The use of implantable biomedical devices for the repair of peripheral nervous system injuries shows great promises for a complete recovery of the physiological nerve function. The neutralization of pro-fibrotic factors like TGF-\u3b21 and the promotion of an oriented growth of the transected neurites are of pivotal importance in nerve regeneration. This study focuses on the investigation of the diffusion kinetics of a non specific antibody in nerve guidance channels based on the use of natural compounds. They have been found to be able to work as a depot of antibodies but the release kinetics resulted to be rather fast
Peripheral nerve injuries have high incidence rates, limited treatment options and poor clinical out...
When a traumatic event causes complete denervation, muscle functional recovery is highly compromised...
The search for effective strategies for peripheral nerve regeneration has attracted much attention i...
In successful nerve regeneration, sprouting axons from the proximal nerve stump traverse the injury ...
Peripheral nerves possess the capacity of self-regeneration after traumatic injury. Transected perip...
Peripheral nerve regeneration strategies employ the use of polymeric engineered nerve conduits encom...
Despite substantial improvements in microsurgical techniques, patients with peripheral nerve injurie...
Unlike the central nervous system, peripheral nervous system can regenerate from injury. However, w...
Complete transection of peripheral nerves can result from trauma, tumor removal, infection, or as ad...
Nerve injuries cause severe disability. The present investigational drug delivery strategies for enh...
Peripheral nerve injuries account for roughly 3% of all trauma patients with over 900,000 repair pro...
Microsurgical techniques for the treatment of large peripheral nerve injuries (such as the gold stan...
Neurotrophic factor delivery via biodegradable nerve guidance conduits may serve as a promising trea...
Peripheral nerve injuries are a major clinical problem which currently affect over one million peopl...
It has been already demonstrated that thyroid hormone (T3) is one of the most important stimulating ...
Peripheral nerve injuries have high incidence rates, limited treatment options and poor clinical out...
When a traumatic event causes complete denervation, muscle functional recovery is highly compromised...
The search for effective strategies for peripheral nerve regeneration has attracted much attention i...
In successful nerve regeneration, sprouting axons from the proximal nerve stump traverse the injury ...
Peripheral nerves possess the capacity of self-regeneration after traumatic injury. Transected perip...
Peripheral nerve regeneration strategies employ the use of polymeric engineered nerve conduits encom...
Despite substantial improvements in microsurgical techniques, patients with peripheral nerve injurie...
Unlike the central nervous system, peripheral nervous system can regenerate from injury. However, w...
Complete transection of peripheral nerves can result from trauma, tumor removal, infection, or as ad...
Nerve injuries cause severe disability. The present investigational drug delivery strategies for enh...
Peripheral nerve injuries account for roughly 3% of all trauma patients with over 900,000 repair pro...
Microsurgical techniques for the treatment of large peripheral nerve injuries (such as the gold stan...
Neurotrophic factor delivery via biodegradable nerve guidance conduits may serve as a promising trea...
Peripheral nerve injuries are a major clinical problem which currently affect over one million peopl...
It has been already demonstrated that thyroid hormone (T3) is one of the most important stimulating ...
Peripheral nerve injuries have high incidence rates, limited treatment options and poor clinical out...
When a traumatic event causes complete denervation, muscle functional recovery is highly compromised...
The search for effective strategies for peripheral nerve regeneration has attracted much attention i...