Add to ORKGOne of the challenges in tissue engineering is to have spatial and temporal control over the biological elements within a scaffold used to guide regeneration for example of transected nerves. Some of the physical and chemical characteristics to regulate include incorporation of bioactive domains and release of chemical signals. This study presents the use of stereolithography (SL) to incorporate localized domains for cell adhesion in addition to include releasable nerve growth factor (NGF) in the process of building poly(ethylene glycol)diacrylate (PEGda) hydrogel scaffolds. Besides providing sites for cell attachment, an ideal nerve guidance conduit (NGC) should be able to release growth factors to promote the axons\u27 growth. NGF is a ne...
The goal of nerve tissue engineering is to promote and guide axon growth across a site of nerve inju...
Object. The authors’ long-term goal is repair of peripheral nerve injuries by using synthetic nerve ...
Understanding and controlling the interactions that occur between cells and engineered materials (i....
One of the challenges in tissue engineering is to have spatial and temporal control over the biologi...
One of the challenges in tissue engineering is to have spatial and temporal control over the biologi...
In recent years, rapid prototyping (RP) technologies initially developed to create prototypes prior ...
In recent years, rapid prototyping (RP) technologies initially developed to create prototypes prior ...
A series of tests were conducted for this thesis to study the use of p oly(ethylene glycol) (PEG) in...
The primary focus of this work was to develop a novel synthetic hydrogel scaffold as an in vitro mod...
Nerve regeneration techniques have been studied in great depth in recent years. Peripheral nerve inj...
Complete transection of peripheral nerves can result from trauma, tumor removal, infection, or as ad...
An enzymatically cross-linked polyethylene glycol (PEG)-based hydrogel was engineered to promote and...
Biochemical and physical guidance cues are both pivotal for axonal guidance and nerve regeneration. ...
CNS damages are often irreversible since neurons of the central nervous system are unable to regener...
An enzymatically cross-linked polyethylene glycol (PEG)-based hydrogel was engineered to promote and...
The goal of nerve tissue engineering is to promote and guide axon growth across a site of nerve inju...
Object. The authors’ long-term goal is repair of peripheral nerve injuries by using synthetic nerve ...
Understanding and controlling the interactions that occur between cells and engineered materials (i....
One of the challenges in tissue engineering is to have spatial and temporal control over the biologi...
One of the challenges in tissue engineering is to have spatial and temporal control over the biologi...
In recent years, rapid prototyping (RP) technologies initially developed to create prototypes prior ...
In recent years, rapid prototyping (RP) technologies initially developed to create prototypes prior ...
A series of tests were conducted for this thesis to study the use of p oly(ethylene glycol) (PEG) in...
The primary focus of this work was to develop a novel synthetic hydrogel scaffold as an in vitro mod...
Nerve regeneration techniques have been studied in great depth in recent years. Peripheral nerve inj...
Complete transection of peripheral nerves can result from trauma, tumor removal, infection, or as ad...
An enzymatically cross-linked polyethylene glycol (PEG)-based hydrogel was engineered to promote and...
Biochemical and physical guidance cues are both pivotal for axonal guidance and nerve regeneration. ...
CNS damages are often irreversible since neurons of the central nervous system are unable to regener...
An enzymatically cross-linked polyethylene glycol (PEG)-based hydrogel was engineered to promote and...
The goal of nerve tissue engineering is to promote and guide axon growth across a site of nerve inju...
Object. The authors’ long-term goal is repair of peripheral nerve injuries by using synthetic nerve ...
Understanding and controlling the interactions that occur between cells and engineered materials (i....