Controlling maleimide hydrolysis allows the modular construction of bromomaleimide-mediated bioconjugates which are either stable or cleavable in an aqueous, thiol-mediated reducing environment. The application of this methodology to reversible protein biotinylation, the irreversible labeling of peptide disulfide bonds and the assembly of stable, fluorescein-labelled glycoprotein mimics is described
We describe maleic-acid derivatives as robust cysteine-selective reagents for protein labelling with...
Abstract: We describe maleic‐acid derivatives as robust cysteine‐selective reagents for protein labe...
The application of chemical methods to biological systems has led to great advances in all life scie...
Controlling maleimide hydrolysis allows the modular construction of bromomaleimide-mediated bioconju...
Controlling maleimide hydrolysis allows the modular construction of bromomaleimide-mediated bioconju...
International audienceSince their first use in bioconjugation more than 50 years ago, maleimides hav...
International audienceSince their first use in bioconjugation more than 50 years ago, maleimides hav...
International audienceSince their first use in bioconjugation more than 50 years ago, maleimides hav...
The application of chemical methods to biological systems has led to great advances in all life scie...
Reversible protein biotinylation is readily affected via conjugation with a bromomaleimide-based rea...
The maleimide motif is widely used for the selective chemical modification of cysteine residues in p...
The maleimide motif is widely used for the selective chemical modification of cysteine residues in p...
The introduction of non-natural entities into proteins by chemical modification has numerous applica...
The application of chemical methods to biological systems has led to great advances in all life scie...
We describe maleic-acid derivatives as robust cysteine-selective reagents for protein labelling with...
We describe maleic-acid derivatives as robust cysteine-selective reagents for protein labelling with...
Abstract: We describe maleic‐acid derivatives as robust cysteine‐selective reagents for protein labe...
The application of chemical methods to biological systems has led to great advances in all life scie...
Controlling maleimide hydrolysis allows the modular construction of bromomaleimide-mediated bioconju...
Controlling maleimide hydrolysis allows the modular construction of bromomaleimide-mediated bioconju...
International audienceSince their first use in bioconjugation more than 50 years ago, maleimides hav...
International audienceSince their first use in bioconjugation more than 50 years ago, maleimides hav...
International audienceSince their first use in bioconjugation more than 50 years ago, maleimides hav...
The application of chemical methods to biological systems has led to great advances in all life scie...
Reversible protein biotinylation is readily affected via conjugation with a bromomaleimide-based rea...
The maleimide motif is widely used for the selective chemical modification of cysteine residues in p...
The maleimide motif is widely used for the selective chemical modification of cysteine residues in p...
The introduction of non-natural entities into proteins by chemical modification has numerous applica...
The application of chemical methods to biological systems has led to great advances in all life scie...
We describe maleic-acid derivatives as robust cysteine-selective reagents for protein labelling with...
We describe maleic-acid derivatives as robust cysteine-selective reagents for protein labelling with...
Abstract: We describe maleic‐acid derivatives as robust cysteine‐selective reagents for protein labe...
The application of chemical methods to biological systems has led to great advances in all life scie...