Sentence examples for neurological structure from inspiring English sources

Properties of the human embodiment — sensorimotor apparatus and neurological structure — participate directly in the growth and development of cognitive processes against enormous worst case complexity.

Within this framework, one may articulate the basic biological concepts, such as inclusive fitness and kin selection; reciprocity; neurological structure and function; open behavioral programs, learning, and behavioral plasticity; tragedy of the commons; emergence; sanctions and strong reciprocity; network reciprocity; and image scoring (reputation) and indirect reciprocity.

So the idea that motor behavior or movement translates into a particular neurological structure I think is very clear.

The researchers also zeroed in on a neurological structure, called the wulst, which is present in living birds and is important for information processing and motor control.

HIV interacts with the aging brain to affect neurological structure and function.

In addition, age-related changes in neurological structure and function of monkeys also share great similarity with those of humans [ 49, 50].

Whether there are such stable neurological structures is also a matter of some controversy (Fumagalli 2013; Smithson and Pushkarskaya forthcoming).

Firearm injuries to the spine may cause injury to the neurological structures and/or to the spine, including ligaments and bones.

Some writers have emphasized the apparent mismatch between the sentential structure of propositional attitudes on the one hand, and the actual neurological structures of the brain on the other hand.

Between January and April 2017, 30 patients with migraine without aura were treated with Kuzik, once a day for 2 months, recruited in various neurological structures including university centers, general hospitals, territorial structures and private outpatient clinic; for all patients, the diary was completed and full fill the headache card ( IHS criteria).

Neurolinguists can also make new predictions about the structure and organization of language based on insights about the physiology of the brain, by "generalizing from the knowledge of neurological structures to language structure".