Publications by authors named "Dariya Baiko"
Myxidium rhodei Léger, 1905 (Cnidaria: Myxozoa) is a kidney-infecting myxosporean that was originally described from the European bitterling Rhodeus amarus. Subsequently, it has been documented based on spore morphology in more than 40 other cypriniform species, with the roach Rutilus rutilus being the most commonly reported host. This study introduces the first comprehensive data assessment of M.
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- Nanofibers are attracting interest for various applications due to their large surface-to-volume ratio, but their stickiness poses challenges when forming nonwoven fabrics.
- Cribellate spiders effectively manage their own nanofibers using a special comb-like structure that prevents sticking through a unique surface design.
- A theoretical model and experiments showed that creating laser-induced surface structures on metals can reduce adhesion of electrospun nanofiber nonwoven fabrics compared to traditional smooth surfaces.
Article Synopsis
- Nanofibers, with their high surface-to-volume ratio, are highly sought after for technical applications but are difficult to process due to their tendency to stick to surfaces.
- The cribellate spider offers a solution with its unique calamistrum, which features a rippled nanotopography that prevents the nanofibers in its adhesive threads from sticking.
- By replicating this structure using laser-induced periodic surface structures, researchers found that while anti-adhesive performance is effective in varying humidity, temperature regulation is crucial, as the anti-adhesion diminishes above 30°C, suggesting potential for creating temperature-sensitive adhesion switches.