Caption: Proteins control the creation of inorganic materials, Credit: The Sarikaya Research Group
Image by: The Sarikaya Research Group 
Proteins control the creation of inorganic materials 

Molecular Biomimetics: Let nature do the work!

From: Audrey Quinn
Length: 00:07:27

University of Washington materials scientist Dr. Mehmet Sarikaya has developed a promising new field. Science reporter Audrey Quinn speaks with him and members of his research team to learn about the possibilities afforded by Molecular Biomimetics. Read the full description.
To hear the full audio, sign up for a free PRX account or log in.

More from Audrey Quinn

Caption: Kartik Chandran at his Columbia University lab

Ghana's New Black Gold (00:05:19)
From: Audrey Quinn

A sewage revolution breaks ground in Ghana this fall. In the capitol city of Accra, sanitation engineers aim to turn fecal waste into a new profit source - biofuel.
Caption: Roxxxy and an admirer, Credit: technoget.com

My Robot (00:05:59)
From: Audrey Quinn

Back in December 2009, Brooklyn make-up artist Jessica Jacobs needed a job. She had experience with sculpting movie special effects, so a friend asked her to take over her ...
Caption: Dr. Melanie Stiassny, Credit: Photo courtesy of WildlifeDirect.org

Lessons From the Deepest River in the World (00:05:30)
From: Audrey Quinn

This is the story of how the death of one little fish helped researchers better understand an entire ecosystem.
Piece image

To the Moon! (00:05:26)
From: Audrey Quinn

What can we learn from the moon? Should NASA plan another manned moon landing?
Piece image

Once Upon A Crow... (00:05:38)
From: Audrey Quinn

Every year in the late Spring, crows become especially prevalent in our cities. Science reporter Audrey Quinn examines our rocky relationship with the moody black birds.
Caption: Woodland Park Zoo's Night Exhibit, Credit: Photo courtesy Ryan Hawk, Woodland Park Zoo.

Goodbye to the Seattle Zoo Night Exhibit (00:03:22)
From: Audrey Quinn

The Night Exhibit at Seattle's Woodland Park Zoo closed its doors on February 28th, 2010. Reporter Audrey Quinn visits much-loved exhibit in its final week.
Caption: Climate Change Rally in Seattle on May 21st, 2009, Credit: Tom Twigg/Grist

Copenhagen, Climate Change, and Communities (00:05:17)
From: Audrey Quinn

Political leaders from around the world have spent the last two weeks meeting in Copenhagen. They seek global and national solutions to the problem of climate change. Last ...
Piece image

Positive Behavior Support: Schools choosing praise over punishment (00:06:16)
From: Audrey Quinn

In order to target disruptive behaviors, the Highline School District just south of Seattle has adopted a new research-based strategy. Their Positive Behavior Support ...
Piece image

The Allen Institute and "Big Science" (00:05:21)
From: Audrey Quinn

Paul Allen's Institute for Brain Science is mapping the brain with unprecedented speed and detail. And they're sharing their brain map for free with the public online. The ...
Caption: The Hanford Site Fast Flux Test Facility in 1978, Credit: fas.org

Radioactive Waste and the Hanford Site (00:07:24)
From: Audrey Quinn

What do we do with radioactive waste? A look at the methods used by the Department of Energy in the cleanup of Washington's Hanford Site.

Piece Description

Dr. Sarikaya and his team have found that by engineering proteins, they can construct materials molecularly the way nature does.  Specially engineered proteins bind specifically to particular molecules.  Thanks to Dr. Sarikaya's work, today scientists are realizing they can use engineered proteins to make medicine more efficient and build better stronger materials.  And the best part?  The products of this technology are all non-toxic and biodegradable, so can return to the Earth without leaving a harmful footprint.

Broadcast History

Broadcast on One World Report on 11/19/09 on KBCS 91.3 Bellevue/Seattle

Intro and Outro

INTRO:

Can new technology ever really be sustainable? Dr. Mehmet Sarikaya of the University of Washington may have created such an anomaly. He calls it Molecular Biomimetics. This new field of materials science may change the way we conduct medicine, construction, and technology. Science reporter Audrey Quinn speaks with Dr. Sarikaya and his research colleagues about the exciting possibilities for applying this new approach.

OUTRO:

Learn more about Molecular Biomimetics at Dr. Sarikaya's research group webpage at http://depts.washington.edu/bionano2/index.shtml.