SEARCH Articles Figures Tables A Detailed Look at the Hydrogen Bond Donor Features of HFIP A donor strength Acids as proton donors Alcohols as hydrogen donors Aldehydes as Michael Donors Alkyl benzenes react at the ortho and para positions a donor substituents Anhydro Sugars as Glycosyl Donors Anhydro sugars as electrophilic donors Anions as Electron Donors in Charge-Transfer Salts Applications as glycosyl donors As a 71 Donor As a 71 Donor As a n Donor As electron donor As(O)-Donor Ligands As-donor Ligands Betaine, as methyl donor Bonds as Electron Donors Bonds as Electron Donors or Acceptors Bronsted Acid as a Proton Donor Bronsted-Lowry acid A proton donor Cation-Radicals as Acceptors or Donors of Hydrogen Atoms Chiral Squaramides as Hydrogen-Bond Donor Catalysts Complexes Containing a -Donor Ligands Dicyanomethylenephenoxazines and dicyanoiminophenoxazines as novel donor-acceptor systems Disubstituted-1,2,3-Triazoles as Monodentate N-Donor Ligands Donor angle of incidence to a-synthons Formates as hydrogen donor Formation of a donor-acceptor complex Free Sugars as Glycosyl Donors Glucosyl Phosphate as Glycosyl Donor Glycals as glycosyl donor Glycosides as glycosyl donors Glycosyl donors with a C-2 heteroatom Group 1 Complexes of P- and As-Donor Group 1 Complexes of P- and As-Donor Ligands Hydrogen Evaluation Involving Ligands as Proton Donors Isopropenyl glycosides as glycosyl donors Ketones as Michael Donors Metal Complexes as Donor Groups Monomers as electron donors N-, NO-, As-, and P-Donor Ligands NO Donors as Antiplatelet Agents Nitrous Oxide as an Oxygen Donor in Oxidation Chemistry and Catalysis Oligo-Phenylene Vinylene A Model System for Donor-Acceptor Interactions Other ligands containing sulfur as donor atom P- and As-Donor Ligands Pentenyl Glycosides as Glycosyl Donors Phenothiazine as donor Phosphites, as glycosyl donors Polymers as Photoexcited Donors Rich Compounds as Electron Donors Role of Phenol as Hydrogen Donor Role of Urea and Thiourea as Hydrogen Donors Ru(II) complexes with -P, -As and -Sb Donors Ru(III) Complexes with -P, -As, -Sb and -S Donors Selenoglycosides as glycosyl donors Sensors based on a single sample-donor stream Silanes as hydride donors Stereoelectronic Effects with Donor and Acceptor Separated by a Vinyl Bridge Stereoelectronic chameleons donors masquerading as acceptors Structural Effects Derived from M-OH2 Acting as an Intramolecular H-Bond Donor to a Bound Phosphate Ester Sucrose as glucosyl donor The Complexes as Particle Donors Thioglycosides as Glycosyl Donors in Oligosaccharide Synthesis Thioglycosides, as glycosyl donors Thiols as hydrogen donors Transition metal clusters as four-electron donor Use of anomeric acetates as glycosyl donors Use of glycals as direct glycosyl donors haloglycosylation Use of vinyl glycosides as glycosyl donors Water as H-donor Water as electron donor Water as hydrogen-bond donor Which B is a n-Pair Donor