Peripheral nerves have demonstrated the ability to bridge gaps of up to 6 mm. Peripheral Nerve System injury sites beyond this range need autograft or allograft surgery. Central Nerve System cells do not allow spontaneous regeneration due to the intrinsic environmental inhibition. Although stem cell therapy seems to be a promising approach towards nerve repair, it is essential to use the distinct three-dimensional architecture of a cell scaffold with proper biomolecule embedding in order to ensure that the local environment can be controlled well enough for growth and survival. Many approaches have been developed for the fabrication of 3D scaffolds, and more recently, fiber-based scaffolds produced via the electrospinning have been garnerin...
Central and peripheral neural injuries are traumatic and can lead to loss of motor and sensory funct...
Central and peripheral neural injuries are traumatic and can lead to loss of motor and sensory funct...
Given the complexity of the nervous system, mechanisms to promote functional recovery at injury site...
Peripheral nerves have demonstrated the ability to bridge gaps of up to 6 mm. Peripheral Nerve Syste...
Peripheral nerves have demonstrated the ability to bridge gaps of up to 6 mm. Peripheral Nerve Syste...
This thesis deals with the preparation of artificial guiding structures for supporting regeneration ...
Peripheral nerve injury is a serious clinical problem to be solved. There has been no breakthrough s...
<div><p>Tissue engineering techniques using a combination of polymeric scaffolds and cells represent...
Tissue engineering is a promising strategy with great therapeutic potential intended to assist the n...
Tissue engineering techniques using a combination of polymeric scaffolds and cells represent a promi...
Aligned sub-micron fibres are an outstanding surface for orienting and promoting neurite outgrowth; ...
The application of tissue engineering has been extensively explored for decades to improve biologica...
Symposium J: Materials for Neural InterfacesSession J3: Nerual Tissue modulationRepairing peripheral...
Nanotechnology innovations create an exciting focus for research in regenerative medicine. Nanomater...
In this study, we designed and fabricated a multilayered fibrous scaffold capable of the controlled ...
Central and peripheral neural injuries are traumatic and can lead to loss of motor and sensory funct...
Central and peripheral neural injuries are traumatic and can lead to loss of motor and sensory funct...
Given the complexity of the nervous system, mechanisms to promote functional recovery at injury site...
Peripheral nerves have demonstrated the ability to bridge gaps of up to 6 mm. Peripheral Nerve Syste...
Peripheral nerves have demonstrated the ability to bridge gaps of up to 6 mm. Peripheral Nerve Syste...
This thesis deals with the preparation of artificial guiding structures for supporting regeneration ...
Peripheral nerve injury is a serious clinical problem to be solved. There has been no breakthrough s...
<div><p>Tissue engineering techniques using a combination of polymeric scaffolds and cells represent...
Tissue engineering is a promising strategy with great therapeutic potential intended to assist the n...
Tissue engineering techniques using a combination of polymeric scaffolds and cells represent a promi...
Aligned sub-micron fibres are an outstanding surface for orienting and promoting neurite outgrowth; ...
The application of tissue engineering has been extensively explored for decades to improve biologica...
Symposium J: Materials for Neural InterfacesSession J3: Nerual Tissue modulationRepairing peripheral...
Nanotechnology innovations create an exciting focus for research in regenerative medicine. Nanomater...
In this study, we designed and fabricated a multilayered fibrous scaffold capable of the controlled ...
Central and peripheral neural injuries are traumatic and can lead to loss of motor and sensory funct...
Central and peripheral neural injuries are traumatic and can lead to loss of motor and sensory funct...
Given the complexity of the nervous system, mechanisms to promote functional recovery at injury site...