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Organotypic 3d Microvessel 10.1186/s12951-019-0458-2

Human organotypic 3D microvessel models provide a bridge for how research outcomes can translate to humans.

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Organotypic 3d Microvessel 10.1080/00150193.2019.1592452

The vascular toxicity was evaluated based on this organotypic 3D microvessel model.

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3d microvessel model 10.1016/j.biomaterials.2019.01.022

In conclusion, by using a 3D microvessel model we identified novel roles for EGFL7 in endothelial function during sprouting angiogenesis.

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3d microvessel model 10.1186/s12951-019-0458-2

Human organotypic 3D microvessel models provide a bridge for how research outcomes can translate to humans.

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10.3791/59678

The iPSC-ECs are cultured as 40 perfused 3D microvessels against a patterned collagen-1 scaffold.

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10.1016/j.biomaterials.2019.01.022

In conclusion, by using a 3D microvessel model we identified novel roles for EGFL7 in endothelial function during sprouting angiogenesis.

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10.1128/mBio.00420-19

Perfusion assays on 3D microvessels reveal previously unappreciated phenotypic heterogeneity in parasite binding to tumor necrosis factor alpha (TNF-α)-activated brain endothelial cells.

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10.1186/s12951-019-0458-2

Human organotypic 3D microvessel models provide a bridge for how research outcomes can translate to humans.

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10.1080/00150193.2019.1592452

The vascular toxicity was evaluated based on this organotypic 3D microvessel model.

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3d Microvessel

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Dec 14, 2024

What is/are 3d Microvessel?

3d Microvessel - The iPSC-ECs are cultured as 40 perfused 3D microvessels against a patterned collagen-1 scaffold. ^[1] In conclusion, by using a 3D microvessel model we identified novel roles for EGFL7 in endothelial function during sprouting angiogenesis. ^[2] Perfusion assays on 3D microvessels reveal previously unappreciated phenotypic heterogeneity in parasite binding to tumor necrosis factor alpha (TNF-α)-activated brain endothelial cells. ^[3] Human organotypic 3D microvessel models provide a bridge for how research outcomes can translate to humans. ^[4] The vascular toxicity was evaluated based on this organotypic 3D microvessel model. ^[5]

Organotypic 3d Microvessel

Human organotypic 3D microvessel models provide a bridge for how research outcomes can translate to humans. ^[1] The vascular toxicity was evaluated based on this organotypic 3D microvessel model. ^[2]

3d microvessel model

In conclusion, by using a 3D microvessel model we identified novel roles for EGFL7 in endothelial function during sprouting angiogenesis. ^[1] Human organotypic 3D microvessel models provide a bridge for how research outcomes can translate to humans. ^[2] The vascular toxicity was evaluated based on this organotypic 3D microvessel model. ^[3]