Many pathogens exploit host cell-surface glycans. However, precise analyses of glycan
ligands binding with heavily modified pathogen proteins can be confounded by overlapping …

Many host pathogen interactions such as human viruses (including non-SARS-coronaviruses)
rely on attachment to host cell-surface glycans. There are conflicting reports about …

All NMR experiments require sequences of RF pulses to manipulate nuclear spins. Signal is
lost due to non-uniform excitation of nuclear spins resonating at different energies (chemical …

Starting question:“Can catalytic antibodies (and if they do, how) be considered a paradigmatic
example of how closely basic research is intertwined with knowledge of pathology/design …

Protein misfolding diseases are becoming increasingly prevalent with the increase in life
expectancy and lifestyle changes over the last century, and constitute a health challenge at a …

Both SARS-CoV-11-3 and SARS-CoV-24, 5 gain entry to host cells through the use of
receptor-binding domains (RBDs) of their respective spike proteins that bind human cell-surface …

Host-expressed proteins on both host-cell and pathogen surfaces are widely exploited by
pathogens, mediating cell entry (and exit) and influencing disease progression and …

Neurodegeneràve diseases such as amyotrophic lateral sclerosis (ALS) are oten associated
with mutàons in proteins that are associated with stress granules. Stress granules are …

There are many aspects of Sagan’s quote that are in dialogue with Matthew Walkers Why
We Sleep. A British medical doctor turned sleep researcher, Walker is totally in love with the …

Engaging in the cause-effect analysis is something we cannot escape doing. Regardless of
what you study, regardless of where you live, regardless of when you grew up, we all make …