AbstractCrystal structures have recently been reported for several in vitro selected aptamers that bind small molecules. A structural comparison of these aptamers with proteins that bind identical ligands reveals similar strategies for forming ligand-binding pockets
A few drug-like molecules have recently been found to bind poly(A) and induce a stable secondary str...
A DNA aptamer against atrazine, a small molecule target, was computationally predicted using mfold a...
AbstractBackground: In vitro selection has identified DNA aptamers that target cofactors, amino acid...
AbstractCrystal structures have recently been reported for several in vitro selected aptamers that b...
Solution structures of RNA aptamers for FMN, ATP, arginine, and citrulline reveal how oligonucleotid...
Aptamers are oligonucleotide ligands, either RNA or ssDNA, selected for high-affinity binding to mol...
AbstractBackground: In vitro selection has identified DNA aptamers that target cofactors, amino acid...
Abstract Nucleic acid aptamers can be directed to bind to a variety of target molecules that range w...
Aptamers are short, single-stranded nucleic acids with structures that frequently change upon ligand...
Understanding the structural rules that govern specific, high-affinity binding characteristic of apt...
AbstractBackground: Structural studies by nuclear magnetic resonance (NMR) of RNA and DNA aptamer co...
The relative ease of isolating aptamers with high specificity for target molecules suggests that mol...
The relative ease of isolating aptamers with high specificity for target molecules suggests that mol...
The <i>in vitro</i> selection of nucleic acid libraries has driven the discovery of RNA and DNA rece...
A DNA aptamer against atrazine, a small molecule target, was computationally predicted using mfold a...
A few drug-like molecules have recently been found to bind poly(A) and induce a stable secondary str...
A DNA aptamer against atrazine, a small molecule target, was computationally predicted using mfold a...
AbstractBackground: In vitro selection has identified DNA aptamers that target cofactors, amino acid...
AbstractCrystal structures have recently been reported for several in vitro selected aptamers that b...
Solution structures of RNA aptamers for FMN, ATP, arginine, and citrulline reveal how oligonucleotid...
Aptamers are oligonucleotide ligands, either RNA or ssDNA, selected for high-affinity binding to mol...
AbstractBackground: In vitro selection has identified DNA aptamers that target cofactors, amino acid...
Abstract Nucleic acid aptamers can be directed to bind to a variety of target molecules that range w...
Aptamers are short, single-stranded nucleic acids with structures that frequently change upon ligand...
Understanding the structural rules that govern specific, high-affinity binding characteristic of apt...
AbstractBackground: Structural studies by nuclear magnetic resonance (NMR) of RNA and DNA aptamer co...
The relative ease of isolating aptamers with high specificity for target molecules suggests that mol...
The relative ease of isolating aptamers with high specificity for target molecules suggests that mol...
The <i>in vitro</i> selection of nucleic acid libraries has driven the discovery of RNA and DNA rece...
A DNA aptamer against atrazine, a small molecule target, was computationally predicted using mfold a...
A few drug-like molecules have recently been found to bind poly(A) and induce a stable secondary str...
A DNA aptamer against atrazine, a small molecule target, was computationally predicted using mfold a...
AbstractBackground: In vitro selection has identified DNA aptamers that target cofactors, amino acid...