Elena G. Zavyalova

This study identifies DNA aptamers that bind ASFV and show antiviral activity, with Ni2+ enhancing their affinity by 100-fold through a non-canonical DNA motif.

This paper describes a rapid antimicrobial resistance test using surface-enhanced Raman spectroscopy and MTT assay to detect low-titer bacterial samples within 1.5 hours.

This paper develops a rapid Raman spectroscopy-based test for antimicrobial resistance that determines minimal inhibitory concentrations in 1.5 hours, validated against traditional Etest methods.

This paper modifies thrombin aptamers with specific nucleotides to enhance affinity and introduce Ag+ dependency.

The paper measures H+ transport kinetics in mPPase using a stopped-flow assay and finds that hydrolysis, not pyrophosphate binding, directly couples to H+ transport.

The paper investigates pH-dependent i-motif folding in a duplex context and shows stabilization near the i-motif-duplex junction.