Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
5906000 | Gene | 2014 | 7 Pages |
Abstract
The restriction enzyme cutting site distribution regularity and looping conditions were studied systematically. We obtained the restriction enzyme cutting site distributions of 13 commonly used restriction enzymes in 5 model organism genomes through two novel self-compiled software programs. All of the average distances between two adjacent restriction sites fell sharply with increasing statistic intervals, and most fragments were 0-499Â bp. A shorter DNA fragment resulted in a lower looping rate, which was also directly proportional to the DNA concentration. When the length was more than 500Â bp, the concentration did not affect the looping rate. Therefore, the best known fragment length was longer than 500Â bp, and did not contain the restriction enzyme cutting sites which would be used for digestion. In order to make the looping efficiencies reach nearly 100%, 4-5 single cohesive end systems were recommended to digest the genome separately.
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Authors
Ying Shang, Nan Zhang, Pengyu Zhu, Yunbo Luo, Kunlun Huang, Wenying Tian, Wentao Xu,