Add to ORKG"-Proline, "H-asparagine and Na2W04 have been found to be highly specific markers for axonal transport in the goldfish visual system. The amino acids label both rapidly and slowly transported proteins while the 35S is recovered mainly with the rapidly transported materials, in-cluding protein-bound mucopolysaccharides. These precursors have been used to study the rate of transport, the subcellular distribution and the rate of turnover of transported proteins in the nerve terminals
The rate and extent of axoplasmic transport of the brain-specific soluble protein (14-3-2 protein) h...
Previous experiments have shown that nerve growth factor (NGF) enhanced regeneration of goldfish opt...
The mAb E 21 recognizes a cell surface glycoprotein selectively associated with fish retinal ganglio...
3 H-Proline, 3 H-asparagine and Na 2 35 SO 4 have been found to be highly specific markers for ax...
The goldfish retino-tectal pathway is a convenient experimental system for studying axonal transport...
In further studies on axonally transported protein in the goldfish visual system, the turnover of ra...
Several amino acids, particularly [ 3 H]proline and [ 3 H]asparagine specifically and efficiently la...
The suitability of radioactively labeled proline as a marker of axonally transported protein in the ...
The nature of the proteins ynthesized in the goldfish retina and axonally trans-ported to the tectum...
Previous attempts to characterize the molecular events that support successful regeneration of axoto...
Following injection of the acylating reagent N-succinimidyl [3H]propionate into the optic nerve of g...
Following injection of the acylating reagent N-succinimidyl [3H]propionate into the optic nerve of g...
The avian visual system has been used to study the transport of proteins and their precursors along ...
This work is concerned with differential routing of different fast-transported proteins (FTP\u27s) i...
The mammalian central nervous system (CNS) shows a very limited capacity for axonal regeneration, a ...
The rate and extent of axoplasmic transport of the brain-specific soluble protein (14-3-2 protein) h...
Previous experiments have shown that nerve growth factor (NGF) enhanced regeneration of goldfish opt...
The mAb E 21 recognizes a cell surface glycoprotein selectively associated with fish retinal ganglio...
3 H-Proline, 3 H-asparagine and Na 2 35 SO 4 have been found to be highly specific markers for ax...
The goldfish retino-tectal pathway is a convenient experimental system for studying axonal transport...
In further studies on axonally transported protein in the goldfish visual system, the turnover of ra...
Several amino acids, particularly [ 3 H]proline and [ 3 H]asparagine specifically and efficiently la...
The suitability of radioactively labeled proline as a marker of axonally transported protein in the ...
The nature of the proteins ynthesized in the goldfish retina and axonally trans-ported to the tectum...
Previous attempts to characterize the molecular events that support successful regeneration of axoto...
Following injection of the acylating reagent N-succinimidyl [3H]propionate into the optic nerve of g...
Following injection of the acylating reagent N-succinimidyl [3H]propionate into the optic nerve of g...
The avian visual system has been used to study the transport of proteins and their precursors along ...
This work is concerned with differential routing of different fast-transported proteins (FTP\u27s) i...
The mammalian central nervous system (CNS) shows a very limited capacity for axonal regeneration, a ...
The rate and extent of axoplasmic transport of the brain-specific soluble protein (14-3-2 protein) h...
Previous experiments have shown that nerve growth factor (NGF) enhanced regeneration of goldfish opt...
The mAb E 21 recognizes a cell surface glycoprotein selectively associated with fish retinal ganglio...