Two - thirds of the neurons in an octopus reside not in its brain but in its arms;
octopus arms are, unbelievably, able to perform simple tasks independent of input from the central brain, including opening shellfish, searching for food in crevices, and responding to pain or injury (even if completely severed).
Lol I really can imagine trying to simulate being normal with
octopus arms xD funny game for sure:)
I don't see a comparison to Bridges, especially since Bridges has
octopus arms and a 3 point shot.
These kind of doers, who try with
octopus arms to complete several tasks at once, come up short.
You reach forward a hand and stretch out one finger, and one
octopus arm slowly uncoils and comes out to touch you.
Based on these observations, the researchers conclude that
the octopus arm contains an independent peripheral nervous system.
Four of his plaster cast
octopus arm chandeliers are suspended from the ceiling.
Not exact matches
You will have to tenderize the hell out of it before cooking, like people from the Mediterranean smash their
octopus against beautiful sea rocks right after being caught, or massage them until their
arms are floppy and relaxed.
Once your
octopus has cooled down slice each
arm into 1/4 inch to 1/4 inch slices, discard the center and slice the head like if you where slicing a calamari, or into dice, what ever you prefer.
He cleans each plate's edges with a vodka - moistened towel and raises his right
arm — inked with a tangle of
octopus, sea urchin, and clam images — extending his index finger.
Admiral Ackbar is an elderly
octopus dude who evidently came out of retirement as leader of the Rebel fleet to stand at consoles behind General Leia and push buttons that aren't attached to anything with his weird Robert Altman «Popeye» movie
arms.
-LSB-...] Pumping while nursing might seem really hard to do at first, like you'd need as many
arms as an
octopus to make it happen.
These machines, like a predator
octopus»
arms, have surrounded the Albany capital, and the Senate.
In January they reported a host of unusual animals living near the vent, including a seven -
armed sea star, a «ghostly white»
octopus, and a new species of yeti crab, its underside covered in hairs.
The way the
octopus had the jellyfish
arms freely hanging out, while keeping the bell in its mouth provides evidence for the idea that the
octopus uses jellyfish as living tools, says the team.
Image of seven -
armed octopus courtesy of video by oceancontent Today we're returning to the deep to meet an
octopus that, at first glance, hardly seems to earn that eight - limbed designation.Its very name sounds like an oxymoron — or a cautionary tale from a fishing accident.
But these
arms are not entirely under the control of the
octopus's brain.
The eight wily
arms of an
octopus can help the animal catch dinner, open a jar and even complete a convincing disguise.
Underside of a glowing sucker
octopus captured via ROV; image courtesy of Smithsonian NMNH / Vecchione / Young / YouTube What has eight
arms, no bones and hundreds of bright, twinkly lights?
Males of the species have one of their eight
arms permanently folded away, giving them the common name of seven -
armed octopus.
The
octopuses drape their bodies over the half shells, hollow - side up, leaving their
arms dangling over the edges.
Both species have raised, bumpy warts on their mantles (the rounded part that looks kind of like a head) and on their
arms, but the Pacific
octopuses, it turns out, are wartier than their Atlantic cousins — their bumps go further down their
arms and mantles.
«
Octopuses can bend their
arms in every direction,» says biologist Jeff Christiansen of the Seattle Aquarium.
I spent my nights searching for tropical snails and roaches in our Zoological Garden's terrarium building and my days performing genetic fingerprints of microscopic roundworms and rotifers, as well as training the eight -
armed octopus to unscrew a glass filled with its favorite food.
We've known for centuries that
octopuses get around one of two ways: one, by crawling over surfaces with their
arms, or, two, swimming with the help of their siphon's jet.
Common
octopus beginning the
arm - stretch experiment; image courtesy of Laura Margheri et al..
As had been observed before, the
octopuses created three bends in their
arms, which acted as joints.
This revealed that, when the
octopus reaches out, two waves of muscle contraction travel down the
arm in opposite directions.
The team placed electrodes at different locations along the
octopuses»
arms to measure neural activity.
With no rigid parts, an
octopus can bend its
arms into positions that would snap the bones of even the most flexible human contortionist.
An international team of scientists has sequenced the genome of an
octopus, bringing researchers closer to discovering the genes involved in the creature's unusual biology, including its ability to change skin color and texture and a distributed brain that allows its eight
arms to move independently.
«The
octopus nervous system is organized in a totally different way from ours: The central brain surrounds the esophagus, which is typical of invertebrates, but it also has groups of neurons in the
arms that can work relatively autonomously, plus huge optic lobes involved in vision,» said Daniel Rokhsar, who co-led the project along with Clifton Ragsdale, of the University of Chicago.
The genome could also help uncover the genetic basis for other
octopus innovations, such as their elaborate prehensile
arms with suckers used to sense chemicals in the water as well as feel and grasp; their ability to regenerate their limbs; a propulsion system that allows them to jet around underwater; camera - like eyes that are more like humans than other invertebrates; and the fact that they have three hearts to keep blood pumping across their gills.
Understanding how the
octopus's distributed brain interacts with its eight
arms could, for example, help engineers design flexible, prehensile
arms for robots, he said.
For example, «woodpeckerlike habits» are seen in lemurs and extinct marsupials, while the mechanics of an
octopus» tentacles are far closer to those of a human
arm than we might expect, and even their suckers can operate rather like hands.
As many mysteries as the
octopus holds — its comprehensive camouflage, smart suckers, agile brain — its genome is surely holding many more (including how it can regenerate its
arms — suckers, nerves and all).
To celebrate, I've gone on an all -
arms hunt through the deep crevasses of the internet to find eight of my favorite
octopus videos.
Suddenly, astonishingly, one - third of the rock and a tangled mass of algae morphs and reveals itself for what it really is: the waving
arms of a bright white
octopus.
An
octopus can stand tall on its
arms, squeeze through a hole little bigger than one of its eyes, become a streamlined missile or fold itself to fit into a jar.
Octopuses have not even collected the majority of their neurons inside their brains; most of the neurons are in their
arms.
For instance, in an
octopus, the majority of neurons are in the
arms themselves — nearly twice as many in total as in the central brain.
The nervous systems in each
arm also include loops in the neurons (recurrent connections, in the jargon) that may give the
arm a simple form of short - term memory, although it is not known what this system does for the
octopus.
At the same time, the paper also noted that when
octopuses are doing well with this task, the
arm that is finding the food appears to do its own local exploration as it goes, crawling and feeling around.
When an
octopus pulls in a piece of food, the grasping by the very end of the
arm creates two waves of muscle activation, one heading inward from the tip and the other heading outward from the base.
Dolphins shook and tossed their prey over and over until the
octopus went limp and its sucker - covered
arms relaxed.
The majority of neurons in an
octopus are found in the
arms, which can independently taste and touch and also control basic motions without input from the brain.
They observed one posture repeatedly — when the
octopus would «stand tall,» extending its
arms outward and drawing itself upward.
As for shapes, an
octopus can quickly arrange its
arms to form a wide variety of them, like a fish or a piece of coral, and can even raise welts on its skin to add texture.
As I mentioned earlier, when you approach an
octopus in the wild, in at least some species the
octopus sends out one
arm to inspect you — behavior that suggests a kind of deliberateness, an action guided by the brain.
They range from less than an inch in length to the giant Pacific
octopus, which weighs in at 100 pounds and spans 20 feet from
arm tip to
arm tip.