A new fixation strategy for addressable nano-network building blocks
A new fixation strategy for addressable nano-network building blocks
Rapid controlled self-assembly makes DNA ideal for building nanostructures. A problem using hybridized intermediates in hierarchic assembly is their thermodynamic lability. We demonstrate a click-fixation technology by which robust hexagonal DNA modules can be made. This principle is applicable to a wide variety of DNA nanoconstructs.
Lundberg, Erik P.
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El-Sagheer, Afaf H.
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Kocalka, Petr
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Wilhelmsson, L. Marcus
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Brown, Tom
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Nordén, Bengt
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13 April 2010
Lundberg, Erik P.
a6da30b1-1d51-41b5-aba2-3f16b3cdf45f
El-Sagheer, Afaf H.
0bf56d90-78ee-4772-add8-453ccacc39be
Kocalka, Petr
be9014a0-3594-448f-9e5a-14bb882a7a8f
Wilhelmsson, L. Marcus
bcf4f67a-198c-4c5e-80b8-a78f743509d4
Brown, Tom
1cd7df32-b945-4ca1-8b59-a51a30191472
Nordén, Bengt
4a4bbf2f-5acf-41ae-b3ab-7dd93e551038
Lundberg, Erik P., El-Sagheer, Afaf H., Kocalka, Petr, Wilhelmsson, L. Marcus, Brown, Tom and Nordén, Bengt
(2010)
A new fixation strategy for addressable nano-network building blocks.
Chemical Communications.
(doi:10.1039/c001513j).
Abstract
Rapid controlled self-assembly makes DNA ideal for building nanostructures. A problem using hybridized intermediates in hierarchic assembly is their thermodynamic lability. We demonstrate a click-fixation technology by which robust hexagonal DNA modules can be made. This principle is applicable to a wide variety of DNA nanoconstructs.
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Published date: 13 April 2010
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Local EPrints ID: 146931
URI: http://eprints.soton.ac.uk/id/eprint/146931
ISSN: 1359-7345
PURE UUID: 942fd2a5-6ae8-472f-835d-7e9d1b2a344d
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Date deposited: 22 Apr 2010 15:28
Last modified: 14 Mar 2024 00:57
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Contributors
Author:
Erik P. Lundberg
Author:
Afaf H. El-Sagheer
Author:
Petr Kocalka
Author:
L. Marcus Wilhelmsson
Author:
Tom Brown
Author:
Bengt Nordén
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