… to fabricate 3D biomimetic nerve conduit from Antheraea pernyi … and biomimetic NGC was
designed in such a way to yield an … nanofiber diameter was determined by analyzing randomly …

… such as additive manufacturing and 3D bioprinting could be … randomly-oriented nanofibers
over the aligned nanofibers, … bi-functionalized with NGF and CNTF to enhance peripheral …

… with controllable diameter and 3D endothelialization. This … As a proof of concept, a 4-channel
conduit with aligned nanofibers … Single-channel conduits with random fiber or aligned fiber …

… and between the middle and bottom ones were designed to be about 90 and 30, respectively,
… -based therapies, targeting various 3D anisotropic tissues such as nerve, skeletal muscle, …

… nerve was mimicked with aligned and longitudinal nanofibers… The conduits were prepared
with both aligned and randomly … A 3D biomimetic NGC prepared with Antheraea pernyi silk …

… Multichannel structures in the design of nerve conduits offer … of nanofibrous conduits with
random alignment was 3.2 ± 0.2 … that the aligned topography of the synthetic nanofibers having …

… of 3D biomaterials especially the nanofibers, polymeric … the aligned nanofibers are better
known to enhance the proliferation and differentiation of the MSCs when compared to randomly …

… of as-designed aligned nanofiber-integrated compartmentalized neural culture systems for
… of MNs and DRG neurons and grew randomly in the somal chamber of conventional GMS. …

… orientation and axonal alignment of neural cells within their … a standard technique for
producing nanofibers in the field of … the randomly aligned fibers on the central part of this nerve …

… Laminin-modified aligned silk fibroin nanofibers were used as channels of nerve conduits to
… , whereas the axons cultured in the random nanofibers displayed no directional specificity (…