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Homologous recombination involves the precise exchange of similar or identical nucleic acid sequences between two DNA molecules. This process directs the repair of many DNA lesions in somatic cells and generates genetic variation in sperm and egg cells during meiosis. It is a nearly universal biological process that is conserved from phage to humans.
Written and edited by experts in the field, this collection from Cold Spring Harbor Perspectives in Biology covers all aspects of recombinational DNA repair, meiotic recombination, and the regulation of these processes. The contributors examine the dozens of proteins that are involved in recombinational repair and the various pathways in which they are employed (e.g., gene conversion or break-induced replication). They also discuss how these proteins and pathways are strictly regulated to avoid genomic instability, which can lead to diseases such as cancer, and how they are coordinated with other nuclear processes (e.g., transcription and DNA replication).
Meiotic recombination, the characteristics that distinguish it from recombinational repair, and effects of its dysregulation (e.g., aneuploidy) are also covered in depth. This volume is an indispensable reference for biochemists, molecular biologists, and cell biologists who want to understand how DNA recombination maintains genomic integrity in individual organisms and across generations.
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Stephen Kowalczykowski is Distinguished Professor at the University of California, Davis.
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Book Description Cold Spring Harbor Laboratory Press,U.S., United States, 2015. Hardback. Condition: New. Language: English. Brand new Book. Recombination mechanisms allow cells to break and reattach DNA sequences. They are important for repair of damaged DNA. They also help generate additional genetic diversity in sperm and eggs cells by mixing DNA sequences from maternal and paternal chromosomes. This volume explores the molecular details of recombination and their roles in genome maintenance and meiosis. Seller Inventory # BZE9781621820093