Like the Staff Model, the Staff Model R features a four-piece construction and Wilson’s V-COR core, which combine to produce explosive distances in the long game. DNA nanoball sequencing is a high throughput sequencing technology that is used to determine the entire genomic sequence of an organism. The resulting nanoparticle self-assembles into a tight ball of DNA approximately 300 nanometers (nm) across.

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Genome sequencing provides a list of genes that are present, however, the valuable spatial information regarding where each mRNA is located within cells and tissues is lost. Huang, Jie; Liang, Xinming; Xuan, Yuankai; Geng, Chunyu; Li, Yuxiang; Lu, Haorong; Qu, Shoufang; Mei, Xianglin; Chen, Hongbo; Yu, Ting; Sun, Nan; Rao, Junhua; Wang, Jiahao; Zhang, Wenwei; Chen, Ying; Liao, Sha; Jiang, Hui; Liu, Xin; Yang, Zhaopeng; Mu, Feng; Gao, Shangxian (2017). Finally, it comes with a seamless 362-dimple pattern which helps to produce a flatter, more controlled trajectory, which makes the Wilson Staff Model an excellent option for golfers who often find themselves playing in windy conditions.This is accomplished by rolling circle replication with the Phi 29 DNA polymerase which binds and replicates the DNA template.

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Also noteworthy about the Wilson Triad is the use of a thinner urethane cover, which creates increased friction at impact to help golfers generate more spin on approach shots and in their short game.

Then, with the help of four different fluorescent dyes—one for each of the DNA’s four bases—a sequence of flashing colors reveals each replica DNA’s exact sequence under a super-resolution microscope.