Technical advance enables us to investigate the veiled details of biological reactions at the molecular level. The recent advent of single-molecule spectroscopy facilitates inspecting how biomolecules are interacting with others in more detail. To date many single-molecule techniques have been developed and highly applied to plenty of biological studies. Here I introduce a novel single-molecule technique called DNA curtain, which is a hybrid system combining nano-technique and fluorescence microscopy. This technique provides a unique platform to directly visualize individual proteins working on a single DNA molecule in real time. Using the DNA curtain, the behavior of various proteins on a single dsDNA molecule can be investigated and chara...
This thesis describes methods for constructing nanopatterned surfaces to array DNA. These surfaces e...
DNA curtain is a high-throughput system, integrating a lipid bilayer, fluorescence imaging, and micr...
Scientific interest in visualizing and characterizing the dynamics of individual biomolecules has in...
Single-molecule (SM) techniques have been contributing to unraveling the detailed mechanisms underly...
Recently biological imaging techniques have been rapidly advanced. In particular, real-time visualiz...
Biological imaging techniques have been dramatically advanced recently. Single-molecule real-time vi...
Single-molecule approaches have tremendous potential analyzing dynamic biological reaction with hete...
Biological processes are accomplished by bio-molecular interactions. In particular, protein-DNA inte...
Single-molecule fluorescence imaging techniques have become important tools in biological research t...
ABSTRACT: Single-molecule imaging of biological macro-molecules has dramatically impacted our unders...
The ability to watch single molecules of DNA has revolutionised how we study biological transactions...
Recent years have witnessed an explosion of microscopy techniques that enable the experimental obser...
Complexity and heterogeneity are common denominators of the many molecular events taking place insid...
Direct visualization of DNA and proteins allows researchers to investigate DNA-protein interactions ...
International audienceSingle-molecule techniques have moved from being a fascinating curiosity to a ...
This thesis describes methods for constructing nanopatterned surfaces to array DNA. These surfaces e...
DNA curtain is a high-throughput system, integrating a lipid bilayer, fluorescence imaging, and micr...
Scientific interest in visualizing and characterizing the dynamics of individual biomolecules has in...
Single-molecule (SM) techniques have been contributing to unraveling the detailed mechanisms underly...
Recently biological imaging techniques have been rapidly advanced. In particular, real-time visualiz...
Biological imaging techniques have been dramatically advanced recently. Single-molecule real-time vi...
Single-molecule approaches have tremendous potential analyzing dynamic biological reaction with hete...
Biological processes are accomplished by bio-molecular interactions. In particular, protein-DNA inte...
Single-molecule fluorescence imaging techniques have become important tools in biological research t...
ABSTRACT: Single-molecule imaging of biological macro-molecules has dramatically impacted our unders...
The ability to watch single molecules of DNA has revolutionised how we study biological transactions...
Recent years have witnessed an explosion of microscopy techniques that enable the experimental obser...
Complexity and heterogeneity are common denominators of the many molecular events taking place insid...
Direct visualization of DNA and proteins allows researchers to investigate DNA-protein interactions ...
International audienceSingle-molecule techniques have moved from being a fascinating curiosity to a ...
This thesis describes methods for constructing nanopatterned surfaces to array DNA. These surfaces e...
DNA curtain is a high-throughput system, integrating a lipid bilayer, fluorescence imaging, and micr...
Scientific interest in visualizing and characterizing the dynamics of individual biomolecules has in...