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Molecular and Cellular Biology of Plasminogen Activation

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103 • Thrombin Induces Tumor Invasion<br />

through the Induction <strong>and</strong> Association <strong>of</strong><br />

Matrix Metalloproteinase-9 <strong>and</strong> b-1 Integrin<br />

on the Cell Surface • Bruno K*, Radjabi R,<br />

Sawada K, Montag A, Kossiak<strong>of</strong>f A, Lengyel E<br />

104 • Overexpression <strong>of</strong> Protease Nexin-1<br />

mRNA in Oral Squamous Cell Carcinomas •<br />

Gao S, Krogdahl A, Sørensen JA, Dabelsteen E,<br />

Andreasen PA*<br />

105 • The Matrix Metalloprotease (MMP)<br />

Inhibitor Galardin Increases Collagen<br />

Deposition <strong>and</strong> Reduces Spontaneous<br />

Metastasis in the MMTV-PymT Transgenic<br />

Breast Cancer Model • Almholt K*, Lærum OD,<br />

Lund LR, Danø K, Johnsen M, Rømer J<br />

106 • Proteomics <strong>of</strong> uPAR Protein: Protein<br />

Interactions in Cancer Metastasis • Saldanha R,<br />

Molloy M, Xu N, Baker MS*<br />

107 • A New Tagging System for Production<br />

<strong>of</strong> Recombinant Proteins in Drosophila<br />

S2 Cells Using the Third Domain <strong>of</strong> the<br />

Urokinase Receptor • Gårdsvoll H*, Hansen LV,<br />

Jørgensen TJD, Ploug M<br />

108 • Photoaffinity Labeling <strong>of</strong> uPAR with<br />

Cyclic Peptides • Jacobsen B*, Gårdsvoll H,<br />

Barkholt V, Østergaard S, Ploug M<br />

109 • In Vivo Inhibition <strong>of</strong> the Murine<br />

uPA-uPAR Interaction using Monoclonal<br />

Antibodies Raised in uPAR Deficient Mice •<br />

Rasch MG*, Pass J, Jögi A, Rønø B, Gårdsvoll H,<br />

Lund LR, Høyer-Hansen G, Lund IK<br />

110 • RNA Interference for Urokinase-<br />

Targeting Limits Growth <strong>of</strong> Hepatocellular<br />

Carcinoma Xenografts in Nude Mice •<br />

Salvi A*, Arici B, Barlati S, De Petro G<br />

111 • Potent <strong>and</strong> Broad Anti-tumor Activity<br />

<strong>of</strong> an Engineered Matrix Metalloproteinaseactivated<br />

Anthrax Lethal Toxin that Targets<br />

Tumor Vasculature • Liu S, Wang H,<br />

Currie BM, Molinolo A, Leung HJ, Moayeri M,<br />

Alfano RW, Frankel AE, Leppla SH, Bugge TH*<br />

112 • Elucidation <strong>of</strong> the Epitope <strong>of</strong> MA-<br />

31C9, a Non-inhibitory Anti-human PAI-1<br />

Antibody • Meissenheimer LM*, Dewilde M,<br />

Compernolle G, Declerck PJ, Gils A<br />

113 • Residues outside the Epitope Determine<br />

the Function <strong>of</strong> MA-159M12, an Inhibitory<br />

Anti-rat PAI-1 Antibody • Meissenheimer LM*,<br />

Compernolle G, Declerck PJ, Gils A<br />

114 • Conformational Probes <strong>and</strong> Activity<br />

Regulators <strong>of</strong> <strong>Plasminogen</strong> Activator<br />

Inhibitor-1, Isolated from Phage-displayed<br />

Disulphide Bridge-constrained Peptide<br />

Libraries • Dupont DM, Jensen JK, Mathiasen L,<br />

Blouse GE, Wind T, Andreasen PA*<br />

115 • Urokinase-type <strong>Plasminogen</strong> Activatorinhibiting<br />

Cyclic Peptides Demonstrate New<br />

Modalities for Inhibition <strong>of</strong> Serine Proteases •<br />

Andersen LM*, Wind T, Hansen HD, Blouse GE,<br />

Christensen A, Jensen JK, Malmendal A,<br />

Nielsen NC, Andreasen PA<br />

116 • In vivo Treatment with Monoclonal<br />

Antibodies against Mouse Urokinase-type<br />

<strong>Plasminogen</strong> Activator in Cancer Models •<br />

Jögi A*, Lund IK, Høyer-Hansen G, Lund LR,<br />

Danø K, Rømer J<br />

12 X I t h I n t e r n a t i o n a l W o r k s h o p o n

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