A multi degree of freedom skeletal muscle system stimulated via optical control is presented. These millimeter-scale, optically excitable 3D skeletal muscle bio-actuators are created by culturing genetically modified precursory muscle cells that are activated with light: optogenetics. These muscle bio-actuators are networked together to create a distributed muscle system. Muscle systems can manipulate loads having no fixed joint. These types of loads include shoulders, the mouth, and the jaw. Topics: Actuators , Muscl
A striking feature of living systems is their ability to produce motility by amplification of collec...
Human muscles provide the mechanical energy necessary to set the body in mo-tion. Some muscles, such...
A cell culture well with integrated mechanical and optical stimulation is presented. This is achieve...
Engineered skeletal muscle tissue has the potential to be used as dual use actuator and stress-beari...
Complex biological systems sense, process, and respond to their surroundings in real time. The abili...
Optogenetics is an emerging new technology for controlling live cell function with light. Skeletal m...
Densely arrayed skeletal myotubes are activated individually and as a group using precise optical st...
Densely arrayed skeletal myotubes are activated individually and as a group using precise optical st...
Densely arrayed skeletal myotubes are activated individually and as a group using precise optical st...
Over the past decade, a new scientific discipline has emerged, integrating mechanics with biology to...
Optogenetic stimulation allows activation of cells with high spatial and temporal precision. Here we...
The principle of control signal amplification is found in all actuation systems, from engineered dev...
Optical stimulation and control of muscle cell contraction opens up a number of interesting applicat...
Abstract Movement is central to life. Neuromuscular tissues control voluntary movem...
<p>Skeletal muscle is a scalable actuator system used throughout nature from the millimeter to meter...
A striking feature of living systems is their ability to produce motility by amplification of collec...
Human muscles provide the mechanical energy necessary to set the body in mo-tion. Some muscles, such...
A cell culture well with integrated mechanical and optical stimulation is presented. This is achieve...
Engineered skeletal muscle tissue has the potential to be used as dual use actuator and stress-beari...
Complex biological systems sense, process, and respond to their surroundings in real time. The abili...
Optogenetics is an emerging new technology for controlling live cell function with light. Skeletal m...
Densely arrayed skeletal myotubes are activated individually and as a group using precise optical st...
Densely arrayed skeletal myotubes are activated individually and as a group using precise optical st...
Densely arrayed skeletal myotubes are activated individually and as a group using precise optical st...
Over the past decade, a new scientific discipline has emerged, integrating mechanics with biology to...
Optogenetic stimulation allows activation of cells with high spatial and temporal precision. Here we...
The principle of control signal amplification is found in all actuation systems, from engineered dev...
Optical stimulation and control of muscle cell contraction opens up a number of interesting applicat...
Abstract Movement is central to life. Neuromuscular tissues control voluntary movem...
<p>Skeletal muscle is a scalable actuator system used throughout nature from the millimeter to meter...
A striking feature of living systems is their ability to produce motility by amplification of collec...
Human muscles provide the mechanical energy necessary to set the body in mo-tion. Some muscles, such...
A cell culture well with integrated mechanical and optical stimulation is presented. This is achieve...