Transcriptional Regulation: Molecules, Involved Mechanisms and Misregulation

A full course on how genetic information is copied, read, and controlled, with detailed chapters on DNA replication, transcription, RNA processing, translation, and gene regulation. Problem sets help you check what you learned.

Ross Hardison

A short illustrated guide to how DNA becomes RNA and RNA becomes protein. Its color diagrams make replication, transcription, and translation easy to picture in one sitting.

Andy Vierstraete

A collection of research reviews on how cells start, pace, and finish copying their DNA. It covers replication origins, licensing, fork protection, and the checkpoints that keep the genome stable.

Eishi Noguchi

Research reviews on what happens when DNA replication stalls or breaks down, and how helicases and repair pathways rescue the process. A solid reference for anyone studying genome stability.

Robert M. Brosh Jr.