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olfactroy olfactroyOlfactory nerves Olfactory nerves
No, the olfactory nerve (cranial nerve I) is the nerve that allows one to have a sense of smell. Its nerve endings are found in the nasal mucosa adjacent to the cribriform plate in the skull.
The major anatomical components of the human head include the skull, which protects the brain, and the face, which includes features like the eyes, nose, mouth, and ears. Within the skull, there are important structures like the brain, cranial nerves, and blood vessels. Additionally, there are various muscles, glands, and sensory organs that contribute to the overall structure and function of the head.
Yes
I cant speak for the baby involved. To me it is logical that the baby states: I am I. My nerves go through my backbones, towards my neckbones, into my skull, to end in the tip of my nose. Some nerves may endin the upperlip. By curling the lip around, the baby states to me: I am I. I now becoming a new human, apart from the semon of my dad that grew in my mother. Period.
olfactroy olfactroyOlfactory nerves Olfactory nerves
cranial nerves.
The glossopharyngeal (CN IX) and Vagus (X) exit the skull through the jugular foramen.
The brain is a large mass composed of nerves that rests in the skull.
the skull
A. in life vessels ran through those openingsB. in life nerves ran through those openings
No, the olfactory nerve (cranial nerve I) is the nerve that allows one to have a sense of smell. Its nerve endings are found in the nasal mucosa adjacent to the cribriform plate in the skull.
The cranial nerves are located outside of the brain and skull. These nerves come right from the brain and brain stem.
enhancing discrimination between odors.enhancing sensitivity of odor detection.filtering out many background odors to enhance the transmission of a few select odors.permitting higher brain areas involved in arousal and attention to modify the detection or the discrimination of odors.Olfactory nerves act as transducers - changing chemical signals, as when an odor chemical binds to its receptor at an olfactory dendritic nerve ending, into nerve impulses - that is (i.e.) biological signals. These reside in the mucous membrane.Nerve fibers leave the olfactory cells and enter the skull through the ethmoid bone, then disappear into the 'olfactory bulb' located at the anterior end of the 'olfactory tract', which then leads to the frontal - and eventually the temporal - lobe of the cerebrum.
So nerves and blood vessels can get out. Otherwise, it'd be like having a second floor on your house with no windows, doors, or stairs.
enhancing discrimination between odors.enhancing sensitivity of odor detection.filtering out many background odors to enhance the transmission of a few select odors.permitting higher brain areas involved in arousal and attention to modify the detection or the discrimination of odors.Olfactory nerves act as transducers - changing chemical signals, as when an odor chemical binds to its receptor at an olfactory dendritic nerve ending, into nerve impulses - that is (i.e.) biological signals. These reside in the mucous membrane.Nerve fibers leave the olfactory cells and enter the skull through the ethmoid bone, then disappear into the 'olfactory bulb' located at the anterior end of the 'olfactory tract', which then leads to the frontal - and eventually the temporal - lobe of the cerebrum.
the skull and the backbone