Genome Integrity

Genome integrity is a term used to describe the process of preserving genetic information in an organism during DNA replication, transcription, and other cellular processes. Put simply, it is the maintenance of the accuracy and fidelity of genetic information. Genome integrity is of paramount importance for the stability of an organism and its ability to pass along genetic information. Defects in genome integrity can lead to the development of genetic diseases, cancer, and other medical disorders. To ensure genome integrity, cells employ many different processes such as DNA repair, recombination, and checkpoint regulation. These mechanisms work together to reduce the frequency of mutation and protect cells from genetic damage. Genome integrity is essential for healthy cellular growth and division and to ensure that an organism's offspring receive the correct genetic information.