IVMPRC12-018 New Bead Block Brochure.pdf - Biocompatibles
IVMPRC12-018 New Bead Block Brochure.pdf - Biocompatibles
IVMPRC12-018 New Bead Block Brochure.pdf - Biocompatibles
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The only spherical embolic agent comprised of PVA hydrogel cross-linked with acrylic polymerHow does <strong>Bead</strong> <strong>Block</strong> ® compare?What does this mean?2<strong>Bead</strong> <strong>Block</strong> ®PVA hydrogel cross-linked with acrylic polymerEmbosphere ®Acrylic polymer structure (Trisacryl ® )Contour SE Macroporous PVA 1Embozene Polyphosphazene-coated polymethylmethacrylateRigidity and fragmentation• <strong>Bead</strong> <strong>Block</strong> ® is significantly less rigid than Embosphere ® . 3• An in-vivo animal study by Bilbao et al, 2 published in JVIR in 2008, demonstratedthat:– <strong>Bead</strong> <strong>Block</strong> remained round or slightly oval and showed no fragmentationat 48 hours after embolization. 2– Embosphere had a large number of particles that showed a fragmentedappearance at 48 hours after embolization. 2• Trisacryl ® gelatin microspheres (Embosphere) have a high rigidity and deformslightly under a sustained compression since they have a high elasticity. 4• Polyphosphazene-coated polymethylmethacrylate microspheres (Embozene )are soft and deform considerably under sustained compression and are more viscousthan <strong>Bead</strong> <strong>Block</strong> and Embosphere. 4