Dimeric β-turn peptidomimetics as ligands for the neurotrophin receptor TrkC
Bioorganic & medicinal chemistry letters, 2001•Elsevier
Twelve dimeric peptidomimetics 1 were prepared via a divergent–convergent strategy.
These peptidomimetics incorporated the same amino acids as i+ 1 and i+ 2 residues in key
β-turns of the neurotrophin NT-3. Cytosensor microphysiometry was used to gauge the
effects of the dimers 1 on cells that overexpress the NT-3 receptor, TrkC. Increases in
extracellular acidification rates were observed for some monomers 3, but the active dimers
gave greater effects.
These peptidomimetics incorporated the same amino acids as i+ 1 and i+ 2 residues in key
β-turns of the neurotrophin NT-3. Cytosensor microphysiometry was used to gauge the
effects of the dimers 1 on cells that overexpress the NT-3 receptor, TrkC. Increases in
extracellular acidification rates were observed for some monomers 3, but the active dimers
gave greater effects.
Twelve dimeric peptidomimetics 1 were prepared via a divergent–convergent strategy. These peptidomimetics incorporated the same amino acids as i+1 and i+2 residues in key β-turns of the neurotrophin NT-3. Cytosensor microphysiometry was used to gauge the effects of the dimers 1 on cells that overexpress the NT-3 receptor, TrkC. Increases in extracellular acidification rates were observed for some monomers 3, but the active dimers gave greater effects.
Elsevier