Migratory response of human orbital fat-derived mesenchymal stem cell encapsulated in collagen gel

H. Diao, C. Yu, B. Chan
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Abstract

The aim of this study is to make a functional selection of the highly migratory orbital fat-derived stem cells (OFSCs) using a 3D collagen gel as a selection barrier. Firstly we isolated OFSCs by regular digestion. Passage 2–3 OFSCs were used to verify their multiple differentiation potentials. Then we encapsulated passage 2–6 OFSCs into collagen type I microspheres, followed by a well-established cell migration assay under attraction of two kinds of chemokines −10 ng/ml Fractalkine or 50 ng/ml SDF-1β. After staining and counting, we found that after 3D collagen barrier selection, migrated OFSCs have more sensitive response to the induction of these two chemokines.
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胶原凝胶包膜人眼眶脂肪源性间充质干细胞的迁移反应
本研究的目的是利用三维胶原凝胶作为选择屏障,对高度迁移的眶脂肪源性干细胞(OFSCs)进行功能选择。首先,我们通过常规消化分离出OFSCs。2-3段OFSCs被用来验证其多分化潜能。然后我们将2-6代OFSCs包封到I型胶原微球中,然后在两种趋化因子(10 ng/ml Fractalkine或50 ng/ml SDF-1β)的吸引下进行成熟的细胞迁移实验。通过染色和计数,我们发现经过3D胶原屏障选择后,迁移的OFSCs对这两种趋化因子的诱导反应更加敏感。
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