APA (7th ed.) Citation
(2026). A point mutation in the FAT domain constitutively increases the kinase activity of Rad3ATR and bypasses the requirement for 9-1–1 phosphorylation to activate the DNA replication checkpoint. PLoS Genetics.
Chicago Style (17th ed.) Citation
"A Point Mutation in the FAT Domain Constitutively Increases the Kinase Activity of Rad3ATR and Bypasses the Requirement for 9-1–1 Phosphorylation to Activate the DNA Replication Checkpoint." PLoS Genetics 2026.
MLA (9th ed.) Citation
"A Point Mutation in the FAT Domain Constitutively Increases the Kinase Activity of Rad3ATR and Bypasses the Requirement for 9-1–1 Phosphorylation to Activate the DNA Replication Checkpoint." PLoS Genetics, 2026.
Warning: These citations may not always be 100% accurate.