Andrey Kimovich Tsaturyan

This paper develops a mechanical model to describe the tension-area relationship in compartmentalized plasma membranes, revealing that increased area can lead to higher tension in specific conditions.

The paper investigates how phosphatidylserine exposure and Annexin A5 binding weaken the actin cortex during osteoclast fusion, revealing a bidirectional signaling pathway involving Ca2+ and lipid redistribution.

The paper uses an atomic model of the human cardiac thick filament to compute contributions of different components to X-ray diffraction patterns, confirming some interpretations and contradicting others.