Here, we first reported a template-free and efficient hydrothermal method to synthesize quaternary AgPb10SbTe12 (AgPbmSbTem+2, m = 10) microspheres comprised of tiny nanoparticles driven by co-doping synergetic dipole-driven aggregation.
Integration of ratio magnification, template amplification and efficient labeling in ADGE microarray reduced artifacts in microarray data and improved detection fidelity.
Here we have developed a general and efficient template strategy in synthesizing a new family of CNTs with controllable hollow walls and explored their promising applications in LIBs.
A simple and efficient template-free technique for interstrand cross-linking of DNA has been developed using a "bis-click" CuAAC reaction between alkyne-functionalized oligonucleotides and bifunctional azides.
Since Sauvage's pioneering use of a CuI-directed orthogonal assembly strategy, 6 much synthetic effort has been devoted to the development of new and efficient template-directed protocols for the preparation of catenanes.
In this paper, we report an air-exposed and room-temperature immersion reaction for synthesis of novel Au nanoparticles decorated Ag(Cl,Br) [Ag(Cl,Br)–Au] micro-necklaces from the AgBr template for efficient and stable photocatalytic degradation and SERS detection of food contaminant Sudan I (SDI) molecules.
Primarily error-free incorporation of dATP was observed for the 5′-T XG-3′ template (template-primer IV); efficient extension to a full-length 18-mer product was also observed when all dNTPs were included in the reaction.
The displacement probes tested produced sensitive and efficient quantitative analyses of template serial dilutions when compared with a range of commercially available predesigned real-time PCR detection systems, including TaqMan MGB probes, QuantiTect MGB probes, and LUX primers.
At this point, all ssDNA was converted to dsDNA indicating complete and efficient replication of the template DNA (Fig 3B, top panels).
In Thermus thermophilus dnaX, slippage occurs at an A9 sequence (T9 template) and is ∼50% efficient [ 22].
