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Non-fouling medical devices: Slippery coatings that resist adhesion of  biological matter | Faculty of Engineering, HKU
Non-fouling medical devices: Slippery coatings that resist adhesion of biological matter | Faculty of Engineering, HKU

Slippery Surfaces | Aizenberg
Slippery Surfaces | Aizenberg

New coating evicts biofilms for good
New coating evicts biofilms for good

Impact Sheet | arpa-e.energy.gov
Impact Sheet | arpa-e.energy.gov

Student Hosted Colloquia: Professor Joanna Aizenberg, Harvard | Chemistry
Student Hosted Colloquia: Professor Joanna Aizenberg, Harvard | Chemistry

The smooth, defect-free SLIPS | Aizenberg
The smooth, defect-free SLIPS | Aizenberg

Coating makes steel stronger and squeaky clean
Coating makes steel stronger and squeaky clean

SLIPS-Technologies
SLIPS-Technologies

From Nature to Nanotech - Wong Tak-sing imitates nature to give flesh to  the future | CUHKUPDates | CUHK
From Nature to Nanotech - Wong Tak-sing imitates nature to give flesh to the future | CUHKUPDates | CUHK

SLIPS and Self-Cleaning - YouTube
SLIPS and Self-Cleaning - YouTube

Galleries | Aizenberg
Galleries | Aizenberg

Stain-free, self-cleaning clothing on the horizon
Stain-free, self-cleaning clothing on the horizon

Bacteria cities cannot form on a super-slippery surface, inspired by  meat-eating plants | Discover Magazine
Bacteria cities cannot form on a super-slippery surface, inspired by meat-eating plants | Discover Magazine

Design and optimization of SLIPS coatings. | Aizenberg
Design and optimization of SLIPS coatings. | Aizenberg

New coating is too slippery for bacteria to grow on - UPI.com
New coating is too slippery for bacteria to grow on - UPI.com

Liquid Coating Prevents Biofilm Build-Up on Surfaces | Science and  Enterprise
Liquid Coating Prevents Biofilm Build-Up on Surfaces | Science and Enterprise

A SLIPS-coated surface submerged | Aizenberg
A SLIPS-coated surface submerged | Aizenberg

SLIPS showcased on Capitol Hill
SLIPS showcased on Capitol Hill

Pitcher-Plant-Inspires-Super-Slippery
Pitcher-Plant-Inspires-Super-Slippery

SLIPS-Technologies
SLIPS-Technologies

Wyss Institute researcher elected to American | EurekAlert!
Wyss Institute researcher elected to American | EurekAlert!

Liquid-infused structured surfaces with exceptional anti-biofouling  performance | PNAS
Liquid-infused structured surfaces with exceptional anti-biofouling performance | PNAS

Joanna Aizenberg - Co-Founder and Chair of the Scientific Advisory Board @  SLIPS Technologies - Crunchbase Person Profile
Joanna Aizenberg - Co-Founder and Chair of the Scientific Advisory Board @ SLIPS Technologies - Crunchbase Person Profile

Slippery Surfaces | Aizenberg
Slippery Surfaces | Aizenberg

Slip-Sliding Away | Inside Science
Slip-Sliding Away | Inside Science