Octopus Arms Operate with Independent, Segmented Nervous Systems
- A new study published in Nature Communications reveals that octopus arms have segmented nervous systems, allowing for precise control and extraordinary movements.
- The axial nervous cord in each arm provides autonomy, enabling octopuses to perform multiple tasks simultaneously with their arms.
- Cassady Olson, the study's first author, explains that the segmented structure is crucial for controlling arm movements, similar to a spinal cord.
- The research highlights potential applications in soft robot design, offering insights into octopus biology and its unique nervous system.
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Leaning Left2Leaning Right0Center3Last UpdatedBias Distribution60% Center
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- 60% of the sources are Center
60% Center
L 40%
C 60%
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