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2017•Advanced Healthcare MaterialsOpen access

Electrospinning: 3D Near‐Field Electrospinning of Biomaterial Microfibers with Potential for Blended Microfiber‐Cell‐Loaded Gel Composite Structures (Adv. Healthcare Mater. 19/2017)

Pouria Fattahi, Jordan T. Dover, Justin L. Brown

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Abstract

3D near-field electrospinning is capable of depositing single nano- and microfibers with extraordinary precision. This image demonstrates a stem cell attached to perpendicular microfibers. As described by Justin L. Brown and co-workers in article number 1700456, this process can be multiplexed with other 3D printing techniques to build a wide array of complex structures for applications, such as, regenerative medicine.

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3D near-field electrospinning is capable of depositing single nano- and microfibers with extraordinary precision. This image demonstrates a stem cell attached to perpendicular microfibers. As described by Justin L. Brown and co-workers in article number 1700456, this process can be multiplexed with other 3D printing techniques to build a wide array of complex structures for applications, such as, regenerative medicine.

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Available abstract

3D near-field electrospinning is capable of depositing single nano- and microfibers with extraordinary precision. This image demonstrates a stem cell attached to perpendicular microfibers. As described by Justin L. Brown and co-workers in article number 1700456, this process can be multiplexed with other 3D printing techniques to build a wide array of complex structures for applications, such as, regenerative medicine.

Key concepts: Microfiber, Electrospinning, Materials science, Biomaterial, Composite number, Nanotechnology, Composite material, Polymer

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Electrospinning: 3D Near‐Field Electrospinning of Biomaterial Microfibers with Potential for Blended Microfiber‐Cell‐Loaded Gel Composite Structures (Adv. Healthcare Mater. 19/2017) — Research Paper | ScholarLens