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T. thermophila is a good model organism for DNA mismatch repair (MMR) research. Its "big" single-cell body makes it easy to determine the change of chromosomes. Its conjugation (mating) is inducible, which is an advantage for studying protein functions during meiosis. MMR elevates DNA replication fidelity. Checkpoint systems maintain genomic integrity within the cell cycle. If a certain level of DNA damage has been accumulated from the replication process or from DNA damaging agents, the cell cycle will be arrested to allow checking and repairing of the damage. There are mitotic checkpoints…mehr

Produktbeschreibung
T. thermophila is a good model organism for DNA mismatch repair (MMR) research. Its "big" single-cell body makes it easy to determine the change of chromosomes. Its conjugation (mating) is inducible, which is an advantage for studying protein functions during meiosis. MMR elevates DNA replication fidelity. Checkpoint systems maintain genomic integrity within the cell cycle. If a certain level of DNA damage has been accumulated from the replication process or from DNA damaging agents, the cell cycle will be arrested to allow checking and repairing of the damage. There are mitotic checkpoints and meiotic checkpoints. However, the mechanism of meiotic checkpoint systems is still uncertain. In this book, the relation between meiotic checkpoint and DNA MMR has been studied in T. thermophila, which is interesting in understanding the meiotic checkpoint system in eukaryotes.
Autorenporträt
Lin Sun had her Bachelor¿s degree at Wuhan University in China and finished her first Master of Science degree in DNA repair at Leiden University and TU Delft in 2005. She immigrated to Canada and received her second Master in DNA repair in 2009 at University of Victoria, and then started her Ph.D. project in iPSC science and engineering.