Nanopore-based electrical detection technology holds single-molecule resolution and
combines the advantages of high sensitivity, high throughput, rapid analysis, and label-free …

Textiles, regardless of their composition–whether natural fibers like cotton and silk or
synthetic materials like polyester and nylon, play a significant role in everyday use across …

Polymer brushes offer a wide array of applications in surface modification. While recent
advances have made these chemistries more user-friendly, scientific questions about …

In this work, the effect of drying temperature (55–130° C) on the properties of kraft lignin (KL)
polymerized with [2-(methacryloyloxy) ethyl] trimethyl ammonium chloride, as a sustainable …

Rough, capillary-active surfaces remain demanding substrates for microcontact printing
(μCP), as the diffusive mobility of the ink thereon drastically limits the printing resolution. To …

Herein, we present a strategy for the autonomous regulation of glycopolymer brush
construction and cleavage on glass substrates using surface-initiated photoinduced …

Separation of equally sized particles distinguished solely by interfacial properties remains a
highly challenging task. Herein, a particle fractioning method is proposed, which is suitable …

The growing market demand for compact and precisely-designed polymeric products has
raised challenges during the demolding stage of manufacturing. An increased contact area …

Our dependence on petroleum-based materials comes with significant environmental
challenges such as environmental pollution, including oil spills and air pollution …

Surface contamination by microbes is of global concern particularly in hospital settings,
where contaminated surfaces are a major source of hospital acquired infections. One of the …