living materials

The living material is 3D-printed as a grid-like structure.
Could a 3D-Printed ‘Living Material” Actually Clean Up Contaminated Water
The living material is 3D-printed as a grid-like structure Could a 3D-Printed ‘Living Material” Actually
Engineered living materials developed at Rice University can be customized for a variety of applications, including environmental remediation or as custom catalysts. (Credit: Sara Molinari/Ajo-Franklin Research Group)
Growing living macroscale modular materials from bacteria
Engineered living materials developed at Rice University can be customized for a variety of applications,
The quest to develop living construction materials takes a step forward
*This is not jello.* This block M is composed of engineered bacteria and silica —
3D “living materials” that can heal themselves in response to damage
Researchers saw excellent repair that was structurally stable and restored the consistency and appearance of
Are photosynthetic living materials the next big thing in fashion and beyond?
An artist’s illustration demonstrates how 3D printed materials could be applied as durable, living clothing.
Harnessing the power of living organisms to make materials that are strong, tolerant and resilient
FIG. 1 THE LIVING MATERIALS CREATED BY USC VITERBI RESEARCHERS MIMICS THE BOULIGAND STRUCTURE FOUND
Chloroplast-Fortified 3D-Printer Ink May Lead to Entirely New Engineered Materials
via USC Viterbi School of Engineering Chloroplast-Fortified 3D-Printer Ink May Lead to Entirely New Engineered
Engineers create “living materials”
Engineers have developed a new way to generate tough, functional materials using a mix of
A green living material that demonstrates similar strength to cement-based mortar
This photograph shows green photosynthetic cyanobacteria growing and mineralizing in the sand-hydrogel framework. The living
The new field of ‘living’ materials and devices

Ventilating flaps lined with live cells open and close in response to an athlete’s sweat.

An artist's rendering of a bacterial cell engineered to produce amyloid nanofibers that incorporate particles such as quantum dots (red and green spheres) or gold nanoparticles. IMAGE: YAN LIANG
Engineers design ‘living materials’

Hybrid materials combine bacterial cells with nonliving elements that can conduct electricity or emit light.