Here we describe the application of photochemical decarboxylative arylation as a late-stage functionalization reaction for peptides. The reaction uses redox-active esters of aspartic acid and glutamic acid on the solid phase to provide analogues of aromatic amino acids. By using aryl bromides as arylation reagents, a wide variety of amino acids can be accessed without having to synthesize them individually in solution. The reaction is compatible with proteinogenic amino acids and was used to perform a structure–activity relationship study of a PRMT5 binding peptide
Most peptide drugs contain non-proteinogenic amino acids (NPAAs), born out through extensive structu...
The laboratory preparation of peptides, once a challenge, is now a standard operation that can be au...
Within the past decade, photoredox catalysis has enabled numerous decarboxylative transformations to...
If small molecules have led to tremendous progress in curing diseases, new therapeutic agents such a...
Barton esters were prepared starting from different carboxylic acids loaded on a Wang resin. Light i...
While strategies for the late‐stage modification of peptides are crucial to the design and synthesis...
We report the first decarboxylative alkynylation of the C-terminus of peptides starting from free ca...
Polymer-supported solid-phase synthetic procedures have been developed for the synthesis of C-termin...
The direct decarboxylative arylation of α-amino acids has been achieved via visible light-mediated p...
A versatile photoredox-catalyzed synthesis of unnatural amino acids and peptides is presented. Comme...
The synthesis of a variety of cyclic peptides from N-phthaloyl-protected di-, tri-, tetra-, and pent...
Metal-free photoinduced decarboxylative radical polymerization of aliphatic carboxylic acids with a ...
We describe the development of a novel resin with a photoreactive N-acylnitroindoline linker, that a...
Amino acid and peptide oxo-esters have played an important role in peptide chemistry for many years....
A new backbone amide linker has been developed for the synthesis of cyclic and C-terminally modified...
Most peptide drugs contain non-proteinogenic amino acids (NPAAs), born out through extensive structu...
The laboratory preparation of peptides, once a challenge, is now a standard operation that can be au...
Within the past decade, photoredox catalysis has enabled numerous decarboxylative transformations to...
If small molecules have led to tremendous progress in curing diseases, new therapeutic agents such a...
Barton esters were prepared starting from different carboxylic acids loaded on a Wang resin. Light i...
While strategies for the late‐stage modification of peptides are crucial to the design and synthesis...
We report the first decarboxylative alkynylation of the C-terminus of peptides starting from free ca...
Polymer-supported solid-phase synthetic procedures have been developed for the synthesis of C-termin...
The direct decarboxylative arylation of α-amino acids has been achieved via visible light-mediated p...
A versatile photoredox-catalyzed synthesis of unnatural amino acids and peptides is presented. Comme...
The synthesis of a variety of cyclic peptides from N-phthaloyl-protected di-, tri-, tetra-, and pent...
Metal-free photoinduced decarboxylative radical polymerization of aliphatic carboxylic acids with a ...
We describe the development of a novel resin with a photoreactive N-acylnitroindoline linker, that a...
Amino acid and peptide oxo-esters have played an important role in peptide chemistry for many years....
A new backbone amide linker has been developed for the synthesis of cyclic and C-terminally modified...
Most peptide drugs contain non-proteinogenic amino acids (NPAAs), born out through extensive structu...
The laboratory preparation of peptides, once a challenge, is now a standard operation that can be au...
Within the past decade, photoredox catalysis has enabled numerous decarboxylative transformations to...