Fast, single-step, and surfactant-free oligonucleotide modification of gold nanoparticles using DNA with a positively charged tail

Gill, R.; Göeken, K.; Subramaniam, Vinod

doi:10.1039/C3CC47138A

R. Gill, K. Göeken and V. Subramaniam (Vinod)

2013-12-18

Fast, single-step, and surfactant-free oligonucleotide modification of gold nanoparticles using DNA with a positively charged tail

Chem. Commun. , Volume 49 - Issue 97 p. 11400- 11402

Fast modification of large gold nanoparticles with DNA is achieved by using DNA with a polycationic tail. The conjugated DNA is available for specific hybridization, and therefore can be used for DNA-based assays or for constructing nanoparticle superstructures based on DNA hybridization.

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Publisher	RSC
Persistent URL	doi.org/10.1039/C3CC47138A
Journal	Chem. Commun.
Citation APA Style AAA Style APA Style Cell Style Chicago Style Harvard Style IEEE Style MLA Style Nature Style Vancouver Style American-Institute-of-Physics Style Council-of-Science-Editors Style BibTex Format Endnote Format RIS Format CSL Format DOIs only Format	Gill, R., Göeken, K., & Subramaniam, V. (2013). Fast, single-step, and surfactant-free oligonucleotide modification of gold nanoparticles using DNA with a positively charged tail. Chem. Commun., 49(97), 11400–11402. doi:10.1039/C3CC47138A

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Fast, single-step, and surfactant-free oligonucleotide modification of gold nanoparticles using DNA with a positively charged tail

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