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- Structure and Chemistry Dictate How Cicada Wings Repel Water and Kill . . .
New research investigates substances coating cicada wings layer by layer, revealing a complex interplay between topography and chemistry Researchers analyzed two cicada species that each have a
- Unique Physical, Chemical Properties of Cicada Wings Revealed by . . .
While researchers have dissected the physical characteristics that likely contribute to such traits, a new study reveals that the chemical compounds that coat cicada wings also contribute to their ability to repel water and kill microbes
- Decoding the chemistry behind cicada’s bacteria-killing wings
Meticulously organised fatty acids are responsible for the bacteria-killing, superhydrophobic nanostructures on cicada wings The team behind the discovery hopes that its work will inspire antimicrobial surfaces that mimic cicada wings for use in settings such as hospitals
- Cicada Wings Repel Water, Dirt, Bacteria, and Light - AskNature
New coatings inspired by cicada wings could lead to better water-repellant, self-cleaning, antifogging, antibacterial, and antiglare surfaces This could improve performance of screens, sensors, optical instruments, medical equipment, car dashboards, and holographic devices
- Unique physical, chemical properties of cicada wings
The effort revealed that cicada wings are coated in a stew of hydrocarbons, fatty acids and oxygen-containing molecules like sterols, alcohols and esters The oxygen-containing molecules were
- New Study Examines Structural and Chemical Characteristics of Cicada Wings
Chemical compounds that coat cicada wings also contribute to their ability to repel water and kill microbes, says a new study published in the journal Advanced Materials: Interfaces Neotibicen pruinosus and Magicicada casinnii and their wings with the relevant cells labeled (top)
- Biomimetic Polymer Surfaces by High Resolution Molding of the Wings of . . .
The outer epicuticle of cicada wings is mainly made up of fatty acids and long chain hydrocarbons that would contribute to the inherent hydrophobic nature of the wing nanostructures However, when the WCA of primary mold PEG surfaces was investigated, they were shown to be hydrophilic (WCA < 90°)
- Study reveals unique physical, chemical properties of cicada wings
While researchers have dissected the physical characteristics that likely contribute to such traits, a new study reveals that the chemical compounds that coat cicada wings also contribute to their ability to repel water and kill microbes
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