Vasudha Sharma

This study identifies a conserved DDE motif in hTHAP9's catalytic domain, essential for DNA cleavage, and finds a residue mutation that increases transposition activity.

The paper examines the differential expression of THAP9 and THAP9-AS1 during the S-phase of the cell cycle under various stress conditions.

This study compares ChIP-exo peak-callers, finding that self-learning algorithms outperform peak-pair-based methods and that tools accounting for indirect binding provide more comprehensive binding mode information.