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While optical microscopy and spectroscopy have become essential tools for biological research, they only provide information about the bulk sample and are not capable of resolving subcellular features of an individual cell. Here, we demonstrate a method for fluorescence imaging of single molecules with a submicrometer resolution using confocal fluorescence microscopy. We show that a DNA origami nanostructure, which is composed of submicrometer rigid structural elements, can be localized using superresolution fluorescence microscopy. The rigid nanostructure was imaged using nanodiamond probes that were attached to a specific protein. Such single molecule imaging and superresolution microscopy of DNA origami nanostructures allow for the study of the interaction of individual nanoparticles with each other and the inside of cells.To learn more about how your data is used by us when you use the website, please read our Privacy Policy. We use cookies to deliver our services and to ensure that we give you the best experience on our website a77f14ba26 hashchil
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You can now search with a new set of search tools:
Customers can now enter their own keywords for instant results
Make it easier to find files when you need them
Find the exact information you're looking for
Discover new files that you never knew existed
BT Watcher Pro Key Features:
* Search across the entire installed index, and across all BT servers
* The number one file index for over a decade, BT has the largest index of file types and file names
* Real-time aggregation across over 200 million websites
* Social Search lets you search across millions of images and links
* BT is your one stop solution for instant answers to your desktop search queries
BT Watcher Pro Homepage:
Buy Premium From My Links To Get Resumable Support,Max Speed & Support MeProbe-based confocal microscopy of DNA nanostructures.
While optical microscopy and spectroscopy have become essential tools for biological research, they only provide information about the bulk sample and are not capable of resolving subcellular features of an individual cell. Here, we demonstrate a method for fluorescence imaging of single molecules with a submicrometer resolution using confocal fluorescence microscopy. We show that a DNA origami nanostructure, which is composed of submicrometer rigid structural elements, can be localized using superresolution fluorescence microscopy. The rigid nanostructure was imaged using nanodiamond probes that were attached to a specific protein. Such single molecule imaging and superresolution microscopy of DNA origami nanostructures allow for the study of the interaction of individual nanoparticles with each other and the inside of cells.To learn more about how your data is used by us when you use the website, please read our Privacy Policy. We use cookies to deliver our services and to ensure that we give you the best experience on our website a77f14ba26 hashchil
https://annika-marie.wixsite.com/ibtheat...ip/profile
https://www.goiada.com/profile/yelinahgiovonni/profile
https://www.capclara.no/profile/HD-Onlin...ie/profile
https://www.lerudeconsulting.org/profile...OP/profile
https://www.washingtonschoolforgirls.org...ca/profile
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