Seahorse Meander

The seahorse gyrus is a structure in the seahorse's brain that is responsible for spatial orientation and memory. It is shaped like the letter S and is located in the hemispheres of the brain associated with movement. The gyrus consists of several layers of neurons that transmit information among themselves through synapses. Due to its structural features, the gyrus is capable of storing and processing large amounts of information.

The principles of operation of the seahorse gyrus are not fully understood, but researchers believe that its unique properties are due to the specific lifestyle of this fish. Unlike most marine inhabitants, seahorses are characterized by increased activity, speed and agility. This is due to the fact that their gyrus has a huge number of nerve cells and small vessels, which provide a high speed of information transfer between neurons.

The ability to orient in space in a seahorse is achieved thanks to the retina of the eyes with rods and cones located at the back of its head. They record the movements of other animals and objects, facilitating orientation when moving. Also important are certain areas of the brain that control body coordination and orientation in the environment.

Research has shown that the gyrus can process and store information received from a large number of receptors and transmit it to movement coordination centers. Thanks to this, the seahorse is able to quickly navigate in whirlpools, navigate depths and rivers, find food and hide from predators.

Despite the fact that the ability of the seahorse gyrus to store and process information exceeds human capabilities, it is still not well understood. Seahorses can also be considered a living source of inspiration for innovative neuroscience technologies and the creation of artificial intelligence.

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