… living systems with inorganic components to create ‘living materials-synthesis platforms’ and
‘living functional materials’ has … to dramatically change the fabrication and use of materials. …

… living materials with novel functional properties, focusing on microbial systems that can be
engineered to grow materials … and engineering the natural processes of biological material …

… living materials and bring it into the context of addressing life healthcare concerns. We start
with the fabrication of living materials, including the engineering of living … , functional materials…

… -up assembly of living entities could drive … as functional robots and construction materials.
Finally, we address the potential challenges and opportunities in the field of engineering living …

… the in situ assembly of functional materials as an alternative, … locations and then integrate
into the living system (Figure 1). First… to combine genetic engineering with polymer chemistry for …

… out to engineer cells to confer the materials with unique functional properties. Stimuli-responsive
materials … release have extensive potentials in drug delivery and electronic engineering. …

… Engineering or mimicking living materials found in nature has the potential to transform the
use of materials. … Man-made artificial functional materials are profoundly different from living …

… This review emphasizes how the OFSs could be used to engineer different living materials,
including microorganisms, immune cells, stem cells, red blood cells, and organelles, which is …

… engineering of materials is a fertile area of exploration. A core strategy that … materials that
biology is capable of generating. Such ability to encode for a rich palate of functional materials, …

… outlined here describe the engineering of cell-only living material, techniques that leverage
… extensively in engineering composite living materials, especially to engineer appropriate …