Nadezhda A. Kopina

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Pyridoxyl residue was suggested to be used as a multifunctional protective and modifying group in peptide synthesis. The modification was carried out by introducing the pyridoxyl residue in free or partially protected peptides or by the addition of amino acid pyridoxyl esters by the methods of conventional peptide synthesis without the removal of the(More)
Pyridoxyl residue was suggested to be used as a multifunctional protective and modifying group in peptide synthesis. The modification was carried out by introducing the pyridoxyl residue in free or partially protected peptides or by the addition of amino acid pyridoxyl esters by the methods of conventional peptide synthesis without the removal of the(More)
Heterocycles (pyridines and pyrroles) obtained from amino acid derivatives and unsaturated compounds can be considered as peptidomimetics. These compounds contain amino acid radicals and modified, nonhydrolysable peptide bonds (micromimetics). The polyfunctionality of pyridoxine (one of the most available pyridines, derived from N-formyl α-alanine(More)
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