… the optimization of DNA sequence analysis. … nanoparticle‐DNA conjugates for applications
in nanotechnology and biotechnology. Separate procedures are presented for nanoparticles …

… with stability, ease of separation, and internal conjugation, and as a result increases their …
and stable conjugation of gold nanoparticles at any internal position within DNA strands. This …

… for the detection of DNA and proteins. Gold nanoparticles have long been conjugated with
antibodies and other proteins (eg, streptavidin) for use in protein and DNA detection assays, …

… for assembling DNA/gold nanoparticles opens the way to many applications proposed or
under-taken for nanostructures in the past. The nanostructures may use gold nanoparticles as …

… on recent advanced Au NPs-based DNA conjugates for biomedical applications, mainly …
DNA conjugates interact with Au-S bond or Au-polyA); application of Au NPs-based conjugates …

… distinct types of gold nanoparticle-oligonucleotide conjugates: nanoparticles func tionalized
… types of conjugates are different, and the relative stability and utility of the nanoparticles in …

… DNA−Au NPs (Figure 1, Scheme 1D). (1, 19) Because this aggregation was only occurring
… larger DNA−Au NP conjugates, we hypothesized that, as these particles form more DNA …

… DNA-modified gold NPs, and the working conjugation … DNA conjugation strategies to gold
NPs with fundamental binding features of DNA strands with varying functional groups to gold …

… Gold nanoparticle (AuNP)−DNA conjugates can enhance in vitro translation of a protein. …
the AuNP−DNA and specific binding to the mRNA of interest. AuNP−DNA conjugates enhanced …

… laser heating of gold nanoparticle−protein conjugates. In a … (EGFR)-conjugated ∼40 nm
gold nanoparticles on exposure to … exposure of the gold nanoparticle−antibody conjugates to a …