Andrew Murray is Assistant Professor of Physiology at the University of California, San Francisco. Tim Hunt is at ICRF Clare Hall Laboratories, Hertfordshire, UK, and is Professor in the Department of Biochemistry at Cambridge University.

'Highly recommended' Cell Biology Internatinal 'If you are going to teach a course on the cell cycle concentrating on the recent molecular approaches, this is the book for you' BioEssays

• 1: Cells and the Cell Cycle 2: The Early Embryonic Cell Cycle 3: Genetic Analysis of the Cell Cycle 4: Enzymes That Control Mitosis 5: Mitosis 6: The Transition From G1 to S Phase 7: The Control of DNA Replication 8: Checkpoints and Feedback Controls 9: Cancer 10: The Meiotic Cell Cycle 11: The Bacterial Cell Cycle

Andrew Murray is Assistant Professor of Physiology at the University of California, San Francisco. Tim Hunt is at ICRF Clare Hall Laboratories, Hertfordshire, UK, and is Professor in the Department of Biochemistry at Cambridge University.

'Highly recommended' Cell Biology Internatinal 'If you are going to teach a course on the cell cycle concentrating on the recent molecular approaches, this is the book for you' BioEssays

• 1: Cells and the Cell Cycle 2: The Early Embryonic Cell Cycle 3: Genetic Analysis of the Cell Cycle 4: Enzymes That Control Mitosis 5: Mitosis 6: The Transition From G1 to S Phase 7: The Control of DNA Replication 8: Checkpoints and Feedback Controls 9: Cancer 10: The Meiotic Cell Cycle 11: The Bacterial Cell Cycle

Andrew Murray is Assistant Professor of Physiology at the University of California, San Francisco. Tim Hunt is at ICRF Clare Hall Laboratories, Hertfordshire, UK, and is Professor in the Department of Biochemistry at Cambridge University.

'Highly recommended' Cell Biology Internatinal 'If you are going to teach a course on the cell cycle concentrating on the recent molecular approaches, this is the book for you' BioEssays

• 1: Cells and the Cell Cycle 2: The Early Embryonic Cell Cycle 3: Genetic Analysis of the Cell Cycle 4: Enzymes That Control Mitosis 5: Mitosis 6: The Transition From G1 to S Phase 7: The Control of DNA Replication 8: Checkpoints and Feedback Controls 9: Cancer 10: The Meiotic Cell Cycle 11: The Bacterial Cell Cycle