... specific manner until the adult pattern was reached. Our results suggest that the distribution of GAP-43 in opossums is similar in many respects to that reported in rats and that it is developmentally regulated. Growth associated proteins Marsupial Plasticity Regeneration within the molecular...

..., or with the lipophilic fluorescent dye DiI in aldehyde-fixed animals, or bilaterally with differently colored fluorescent dextran amines. Unilateral nerve crush always leads to the regeneration of retinofugal fibers to the contralateral tectum but spares some contralateral diencephalic nuclei. In addition, unilateral...

..., or with the lipophilic fluorescent dye DiI in aldehyde-fixed animals, or bilaterally with differently colored fluorescent dextran amines. Unilateral nerve crush always leads to the regeneration of retinofugal fibers to the contralateral tectum but spares some contralateral diencephalic nuclei. In addition, unilateral...

...J.J. Bernstein; Mary E. Bernstein Recent findings have shown that the spinalcord of mammals is capable of limited regeneration. The reparative process involves very limited regeneration of severed nerve fibers and growth of axonal sprouts. In addition, partially deafferented neurons proximal...

... to persons or property resulting from any ideas, methods, instructions or products referred to in the content or advertisements. Brain-derived neurotrophic factor Neurotrophins Brain Teleost fish Regeneration In order to designate the labeled cells, correlations were made between...

...J.J. Bernstein; Mary E. Bernstein Recent findings have shown that the spinalcord of mammals is capable of limited regeneration. The reparative process involves very limited regeneration of severed nerve fibers and growth of axonal sprouts. In addition, partially deafferented neurons proximal...

..., or with the lipophilic fluorescent dye DiI in aldehyde-fixed animals, or bilaterally with differently colored fluorescent dextran amines. Unilateral nerve crush always leads to the regeneration of retinofugal fibers to the contralateral tectum but spares some contralateral diencephalic nuclei. In addition, unilateral...

..., or with the lipophilic fluorescent dye DiI in aldehyde-fixed animals, or bilaterally with differently colored fluorescent dextran amines. Unilateral nerve crush always leads to the regeneration of retinofugal fibers to the contralateral tectum but spares some contralateral diencephalic nuclei. In addition, unilateral...

... projections Ganglion cell Regeneration Carp Abstract Changes in retinal projections and ganglion cell morphology were studied in one-eyed individuals of the common carp. Cyprians carpio, which were enu­ cleated at a juvenile stage (within 6 months after hatching) and kept for 18 months after the operation...

... specific manner until the adult pattern was reached. Our results suggest that the distribution of GAP-43 in opossums is similar in many respects to that reported in rats and that it is developmentally regulated. Growth associated proteins Marsupial Plasticity Regeneration X.C. Zou G.F. Martin...

...X.C. Zou; R.H. Ho; X.M. Wang; G.F. Martin We have shown previously that GAP-43, a growth associated protein characteristically present in growing and regenerating axons, is relatively abundant in the spinal cord of adult opossums. In the present study, we combined the orthograde transport...

... Regeneration Stem cells Ependymal cells, however, play an important role in creating an environment that is permissive for neurogenesis. SVZ astrocytes produce bone morphogenic proteins (BMPs) that inhibit neurogenesis in this region. Ependymal cells secrete noggin, an antagonist of BMP signaling...

...Thomas A. Reh; Andrew J. Fischer The capacity for retinal regeneration in cold-blooded vertebrates has long been recognized. Regeneration occurs, in part, through a population of retinal stem cells residing at the peripheral margin of the retina. It has generally been thought that homeothermic...