A successive ring expansion protocol is reported that enables the controlled insertion of natural and non-natural amino acid fragments into lactams. Amino acids can be installed into macrocycles via an operationally simple and scalable iterative procedure, without the need for high dilution. This method is expected to be of broad utility, especially for the synthesis of medicinally important cyclic peptide mimetics
Making heads or tails of it: A strategy involving a head-to-tail imine-captured ring closure followe...
Peptide macrocycles form an outstanding class of natural and synthetic bioactive compounds. This cha...
Hydrogenation of linear ω-azido-pentafluorophenyl esters from mixed oligomers of 6-amino-6-deoxy-D-g...
Small and strained lactams (pentapeptides, tetrapeptides or seven-membered bislactams) are a natural...
A novel conjugate addition/ring expansion (CARE) cascade reaction sequence is reported that enables ...
A novel conjugate addition/ring expansion (CARE) cascade reaction sequence is reported that enables ...
Abstract – Expanding the Scope of Successive Ring Expansion This Thesis describes the development...
International audienceA new method is presented to prepare strained lactams. Esterification of the C...
International audienceA new method is presented to prepare strained lactams. Esterification of the C...
The insertion of lactams into peptide analogs can enhance potency and improve receptor selectivity. ...
A rational strategy for the facile and efficient cyclization of amino acid-based linear precursors f...
Cyclic peptides comprise a large and important class of biologically active molecules. They are gene...
The solid-phase synthesis and characterization of a series of peptides (4-15) containing reverse-tur...
A new method is presented to prepare strained lactams. Esterification of the C-terminus of a dipepti...
Peptide macrocycles form an outstanding class of natural and synthetic bioactive compounds. This cha...
Making heads or tails of it: A strategy involving a head-to-tail imine-captured ring closure followe...
Peptide macrocycles form an outstanding class of natural and synthetic bioactive compounds. This cha...
Hydrogenation of linear ω-azido-pentafluorophenyl esters from mixed oligomers of 6-amino-6-deoxy-D-g...
Small and strained lactams (pentapeptides, tetrapeptides or seven-membered bislactams) are a natural...
A novel conjugate addition/ring expansion (CARE) cascade reaction sequence is reported that enables ...
A novel conjugate addition/ring expansion (CARE) cascade reaction sequence is reported that enables ...
Abstract – Expanding the Scope of Successive Ring Expansion This Thesis describes the development...
International audienceA new method is presented to prepare strained lactams. Esterification of the C...
International audienceA new method is presented to prepare strained lactams. Esterification of the C...
The insertion of lactams into peptide analogs can enhance potency and improve receptor selectivity. ...
A rational strategy for the facile and efficient cyclization of amino acid-based linear precursors f...
Cyclic peptides comprise a large and important class of biologically active molecules. They are gene...
The solid-phase synthesis and characterization of a series of peptides (4-15) containing reverse-tur...
A new method is presented to prepare strained lactams. Esterification of the C-terminus of a dipepti...
Peptide macrocycles form an outstanding class of natural and synthetic bioactive compounds. This cha...
Making heads or tails of it: A strategy involving a head-to-tail imine-captured ring closure followe...
Peptide macrocycles form an outstanding class of natural and synthetic bioactive compounds. This cha...
Hydrogenation of linear ω-azido-pentafluorophenyl esters from mixed oligomers of 6-amino-6-deoxy-D-g...