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Research article

First published 1997-11

Embolization of Aneurysms with a Liquid Material: An Experimental Study

T. Koizumi, T. Kawano, K. Kazekawa [...]

Interventional Neuroradiology

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Research article

First published 2009-10

Surface-Phosphorylated Copolymer Promotes Direct Bone Bonding

Sailaja S. Gopalakrishnanchettiyar, Mira Mohanty, Thrikkovil V. Kumary [...]

Tissue Engineering Part A: Research Advances

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Research article

First published 2000-04

A Status Report on the Microencapsulation of Cells for Immunoisolation

Michael V. Sefton

e-biomed: The Journal of Regenerative Medicine

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Research article

First published 2000-2

High strength bioresorbable bone plates: preparation,mechanical properties and in vitro analysis

V. Hasirci, K.U. Lewandrowski, S.P. Bondre [...]

Bio-Medical Materials and Engineering

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Research article

First published 2000-04

Microencapsulation of Normal and Transfected L929 Fibroblasts in a HEMA-MMA Copolymer

Shahab Lahooti, Michael V. Sefton

Tissue Engineering Part A: Research Advances

Free access

Research article

First published 2000-11

Agarose Enhances the Viability of Intraperitoneally Implanted Microencapsulated L929 Fibroblasts

Shahab Lahooti, Michael V. Sefton

Cell Transplantation

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Research article

First published 2009-01

IL-10 Secretion Increases Signal Persistence of HEMA-MMA–Microencapsulated Luciferase-Modified CHO Fibroblasts in Mice

Martin Surzyn, Juliane Symes, Jeffrey A. Medin [...]

Tissue Engineering Part A: Research Advances

Search results

Embolization of Aneurysms with a Liquid Material: An Experimental Study

Surface-Phosphorylated Copolymer Promotes Direct Bone Bonding

A Status Report on the Microencapsulation of Cells for Immunoisolation

High strength bioresorbable bone plates: preparation,mechanical properties and in vitro analysis

Microencapsulation of Normal and Transfected L929 Fibroblasts in a HEMA-MMA Copolymer

Agarose Enhances the Viability of Intraperitoneally Implanted Microencapsulated L929 Fibroblasts

IL-10 Secretion Increases Signal Persistence of HEMA-MMA–Microencapsulated Luciferase-Modified CHO Fibroblasts in Mice