manner, which also stabilizes laminin 5 and engages cells to form hemidesmosome-like j
71 a(4) or laminin 5 confirm that deposition of laminin 5 and ligation by alpha(6)beta(4) are required f
73 A3 gene, which encodes the alpha3 subunit of laminin 5 and other isoforms, to examine developmental f
74 ristics in the basal epithelium by degrading laminin 5 and part of collagen IV, and disassembling col
75 ufficient to elevate expression of precursor laminin 5 and RhoGTP, allowing for subsequent collagen a
77 rane formation was evaluated by detection of laminin 5 and Type IV collagen expressions on immunohist
78 this study is to evaluate the expression of laminin 5 and Type IV collagen histologically in regener
81 ve studied the molecular interaction between laminin-5 and extracellular matrix proteins using recomb
82 ing antibody 9EG7, binding affinity for both laminin-5 and invasin increased by about 10-fold, wherea
83 cal for adhesion to invasin, indicating that laminin-5 and invasin may use different recognition mech
84 soluble alpha 3 beta 1 specifically bound to laminin-5 and laminin-10, but not to laminin-1, laminin-
86 analyses that demonstrate colocalization of laminin-5 and plasminogen in the extracellular matrix of
87 -cell adhesion and slow down haptotaxis over laminin-5 and point to the alpha6beta4-erbB2 heterodimer
88 s a critical role in tumor cell responses to laminin-5 and reveal promotion of integrin recycling as
90 rmal keratinocytes (containing laminin-6 and laminin-5) and JEB keratinocytes (containing laminin-6 b
91 blocking adhesion to fibronectin, laminin 1, laminin 5, and collagen IV was 2.4 microg, 1.8 microg, 4
92 blocking adhesion to fibronectin, laminin 1, laminin 5, and collagen IV was 6.9 microg, 5.7 microg, >
93 ncubation for collagen IV, collagen VII, and laminin 5, and through 5 wk for epidermal barrier by sur
94 ted negative immunofluorescence staining for laminin 5, and transmission electron microscopy revealed
95 timulation), 2) the shape of cells spread on laminin-5, and 3) alpha 3-dependent random CHO cell migr
96 did not alter cell adhesion or spreading on laminin-5, and had no effect on reaggregation of cells p
98 ng with ZO-1, connexin 43, type IV collagen, laminin-5, and perlecan, and apoptosis was determined by
102 ified recombinant NC1 bound to human and rat laminin 5 as measured by enzyme-linked immunosorbant ass
103 he epithelial basement membrane glycoprotein laminin-5 as a model to evaluate molecular events that d
105 (3)/CD9 interaction by GM3 and the status of laminin-5 as a true ligand for alpha(3), the laminin-5/a
107 These studies demonstrate that human anti-laminin 5 autoantibodies are pathogenic in vivo and desc
111 pitopes within NC1 that colocalized with the laminin 5 binding site inhibited the binding of NC1 to l
112 k (Tyr-186 and Trp-188) or enhance (Asp-122) laminin-5 binding to alpha 3 beta 1 did not affect lamin
116 P-2 did not cleave the gamma2 chain of human laminin-5 but processed the rat laminin gamma2 chain to
117 C1 bound predominantly to the beta3 chain of laminin 5, but also to the gamma2 chain when examined by
118 e tail-less alpha6beta4 binds efficiently to laminin 5, but is unable to integrate with the cytoskele
119 Consistently, adhesion of quiescent HFKs to laminin 5, but not collagen, also promotes expression of
120 Chinese hamster ovary (CHO) cell adhesion to laminin-5, but did alter 1) alpha 3-dependent tyrosine p
124 Protein and mRNA expression of all three laminin 5 chains were detected in the basal cells of nor
126 his patient and two other patients with anti-laminin-5 cicatricial pemphigoid immunoprecipitated both
127 y and by binding of 125I-radiolabeled NC1 to laminin 5-coated wells, but not to laminin 1 or albumin.
128 iv) Adhesion of HCV29 or YTS-1/CD82 cells to laminin-5-coated plate activated cMet kinase in the abse
129 (iv) Adhesion of YTS1 or YTS1/CD82 cells to laminin-5-coated plates, as compared with noncoated plat
131 ial cells that could be rescued by exogenous laminin 5, collagen, or an antibody against integrin alp
133 ith keratinocytes lacking alpha(6)beta(4) or laminin 5 confirm that deposition of laminin 5 and ligat
137 in this report suggest that the decrease in laminin-5 content in hypoxic matrix, relative to matrix
138 esion of p300-overexpressing cells is due to laminin-5-deficient extracellular matrix and not due to
139 read poorly compared with wild-type cells on laminin-5, demonstrating a postattachment requirement fo
140 NC1 (FNC1) promoted tumor cell invasion in a laminin 5-dependent manner and were required for tumorig
145 in), basement membrane assembly (Collagen 7, Laminin 5), differentiation (K13, K3), proliferation (Ki
147 on and immunohistochemical staining revealed laminin 5 expression mostly in the subcapsular region of
152 wt) alpha3 or point mutants unable to engage laminin 5 (G163A) or epithelial cadherin (E-cadherin; H2
153 2, MMP-2, membrane type 1-MMP (MT1-MMP), and laminin 5 gamma 2 (LN 5 gamma 2) in tumor cells correlat
154 perative interactions of MMP-2, MT1-MMP, and laminin 5 gamma 2 chain and, thus, the remodeling of the
155 antigen, vascular endothelial-cadherin, and laminin 5 gamma 2 chain domain III fragment in lymph nod
157 , inhibition of PI3K blocked the cleavage of laminin 5 gamma 2 chain, resulting in decreased levels o
158 like 2 (mTLL-2), inhibited the processing of laminin-5 gamma2 and alpha3 chains in keratinocyte cultu
159 survey, all BMP-1 isoenzymes processed human laminin-5 gamma2 and alpha3 chains to 105- and 165-kDa f
160 reater elastin degradation and proangiogenic laminin-5 gamma2 peptide production, which may account f
164 on levels, and protein chain assembly of the laminin-5 heterotrimer in six JEB patients to determine
165 encoding the alpha3 and gamma2 chains of the laminin-5 heterotrimer in the cells that overexpress p30
166 hese regions coexpressed the gamma2 chain of laminin 5, identified previously as a marker of invasion
168 dult BALB/C mice challenged with rabbit anti-laminin 5 IgG developed, in a concentration-related fash
169 hat received patient autoantibodies had anti-laminin 5 IgG in their circulation, deposits of human Ig
170 Although passive transfer of rabbit anti-laminin 5 IgG to neonatal mice has been shown to induce
172 suggest that adhesion of epithelial cells to laminin 5 in the basement membrane via alpha3beta1 promo
174 s plasminogen to plasmin, codistributes with laminin-5 in MCF-10A matrix, tPA is not present in pp126
175 role in hemidesmosome assembly by binding to laminin-5 in the basement membrane zone of epithelial ti
177 inin-332 (alpha3beta3gamma2; formerly called laminin-5) in some cysts, as also observed in human PKD.
178 nd spreading via integrin alpha(3)beta(1) on laminin 5 independent of RhoGTPase, a regulator of actin
179 isplay parallel changes in the expression of laminin 5, integrin alpha3beta1, E-cadherin, and the gap
180 al or inhibition of any of these components (laminin-5, integrin, CD151, FAK) markedly sensitizes cel
183 ate steps in the pathway linking alpha3beta1-laminin 5 interactions to GJIC indicated that protein tr
184 migratory keratinocytes wherein alpha3beta1-laminin-5 interactions regulate src kinase signaling thr
186 become activated, deposit newly synthesized laminin-5 into the extracellular matrix, and migrate int
190 6F12 (laminin beta 3 subunit) revealed that laminin-5 is deposited in a basal matrix that extends in
191 interaction between integrin alpha3beta1 and laminin-5 is essential for establishment of a stable, le
194 a4Q155L fail to associate with Shc even when laminin-5 is present, thus impacting downstream signalin
197 labeling indicate that laminin-6, as well as laminin-5, is identified by the AAb from a subset of cic
199 collagen gene (COL7A1) or the genes encoding laminin 5 (LAMA3, LAMB3, or LAMC2) usually result in cli
201 amounts of the extracellular matrix protein laminin 5 (LM-5) and frequently express alpha6beta4 inte
202 tate gland, basal epithelial cells adhere to laminin 5 (LM5) via alpha3beta1 and alpha6beta4 integrin
203 d significant increases in the expression of laminin 5 (Ln-5, gamma2 chain) and matrix metalloprotein
204 he recombinant LG3 (rLG3) module (26 kDa) of laminin-5 (Ln-5) alpha(3) chain replicated key Ln-5 acti
205 art to metalloproteinase-induced cleavage of laminin-5 (Ln-5) and enhanced motility of the cancer cel
209 that matrix metalloprotease-2 (MMP2) cleaves laminin-5 (Ln-5), a basement membrane component, generat
210 membrane (BM) extracellular matrix component laminin-5 (Ln-5), integrins alpha 3 beta 1 and alpha 6 b
212 eratinocytes on the gamma2 precursor form of laminin 5 (LN5') immediately induced directional hypermo
213 sent evidence that HPV binds specifically to laminin 5 (LN5), a component of the extracellular matrix
217 and motility of these cells are mediated by laminin-5 ((LN5) and fibronectin (FN) through alpha3beta
218 ction between double negative thymoctyes and laminin 5 made by subcapsular epithelial cells is requir
219 ransfected endothelial cells are plated onto laminin-5 matrix, GFP-beta4WT and GFP-beta4V284E localiz
220 hypothesize that these laminins, along with laminin 5, may play roles in photoreceptor production, s
221 The basement membrane protein laminin-332 (laminin-5) mediates both stable cell adhesion and rapid
222 y, the induction of various genes (including laminin-5, MMPs, TGF beta, zyxin, terminal deoxynucleoti
225 inhibitor of vesicle transport, or with anti-laminin 5 monoclonal antibodies abolishes the PI3K-depen
232 ted NC1, as well as a polyclonal antibody to laminin 5 or a monoclonal antibody to the beta3 chain.
233 ha3 or when alpha3beta1 is mainly engaged on laminin 5 or E-cadherin in adherens junctions, leading t
235 6 and beta4 integrins and the beta3 chain of laminin 5; p < 0.01 for BPAG1; and p < 0.05 for BPAG2.
238 emaining stroma showed negative staining for laminin 5, positive linear staining for collagen IV in t
239 o identify the enzyme(s) responsible for the laminin 5 processing and the sites of proteolytic cleava
244 pression of p300 leads to down-regulation of laminin-5 production in breast epithelial cells, resulti
246 B2+ breast cancer cells to basement membrane laminin-5 provides substantial resistance to trastuzumab
248 ell surface complexes with both of the major laminin-5 receptors, integrins alpha3beta1 and alpha6bet
252 ssociated tetraspanin protein CD151 reversed laminin-5 resistance and sensitized ErbB2+ cells to tras
253 oactive pro-angiogenic gamma2 fragments from laminin-5, revealing a functional role for cathepsin S i
254 mbly, but not hemidesmosome assembly, in the laminin 5-rich dermal-epidermal junction basement membra
257 enhanced MMP-dependent cellular migration on laminin-5-rich matrix using an in vitro colony dispersio
258 sed dermal collagen and fibronectin and over laminin 5 secreted into the provisional basement membran
259 we have compared the forms of heterotrimeric laminin-5 secreted by 804G and MCF-10A cells with those
264 nclude LAMA3, LAMB3, and LAMC2, which encode laminin 5 subunit polypeptides, the alpha3-, beta3-, and
266 min may play an important role in processing laminin-5 subunits is supported by immunofluorescence an
268 ur of these chains, along with components of laminin 5 (the alpha3, beta3, and gamma2 chains) are als
275 fied type VII collagen bound to fibronectin, laminin-5, type I collagen, and type IV collagen and als
278 e wound edge on endogenous basement membrane laminin 5 via alpha(3)beta(1) and alpha(6)beta(4) in a R
285 ocused our studies on the laminin family, as laminin-5 was identified as an autoantigen in cicatricia
287 t in keratinocytes, haptotactic migration on laminin-5 was stimulated by anti-beta1 integrin-activati
290 the role of CD151 in tumor cell responses to laminin-5, we used retroviral RNA interference to effici
291 (laminin-6) intensely and a 400-kDa protein (laminin-5) weakly in normal keratinocyte medium even tho
292 n of the alpha3, beta3, and gamma2 chains of laminin 5 were investigated in normal and invasive prost
293 - and alpha6beta4-dependent cell adhesion to laminin-5 were also impaired in CD151-silenced cells.
295 binding to laminin 332 (LN332; also known as laminin 5), whereas antibodies that block alpha6beta4 bi
296 GFP-beta4WT and GFP-beta4V284E localize with laminin-5, whereas GFP-beta4K150A and GFP-beta4Q155L do
297 in in the cytoplasm in beta4 mutant cells on laminin-5, whereas they enter effectively into the nucle
298 is a cell adhesion receptor for laminin-332/laminin-5 with important roles in the survival and motil
299 fibulin-2 functions to bridge laminin-1 and laminin-5 with other extracellular matrix proteins, prov
300 is promoted by integrin-mediated adhesion to laminin-5, with strong support by CD151, leading to sign
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