This is a field concept for materials that incorporate living or engineered biological components to create programmable functions at a biomaterial interface.
First-pass extracted concept
engineered living materials
Candidate: concept label2 source documents2 linked claims
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Aliases
ELMs
Extracted Explainers
Evidence Snippets
The web research summary states that engineered living materials are explicitly supported by closely matching biomaterials reviews and align with the anchor review's living biomaterials theme.
The title names a living interface between synthetic biology and biomaterial design, and the supplied web research summary identifies engineered living materials (ELMs) as the central concept repeatedly associated with this review's topic.
Supporting Sources
Linked Claims
This review covers synthetic biology applications in medical and pharmaceutical fields including microbial pharmaceutics production, engineered cells with synthetic DNA circuits, live or auto-assembled biomaterials, cell-free synthetic biology, and DNA engineering approaches.
Quoted textsource-backed
Anchor review confirmed in PubMed; abstract explicitly states the major subtopics covered: microbial pharmaceutics production, engineered cells with synthetic DNA circuits, live/auto-assembled biomaterials, cell-free synthetic biology, and DNA engineering approaches.
This review covers the interface between synthetic biology and biomaterial design.