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Organizing active enzyme molecules on nanometer‐sized scaffolds is a promising strategy for designing highly efficient supported catalytic systems for biosynthetic and sensing applications. This is achieved by designing model nanoscale enzymatic platforms followed by thorough analysis of the catalytic activity. Herein, the virus fd bacteriophage is considered as an enzyme nanocarrier to study the...
In this work hybrid AFM–electrochemical (SECM) probes to be used in dynamic atomic force microscopy are presented. These nanosensors are hand fabricated from gold microwires using a simple benchtop method. They display proportions close to commercially available silicon and silicon nitride cantilevers giving comparable performance in terms of resolution and imaging stability. The remarkable characteristic...
Treatment of ferrocenoyl chloride with symmetrical poly(oxyalkylene) diamine 1 in excess affords the monofonctionalized derivative 2 in moderate to good yields. This one-step procedure provides a convenient entry to novel monolabeled redox precursors such as the biotin derivative 3 for more elaborate architectures.
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