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Antibacterial Surfaces Inspired By Cicada Wings | Engineering.com
Antibacterial Surfaces Inspired By Cicada Wings | Engineering.com

Scientists use ORNL's Summit supercomputer to learn how cicada wings kill bacteria | ORNL
Scientists use ORNL's Summit supercomputer to learn how cicada wings kill bacteria | ORNL

Decoding the chemistry behind cicada's bacteria-killing wings | Research | Chemistry World
Decoding the chemistry behind cicada's bacteria-killing wings | Research | Chemistry World

Decoding the chemistry behind cicada's bacteria-killing wings
Decoding the chemistry behind cicada's bacteria-killing wings

April: antimicrobial insect wings | News and features | University of Bristol
April: antimicrobial insect wings | News and features | University of Bristol

Cicada wings inspire new approach to antibacterial surfaces
Cicada wings inspire new approach to antibacterial surfaces

Insect wings inspire antibacterial packaging - New Food Magazine
Insect wings inspire antibacterial packaging - New Food Magazine

Bio-mimicking nano and micro-structured surface fabrication for antibacterial properties in medical implants | Journal of Nanobiotechnology | Full Text
Bio-mimicking nano and micro-structured surface fabrication for antibacterial properties in medical implants | Journal of Nanobiotechnology | Full Text

Cicadas' Antibacterial Trick May Help Humans | Insect wings, Cicada, Insects
Cicadas' Antibacterial Trick May Help Humans | Insect wings, Cicada, Insects

Insect Wings: Nature's Most Violent Antimicrobial? [Video]
Insect Wings: Nature's Most Violent Antimicrobial? [Video]

Vietnam Academy of Science and Technology
Vietnam Academy of Science and Technology

Cicada Wings Inspired Methods to Keep Surfaces Clean of Dust, Frost, and Bacteria | Discover Magazine
Cicada Wings Inspired Methods to Keep Surfaces Clean of Dust, Frost, and Bacteria | Discover Magazine

Antibacterial effects of nanopillar surfaces are mediated by cell impedance, penetration and induction of oxidative stress | Nature Communications
Antibacterial effects of nanopillar surfaces are mediated by cell impedance, penetration and induction of oxidative stress | Nature Communications

Verifying antibacterial properties of nanopillars on cicada wings | Applied Nanoscience
Verifying antibacterial properties of nanopillars on cicada wings | Applied Nanoscience

Bio-inspired antimicrobial surfaces fabricated by glancing angle deposition | Scientific Reports
Bio-inspired antimicrobial surfaces fabricated by glancing angle deposition | Scientific Reports

Insect wings inspire antibacterial surfaces f | EurekAlert!
Insect wings inspire antibacterial surfaces f | EurekAlert!

Structure and Chemistry Dictate How Cicada Wings Repel Water and Kill Bacteria | Scientific American
Structure and Chemistry Dictate How Cicada Wings Repel Water and Kill Bacteria | Scientific American

The supercomputer revealed the secret of destroying bacteria that touched `` cicada wings '', demonstrating not only antibacterial action but also self-cleaning action - GIGAZINE
The supercomputer revealed the secret of destroying bacteria that touched `` cicada wings '', demonstrating not only antibacterial action but also self-cleaning action - GIGAZINE

Cicada wings inspire packaging innovation | Mandurah Mail | Mandurah, WA
Cicada wings inspire packaging innovation | Mandurah Mail | Mandurah, WA

Cicada Wings – big bertha's adventures
Cicada Wings – big bertha's adventures

Antibacterial surface mimicking structure of cicada wings to be put to practical use - The Mainichi
Antibacterial surface mimicking structure of cicada wings to be put to practical use - The Mainichi

Combating Bacteria on Hospital Surfaces Nature's Way – Biomimicry Institute
Combating Bacteria on Hospital Surfaces Nature's Way – Biomimicry Institute

Scientists look to cicada wings to find better way to kill bacteria | The Asahi Shimbun: Breaking News, Japan News and Analysis
Scientists look to cicada wings to find better way to kill bacteria | The Asahi Shimbun: Breaking News, Japan News and Analysis

UofL scientists invent antimicrobial surfaces inspired by cicada wings | UofL News
UofL scientists invent antimicrobial surfaces inspired by cicada wings | UofL News

An Insect-Inspired Approach to Anti-Bacterial Surfaces Takes Wing - Tech Briefs
An Insect-Inspired Approach to Anti-Bacterial Surfaces Takes Wing - Tech Briefs

Decoding the chemistry behind cicada's bacteria-killing wings | Research | Chemistry World
Decoding the chemistry behind cicada's bacteria-killing wings | Research | Chemistry World

Cicada wing surface biomimicry could lead to anti-bacterial surfaces - RobAid
Cicada wing surface biomimicry could lead to anti-bacterial surfaces - RobAid

Antibacterial power of black silicon inspired by cicada wings - RobAid
Antibacterial power of black silicon inspired by cicada wings - RobAid

Replica molds of cicada wings give flight to possibilities of antibacterial surfaces" — Nanoscale Function Group
Replica molds of cicada wings give flight to possibilities of antibacterial surfaces" — Nanoscale Function Group