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A cellular platform for the development of synthetic living machines
Douglas Blackiston
, Emma Lederer
, Sam Kriegman
,
Simon Garnier
, Joshua Bongard
, Michael Levin
Biological Sciences
Research output
:
Contribution to journal
›
Article
›
peer-review
124
Scopus citations
Overview
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Keyphrases
Amphibians
33%
Application in Biomedicine
33%
Aqueous Environment
33%
Artificial Materials
33%
Biological Robot
66%
Cellular Platform
100%
Cellular Self-organization
33%
Chemical Stimulation
33%
Cilia
66%
Collective Behavior
33%
Computational Model
33%
Construction Method
33%
Emergent Groups
33%
Frog
33%
Functional Plasticity
33%
Genome Editing
33%
Group Behavior
33%
High-throughput
33%
In Vitro Biological
33%
Light Wavelength
33%
Living Machines
100%
Locomotion
33%
Microprinting
33%
Molecular Memory
33%
Muscle Cells
33%
Optical Stimulation
33%
Photoswitchable Molecules
33%
Self-assembly
33%
Self-assembly Method
33%
Self-directed
33%
Self-organization
33%
Soft Body
33%
Specific Wavelength
33%
Surgical Genetics
33%
Surgical Stimulation
33%
Swarm Behavior
33%
Swarm Robots
33%
Synthetic Bioengineering
33%
Tissue Patterning
33%
Xenobots
100%
Xenopus Laevis
33%
Biochemistry, Genetics and Molecular Biology
Amphibia
33%
Anura
33%
Chemical Genetics
33%
Cilium
66%
Medical Biology
33%
Optics
33%
Robotics
100%
Surface Property
33%
Xenopus laevis
33%
Immunology and Microbiology
Amphibia
33%
Anura
33%
Cilium
66%
Muscle Cell
33%
Optics
33%
Robotics
100%
Surface Property
33%
Xenopus laevis
33%
Neuroscience
Behavior (Neuroscience)
100%
Cilium
100%
Collective Behavior
50%
In Vitro
50%
Locomotion
50%
Computer Science
Computational Modeling
33%
High Throughput
33%
Optical Stimulation
33%
Robot
100%
Material Science
Self Assembly
100%