… with highly aligned electrospun nanofibers to enhance the … and difficulty in fabricating
them into 3D structures, synthetic … Multi-channel electrospun NGC bi-functionalized with NGF …

… electrospun align-random distinct, heterogeneous nanofiber (… Therefore, a novel fabrication
process for realizing aligned … targeting various 3D anisotropic tissues such as nerve, skeletal …

… in the electrospinning technique, novel NGCs designs are … electrospinning technique can
produce randomly or aligned … NGC was fabricated by 3D bioprinting and electrospinning. The …

… It is considered as a standard technique for producing nanofibers in the field of NTE [11,12]. …
the weaker aligned structure [12]. The modified design of this electrospinning set up involves …

… and DRG neurons and grew randomly in the somal chamber … chamber to verify the feasibility
to set up a co-culture model … device by integrating electrospun aligned nanofibers into the …

… in aqueous medium, electrospun nanofiber mats were placed … stronger nanofibrous scaffold
with random orientation to study the … 50 nm were fabricated and used to decorate the aligned …

… nanofibers usually cannot be processed via electrospinning at … Electrospun scaffolds with
uniaxial fiber alignment have … in the inner layer of the nerve guide conduit (NGC) in order to …

… are employed for fabricating 3D electrospun structures, which … conduits have demonstrated
remarkable efficacy in aligning … aligned nanofibers, which can be easily manufactured using …

… controlled design of aligned and random nanofibers for 3D bi-functionalized nerve conduits
were fabricated via a novel … The electrospinning set up was capable of producing a single …

… (3D) printing and electrospinning enables the fabrication of … are randomly distributed as
is typical with electrospinning … 3D-printed microfibers directly with electrospun nanofibers …