Abstract: A fiber-optic DNA biosensor with temperature compensation for the specific detection of label-free deafness gene is proposed and demonstrated. The biosensor is fabricated by splicing a ...

The capability for varied functionalization and precise control at the nanoscale are significant advantages of DNA nanostructures. In the assembly of DNA nanostructure, the surface-assisted growth ...

The technology corrects DNA mutations without the need for cutting DNA’s double-helix structure like previous technologies have. Base editing, developed by Liu’s lab in 2016, corrects single ...

Abstract: Presents corrections to the paper, Corrections to “Label Free DNA Detection Techniques Using Dielectric Modulated FET: Inversion or Tunneling?”.

Inside every human cell, 2 meters of DNA must be tightly packed into a tiny ... "Until now, we lacked a way to specifically label euchromatin and heterochromatin in live cells." ...

通过低温电镜和生化实验，该团队在捕获修复DNA过程中的聚合酶θ时取得了一个惊人的发现：每当聚合酶θ与断裂的DNA链结合时，它总是从四聚体转变 ...

School of Chemistry and Chemical Engineering, Qilu University of Technology (Shandong Academy of Sciences), Jinan 250353, China ...

The team captured detailed snapshots showing how this molecular motor unzips the DNA double helix, much like a tiny zipper. Although scientists have long understood that cells must unzip DNA to ...

The “warm” data in the middle, such as your old photos, can take a few seconds to retrieve. Most data is cold, and a lot of it could probably be erased without consequence. Yet some of it might one ...

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