Site-specific immobilization of peptides and proteins is crucial to ensure their functionality in surface-based assays. We report the use of aniline-catalyzed oxime ligations as a very efficient and broadly applicable method to covalently attach the N terminus of proteins and peptides to a surface functionalized with alkoxy-amine
Immobilizing proteins in specific orientations is important for diagnostic protein arrays, biomateri...
Copper-free “click” chemistry on appropriately modified surfaces and photolithography were explored ...
Janson N, Heinks T, Beuel T, et al. Efficient Site‐Selective Immobilization of Aldehyde‐Tagged Pepti...
Site-specific immobilization of peptides and proteins is crucial to ensure their functionality in su...
Surface immobilization of biomolecules is a fundamental step in several experimental techniques such...
Surface immobilization of biomolecules is a fundamental step in several experimental techniques such...
Use of oxime forming reactions has become a widely applied strategy for peptide and protein bioconju...
The covalent immobilization of proteins onto surfaces is an essential aspect of several fields of re...
The conjugation of biomolecules by chemoselective oxime ligation is of great interest for the site-s...
Chemistry and particularly enzymology at surfaces is a topic of rapidly growing interest, both in te...
BACKGROUND: Chemistry and particularly enzymology at surfaces is a topic of rapidly growing interest...
Bioactive papers are of growing interest regarding point-of-care testing devices that do not require...
Background: Chemistry and particularly enzymology at surfaces is a topic of rapidly growing interest...
A highly efficient protein bioconjugation method is described involving addition of anilines to o-am...
Imine-based reactions are useful for a wide range of bioconjugation applications. Although aniline i...
Immobilizing proteins in specific orientations is important for diagnostic protein arrays, biomateri...
Copper-free “click” chemistry on appropriately modified surfaces and photolithography were explored ...
Janson N, Heinks T, Beuel T, et al. Efficient Site‐Selective Immobilization of Aldehyde‐Tagged Pepti...
Site-specific immobilization of peptides and proteins is crucial to ensure their functionality in su...
Surface immobilization of biomolecules is a fundamental step in several experimental techniques such...
Surface immobilization of biomolecules is a fundamental step in several experimental techniques such...
Use of oxime forming reactions has become a widely applied strategy for peptide and protein bioconju...
The covalent immobilization of proteins onto surfaces is an essential aspect of several fields of re...
The conjugation of biomolecules by chemoselective oxime ligation is of great interest for the site-s...
Chemistry and particularly enzymology at surfaces is a topic of rapidly growing interest, both in te...
BACKGROUND: Chemistry and particularly enzymology at surfaces is a topic of rapidly growing interest...
Bioactive papers are of growing interest regarding point-of-care testing devices that do not require...
Background: Chemistry and particularly enzymology at surfaces is a topic of rapidly growing interest...
A highly efficient protein bioconjugation method is described involving addition of anilines to o-am...
Imine-based reactions are useful for a wide range of bioconjugation applications. Although aniline i...
Immobilizing proteins in specific orientations is important for diagnostic protein arrays, biomateri...
Copper-free “click” chemistry on appropriately modified surfaces and photolithography were explored ...
Janson N, Heinks T, Beuel T, et al. Efficient Site‐Selective Immobilization of Aldehyde‐Tagged Pepti...