Author: Draz, Mohamed Shehata; Shafiee, Hadi
Title: Applications of gold nanoparticles in virus detection Document date: 2018_2_15
ID: 1xjmlwqr_43
Snippet: A very interesting AuNP-based molecular assay has been developed for the bimodal scanometric and SERS-based detection of EBOV by using AuNPs to promote silver staining on their large surface area [50] . The target EBOV DNA sequence is first captured on chip surfaces by specific, short DNA probes and labeled with AuNP-DNA-Cy3 probes. Then, the formed 3-component hybridization complexes are subjected to a silver enhancement step. The deposited silv.....
Document: A very interesting AuNP-based molecular assay has been developed for the bimodal scanometric and SERS-based detection of EBOV by using AuNPs to promote silver staining on their large surface area [50] . The target EBOV DNA sequence is first captured on chip surfaces by specific, short DNA probes and labeled with AuNP-DNA-Cy3 probes. Then, the formed 3-component hybridization complexes are subjected to a silver enhancement step. The deposited silver metal eventually enables scanometric detection (based on a silver-caused dark color) and SERS detection (based on using Cy3 as a Raman-active tag) (Fig. 6) .
Search related documents:
Co phrase search for related documents- chip surface and dna sequence: 1
- chip surface and scanometric detection: 1, 2
- chip surface and SERS detection: 1, 2
- chip surface and silver enhancement: 1, 2
- chip surface and silver enhancement step: 1, 2
- chip surface and silver metal: 1, 2
- deposited silver metal and silver metal: 1
- dna probe and hybridization complex: 1
- dna probe and scanometric detection: 1, 2
- dna probe and short dna probe: 1
- dna probe and silver metal: 1
- dna probe and surface area: 1, 2, 3
- dna sequence and scanometric detection: 1
- dna sequence and silver enhancement: 1
- dna sequence and silver enhancement step: 1
- dna sequence and silver metal: 1
- dna sequence and surface area: 1
Co phrase search for related documents, hyperlinks ordered by date