Sign in

Connect with:
Facebook Google Twitter
or

Lost your password?

  • Biological Strategies
  • Inspired Ideas
  • Resources
  • Collections
Join Sign in

Innovation Inspired by Nature

  • Learn
    • What is Biomimicry?
    • Function & Strategy
  • Contribute
    • Volunteer
  • Community
    • Group Directory
    • Member Directory
  • AskNature Labs
  • About
    • AskNature Team
    • Partners
    • Contact Us
  • Donate
Join Sign in
  • Learn
    • What is Biomimicry?
    • Function & Strategy
  • Contribute
    • Volunteer
  • Community
    • Group Directory
    • Member Directory
  • AskNature Labs
  • About
    • AskNature Team
    • Partners
    • Contact Us
  • Donate
collections

anti-fouling Edit title

Profile PhotojessNovember 13, 2018
Shared with everyone Edit visibility
Edit Hook
Edit Summary
strategy

Skin reduces biofoulingshark

The scales of shark skin may influence attachment of fouling microorganisms via shape and surface topography.

Profile PhotoDimitri Smirnoff
Protect from animalsProtect from microbesProtect from plants
strategy

Egg shells prevent microbial foulingwhite dogwhelk

The eggs of the white rock shell snail ward off microbial attack with a series of physical, mechanical, and potentially chemical defenses

Profile PhotoAskNature Team
Protect from microbesProtect from plants
strategy

Ridged surfaces resist biofoulingCommon Mussel, Mediterranean Mussel

Ridged surfaces on mussel shells resist biofouling by disrupting attachment.

Profile PhotoJeanette Lim
Protect from animalsProtect from microbesProtect from plants
strategy

Biofilm-inhibiting chemical protects surfacesred algae

Red algae protects itself from bacterial infection by exuding compounds that inhibit biofilms.

Profile PhotoAskNature Team
Protect from microbes
strategy

Proteins crystalize minerals, kill bacteriaChinese softshell turtle

The eggshells of the Chinese softshell turtles are both strong and antimicrobial due to the production of a single protein, pelovaterin.

Profile PhotoAskNature Team
Chemically assemble mineral crystalsProtect from microbes
strategy

Skin resists microorganismspilot whale

The skin of pilot whales resists microorganisms thanks to microscopic pores and nanoridges, surrounded by a secreted enzymatic gel which denatures proteins and carbohydrates.

Profile PhotoAskNature Team
Chemically break down organic compoundsModify material characteristicsPrevent fracture/ruptureProtect from animalsProtect from microbes
strategy

Microstructures on the surface of cicada wings kill bacteriaclanger cicada

Nanopillars on the surface of cicada wings kill bacteria by stretching them to the point of ripping

Profile PhotoAskNature Team
Break down living materialsProtect from microbes
Profile Photo
Contributed by jess

Comments

Cancel reply

You must be logged in to post a comment.

This site uses Akismet to reduce spam. Learn how your comment data is processed.

Support Us

Mission

The Biomimicry Institute empowers people to create nature-inspired solutions for a healthy planet.

  • Biomimicry 101
  • what we do
  • about
  • blog
  • shop

asknature

Explore biological intelligence organized by design and engineering functions.

  • Biological strategies
  • inspired ideas
  • learning resources
  • collections

Design challenges

Practice biomimicry or advance your biomimicry concept with our support.

  • About
  • Challenges
  • news
© 2018 - The Biomimicry Institute
  • Cookie Settings
  • Terms of Service & Privacy Policy
  • Contact Us
Heap | Mobile and Web Analytics

Add to Collection

Add New

@

Not recently active

We use cookies to give you the best browsing experience. Find out more about our cookie policy here.