Nowadays, considerable attention has been directed towards the two-electron oxygen
reduction for the photocatalytic H 2 O 2 production. However, the challenge of insufficient …

Resonance assignment and structural characterization of pharmacologically relevant
proteins promise to improve understanding and safety of these proteins by rational design …

PEGylation is a promising approach to address the central challenge of applying biologics,
ie, lack of protein stability in the demanding environment of the human body. Wider …

The structures of RNAs, which play critical roles in various biological processes, provide
important clues and insights into the biological functions of these molecules. However, RNA …

Protein glycosylation is the most complex post‐translational modification process. More than
50% of human cells proteins are glycosylated, whereas bacteria such as E. coli do not have …

Carbohydrate‐based vaccines are among the safest and most effective vaccines and
represent potent tools for prevention of life‐threatening bacterial infectious diseases, like …

The transverse relaxation rate of water protons R2 (1H2O) is found to be sensitive to amide
hydrolysis and diglycine dimerization. The results demonstrate the feasibility of using R2 …

Previous studies have indicated the presence of defined interactions between oligo or poly
(ethylene glycol)(OEG or PEG) and lysine residues. In these interactions, the OEG or PEG …

Herein we provide an overview of the NMR strategies that have been designed in our lab to
contribute answering some basic questions in inorganic structural biology, spanning from …