Oxyglycals, derived from lactose and maltose, were expanded to trisaccharides through a ring expansion method. Trisaccharides with 6-7-5 and 6-7-6 ring sizes were prepared through the ring expansion method, with high diastereoselectivities, in each step of their synthesis. The NOE and ROESY NMR spectroscopies were used to assess the dipolar Couplings within the trisaccharide. A computational study was undertaken, from which low energy conformations, as well as, dihedral angles that define the glycosidic linkages were identified
Conformations of the α-l-Rhap(1-2)-β-d-Glc1-OMe and β-d-Galp(1-3)-β-d-Glc1-OMe disaccharides and the...
An efficient seven-step synthesis of carbohydrate-based novel oxepines has been accomplished using r...
Protein–carbohydrate interactions play a key role in many biological processes. For lectins, interac...
Oxyglycals, derived from lactose and maltose, were expanded to trisaccharides through a ring expan...
Oxyglycals, derived from lactose and maltose, were expanded to trisaccharides through a ring expansi...
A ring-expansion methodology for the preparation of aryl septanosides, arabinofuranosyl and glucopyr...
A ring-expansion methodology for the preparation of aryl septanosides, arabinofuranosyl and glucopyr...
Cyclopropanes are strained molecules and undergo reactions, for example, through ring opening and re...
Recently, the construction of expanded biopolymers---specifically oligodeoxynucleotides and oligopep...
Advances in the elaboration of vaccines and enzyme inhibitors rely on acquiring more knowledge about...
Due to the ubiquity of carbohydrates in nature, the potential applications of carbohydrate mimics ar...
A new route to synthesize septanoside derivatives from protected 2-hydroxyglycals is reported. Ring ...
A one-pot ring-expansion–glycosylation reaction was performed using 1,2-cyclopropanated sugars as gl...
Conformations of the α-L-Rhap(1-2)[β-D-Galp(1-3)]-β-D-Glc1-OMe disaccharides and the ...
A better understanding of the role of carbohydrates in biological processes has encouraged the devel...
Conformations of the α-l-Rhap(1-2)-β-d-Glc1-OMe and β-d-Galp(1-3)-β-d-Glc1-OMe disaccharides and the...
An efficient seven-step synthesis of carbohydrate-based novel oxepines has been accomplished using r...
Protein–carbohydrate interactions play a key role in many biological processes. For lectins, interac...
Oxyglycals, derived from lactose and maltose, were expanded to trisaccharides through a ring expan...
Oxyglycals, derived from lactose and maltose, were expanded to trisaccharides through a ring expansi...
A ring-expansion methodology for the preparation of aryl septanosides, arabinofuranosyl and glucopyr...
A ring-expansion methodology for the preparation of aryl septanosides, arabinofuranosyl and glucopyr...
Cyclopropanes are strained molecules and undergo reactions, for example, through ring opening and re...
Recently, the construction of expanded biopolymers---specifically oligodeoxynucleotides and oligopep...
Advances in the elaboration of vaccines and enzyme inhibitors rely on acquiring more knowledge about...
Due to the ubiquity of carbohydrates in nature, the potential applications of carbohydrate mimics ar...
A new route to synthesize septanoside derivatives from protected 2-hydroxyglycals is reported. Ring ...
A one-pot ring-expansion–glycosylation reaction was performed using 1,2-cyclopropanated sugars as gl...
Conformations of the α-L-Rhap(1-2)[β-D-Galp(1-3)]-β-D-Glc1-OMe disaccharides and the ...
A better understanding of the role of carbohydrates in biological processes has encouraged the devel...
Conformations of the α-l-Rhap(1-2)-β-d-Glc1-OMe and β-d-Galp(1-3)-β-d-Glc1-OMe disaccharides and the...
An efficient seven-step synthesis of carbohydrate-based novel oxepines has been accomplished using r...
Protein–carbohydrate interactions play a key role in many biological processes. For lectins, interac...