T. H. Tahirov

This study investigates how the catalytic and regulatory domains of human PrimPol contribute to DNA binding and synthesis, revealing the role of specific residues and domain interactions.

This study identifies the DNA primase large subunit (PRiL) as essential for geminiviral DNA replication in plants, showing that mutations in PRiL confer resistance to ToLCNDV.

This study shows that the [4Fe-4S] iron-sulfur cluster in human DNA polymerase ϵ is critical for DNA binding and polymerase activity.

This study investigates how the human primosome counts RNA-DNA primer length and terminates DNA elongation through functional and structural analyses.