Tony T. Huang

The paper identifies POLK's role in maintaining rRNA transcription by acting on ribosomal DNA during DNA damage, revealing its interaction with nucleolar proteins and dependence on PCNA ubiquitination and PARP1.

This study identifies FUS's role in DNA replication timing and progression, showing its importance in genome stability and its potential contribution to disease.

The paper shows that Topoisomerase 2-dependent DNA damage and AKT phosphorylation dynamics regulate HSV-1 latency by integrating extracellular signals and nuclear DNA damage.

This study shows that DNA replication initiation and termination in human cells are coupled with transcription, with initiation near transcription start sites and termination at polyadenylation sites.