Translation of Mussel Adhesion to Beneficial New Concepts and Materials

Saturday, February 16, 2013: 8:30 AM-11:30 AM
Room 306 (Hynes Convention Center)
The adhesive strategies of marine mussels are key to their survival on wet, wind-swept, and wave-swept surfaces. Given this, mussel tenacity has become a poster child for the wet adhesion needed elsewhere in human technology, particularly in health-care delivery. Mussel adhesion is complex with both chemical and physical underpinnings at multiple length scales. The peculiar catechol-based chemistry of mussel adhesion has inspired a variety of applications ranging from hard and soft tissue repair to drug delivery to magnetic imaging agents. Although the emphasis on new bioinspired materials is inevitable, it should be coupled with the recognition that society is equally well served by the mussel byssus (holdfast) as an indicator of mussel well-being. Byssally interconnected mussel clusters are the basis of mariculture and diverse reef-like intertidal ecologies that resist coastal erosion. Given its exquisite sensitivity to environmental conditions, mussel byssus also serves as an important monitor of pollution and climate change.
Herbert Waite, University of California
Alison Butler, University of California
Emily Carrington, University of Washington
Mussel Attachment in Changing Climates: An Ecomaterial Approach
Herbert Waite, University of California
Wet Adhesion: Learning How from Mussels
Phillip Messersmith, Northwestern University
Mussel-Inspired Materials for Surgical Repair and Drug Delivery
See more of: Materials Science and Chemistry
See more of: Symposia