The different names are a result of anatomical variations and historical terminology. The structure, known as the insular cortex in humans, exhibits comparable functions in sheep and other animals but is referred to as the claustrocortex due to its distinct morphological characteristics in those species. This naming convention helps in distinguishing between the anatomical features across different species.
Function of the Cortex:protectionshelterprotection from head traumahelps protect you from hurting your headlets your brain not flow around your head like jellylets you stay safe from head traumahelpsyeahgoodtalk
The cerebral cortex in humans is highly developed compared to other animals, allowing for complex cognitive functions like reasoning, language, and problem-solving. This advanced cortex also enables humans to have more intricate social interactions, emotional awareness, and the capacity for abstract thinking, all of which contribute to the unique aspects of human behavior and consciousness.
The bony part of the head in humans is called the skull. It serves to protect the brain and support the structures of the face.
Bears.
The different names are a result of anatomical variations and historical terminology. The structure, known as the insular cortex in humans, exhibits comparable functions in sheep and other animals but is referred to as the claustrocortex due to its distinct morphological characteristics in those species. This naming convention helps in distinguishing between the anatomical features across different species.
prefrontal cortex
The amount of cerebral cortex is larger. a cat has small amounts. Humans have much more and is a little more than a ape. Animals have the same brain structure as humans, it is just managed differently. (the cerebral cortex covers the entirety of the brain)
It's Prefrontal
Function of the Cortex:protectionshelterprotection from head traumahelps protect you from hurting your headlets your brain not flow around your head like jellylets you stay safe from head traumahelpsyeahgoodtalk
All primates have a prefrontal cortex similar to humans. Other animals may have them in different forms, see the below excerpt. "The lack of a single anatomical or functional definition of 'prefrontal cortex' has led to different and, in some respects, controversial views on the existence of a prefrontal cortex in non-primate mammals, in particular in rats... ... We will argue that rats have a functionally divided prefrontal cortex that includes not only features of the medial and orbital areas in primates, but also some features of the primate dorsolateral prefrontal cortex."
The "grooved layer" is actually the brain itself. The cerebral cortex consists of many sulci and gyri (singluar: sulcus and gyrus, or furrow and ridge). The number of gyri directly correlates to the processing ability of the animal; humans have many gyri compared to rats, whose cortex is almost perfectly smooth. http://en.wikipedia.org/wiki/Brain
The cerebral cortex is the outer layer of the cerebellum. It processes information from the sense organs and controls body movement. The cerebral cortex is not the outer layer of the cerebellum. It is the outer layer of the main brain called the cerebrum.
The human cortex is more complex and larger in size compared to other mammals, containing a higher number of neurons and exhibiting intricate folding patterns. This allows for advanced cognitive abilities such as problem-solving, language comprehension, and decision-making, which are more developed in humans compared to other mammals.
Humans are capable of speech because they have flexible tongues and vocal cords. A part of the cerebral cortex also helps control speech.
If the striate cortex is damaged in animals or humans, the half field of vision opposite the hemisphere that's damaged is altered.
The cerebral cortex in humans is highly developed compared to other animals, allowing for complex cognitive functions like reasoning, language, and problem-solving. This advanced cortex also enables humans to have more intricate social interactions, emotional awareness, and the capacity for abstract thinking, all of which contribute to the unique aspects of human behavior and consciousness.