Remyelination can be very effective in human. However, this process ultimately fails in multiple sclerosis (MS). In this paper, we discuss the possibility of stimulating endogenous oligodendrocyte precursors to participate in remyelination in experimental models (rat and primate Callithrix jacchus) of MS through thyroid hormone (TH) administration. TH is in fact known to be a key signal in brain development, oligodendrocyte development and myelin protein gene expression regulation
Remyelination failure is a key landmark in chronic progression of multiple sclerosis (MS), the most ...
Remyelination failure is a key landmark in chronic progression of multiple sclerosis (MS), the most ...
AbstractMyelin is critical in maintaining electrical impulse conduction in the central nervous syste...
Remyelination can be very effective in human. However, this process ultimately fails in multiple scl...
Re-myelination in the adult CNS has been demonstrated in different experimental models of demyelinat...
Re-myelination in the adult CNS has been demonstrated in different experimental models of demyelinat...
none9Re-myelination in the adult CNS has been demonstrated in different experimental models of demye...
Brain and spinal cord repair is a very difficult task in view of the extremely limited repair capabi...
Brain and spinal cord repair is a very difficult task in view of the extremely limited repair capabi...
Brain and spinal cord repair is a very difficult task in view of the extremely limited repair capabi...
Chronic disabilities in multiple sclerosis are believed to be due to neuron damage and degeneration,...
Chronic disabilities in multiple sclerosis are believed to be due to neuron damage and degeneration,...
none8Chronic disabilities in multiple sclerosis are believed to be due to neuron damage and degenera...
Oligodendrocytes are supporting glial cells that ensure the metabolism and homeostasis of neurons wi...
Remyelination failure is a key landmark in chronic progression of multiple sclerosis (MS), the most ...
Remyelination failure is a key landmark in chronic progression of multiple sclerosis (MS), the most ...
Remyelination failure is a key landmark in chronic progression of multiple sclerosis (MS), the most ...
AbstractMyelin is critical in maintaining electrical impulse conduction in the central nervous syste...
Remyelination can be very effective in human. However, this process ultimately fails in multiple scl...
Re-myelination in the adult CNS has been demonstrated in different experimental models of demyelinat...
Re-myelination in the adult CNS has been demonstrated in different experimental models of demyelinat...
none9Re-myelination in the adult CNS has been demonstrated in different experimental models of demye...
Brain and spinal cord repair is a very difficult task in view of the extremely limited repair capabi...
Brain and spinal cord repair is a very difficult task in view of the extremely limited repair capabi...
Brain and spinal cord repair is a very difficult task in view of the extremely limited repair capabi...
Chronic disabilities in multiple sclerosis are believed to be due to neuron damage and degeneration,...
Chronic disabilities in multiple sclerosis are believed to be due to neuron damage and degeneration,...
none8Chronic disabilities in multiple sclerosis are believed to be due to neuron damage and degenera...
Oligodendrocytes are supporting glial cells that ensure the metabolism and homeostasis of neurons wi...
Remyelination failure is a key landmark in chronic progression of multiple sclerosis (MS), the most ...
Remyelination failure is a key landmark in chronic progression of multiple sclerosis (MS), the most ...
Remyelination failure is a key landmark in chronic progression of multiple sclerosis (MS), the most ...
AbstractMyelin is critical in maintaining electrical impulse conduction in the central nervous syste...