Exact(5)
Although the compounds ultimately proved inactive against HIV, during the course of the synthesis, a new and highly facile method to realize N-phenylacetamides was developed.
The highly facile process yields films endowed with high optical transmittance, high static contact angle of 168°, excellent thermal stability up to 400 °C and, to some extent, excellent adhesion to the microstructured substrates on which they sit.
A highly facile and feasible strategy on the fabrication of advanced intrinsic peroxidase mimetics based on Mn2+ doped mixed ferrite (MnIIxFeII1−xFeIII2O4) nanoparticles was demonstrated for the quantitative and sensitive detection of mouse IgG (as a model analyte).
In conclusion, we have demonstrated a highly facile and simple methodology for preparing silver-doped hydroxyapatite nanopowder.
This provides a genetically expressed single-chain protein scaffold that will allow highly facile, flexible, and asymmetric variations to enable selective incorporation of different cofactors, surface-immobilization, and introduction of spectroscopic probes.
Similar(55)
In this study, a unique CoOx embedded nanoflower microstructure (Co0.6-PyNa) has been synthesized via an extremely facile one-step, highly scalable aqueous method under mild conditions, by using Co(COOH 2 as the precursor and pyrrole as the structure-directing agent.
The Gluc secretion assay provides a highly sensitive, facile way to monitor processing of proteins through the secretory pathway.
This report outlines a highly sensitive and facile electrochemiluminescence (ECL) sensing platform based on a novel high-quantum-yield Au-nanocluster (AuNC) probe for glutathione (GSH) detection.
It is the first time that a rapid, facile, highly sensitive and selective electrochemical sensor based on graphene nanosheets/gold nanoparticles/nafion nanocomposite modified electrode (GRP/AuNPs/NFN) was developed for the electro-oxidation and quantification of silodosin (SLD).
Therefore, it is highly rewarding to facile synthesize functional Cu2O nanomaterials in a solution without a surfactant.
Here, a facile and highly sensitive platform has been developed for synthesizing branched Pt nanostructures on graphene.
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