Senik Matinyan

This study shows that replacing H2O with D2O in cryo-EM increases radiation tolerance in protein crystals by reducing recoil energy and bond breakage.

Diffractograph reconstructs 3D structures from single-particle electron diffraction data by selecting compatible frames and determining orientations, achieving accurate results on synthetic data.

This study shows that narrow-beam geometry in cryo-EM reduces radiation damage and improves signal-to-noise ratio by capturing diffraction patterns from biological specimens.

This study uses cryo-EM to resolve microtubule structures in different nucleotide states, revealing how GTP hydrolysis affects lattice stability and microtubule dynamics.

DiffGAN estimates missing phases in single molecule cryo-electron diffraction data to determine protein structures at atomic resolution using a conditional GAN.

The paper analyzes extracellular signal recordings from a cerebral ischemia animal model to assess their predictive power for detecting ischemic changes.