The pia-glial basal lamina (BL) at the site of spinal cord injury could be an important physical impediment to central nervous system regeneration. We used an epithelial BL-specific immunohistochemical stain to determine the location of the pia-glial BL after spinal cord transection. Small segments of BL were found at the margin of the lesion 5 days after transection. After 10 days, longer and more numerous segments were seen. At 20 days, the entire transected end of the spinal cord was capped by a layer of BL.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/50298/1/410080204_ftp.pd
Spontaneous cellular reorganisation at the lesion site has been investigated following massive spina...
To identify cellular and molecular gradients following spinal cord injury (SCI), a rat contusion mod...
Injuries to the spinal cord induce distinct changes at the lesion site. Over recent years, it has be...
The pia-glial basal lamina (BL) at the site of spinal cord injury could be an important physical imp...
In general, axonal regeneration is very limited after transection of adult rat spinal cord. We previ...
Since the beginning of the last century, it is widely accepted that the devastating consequences of ...
It has been well known for centuries that injuries to the spinal cord usually result in dramatic con...
It is widely accepted that the devastating consequences of spinal cord injury are due to the failure...
Despite considerable progress in recent years, the underlying mechanisms responsible for the failure...
The morphological changes were examined in the dorsal funiculus after cryoinjury to the spinal cord ...
Injuries to the spinal cord often result in severe functional deficits that, in case of incomplete i...
It is widely accepted that the devastating consequences of spinal cord injury are due to the failure...
This paper analysed whether glial responses following a spinal cord lesion is restricted to a scar f...
Numerous intervention strategies have been developed to promote functional tissue repair following e...
Spinal cord injury (SCI) results in loss of sensory and motor function below the level of injury and...
Spontaneous cellular reorganisation at the lesion site has been investigated following massive spina...
To identify cellular and molecular gradients following spinal cord injury (SCI), a rat contusion mod...
Injuries to the spinal cord induce distinct changes at the lesion site. Over recent years, it has be...
The pia-glial basal lamina (BL) at the site of spinal cord injury could be an important physical imp...
In general, axonal regeneration is very limited after transection of adult rat spinal cord. We previ...
Since the beginning of the last century, it is widely accepted that the devastating consequences of ...
It has been well known for centuries that injuries to the spinal cord usually result in dramatic con...
It is widely accepted that the devastating consequences of spinal cord injury are due to the failure...
Despite considerable progress in recent years, the underlying mechanisms responsible for the failure...
The morphological changes were examined in the dorsal funiculus after cryoinjury to the spinal cord ...
Injuries to the spinal cord often result in severe functional deficits that, in case of incomplete i...
It is widely accepted that the devastating consequences of spinal cord injury are due to the failure...
This paper analysed whether glial responses following a spinal cord lesion is restricted to a scar f...
Numerous intervention strategies have been developed to promote functional tissue repair following e...
Spinal cord injury (SCI) results in loss of sensory and motor function below the level of injury and...
Spontaneous cellular reorganisation at the lesion site has been investigated following massive spina...
To identify cellular and molecular gradients following spinal cord injury (SCI), a rat contusion mod...
Injuries to the spinal cord induce distinct changes at the lesion site. Over recent years, it has be...