Olfactory nerve

Part 2 book "Fitzgerald's clinical neuroanatomy and neuroscience" includes content: Spinal cord: descending pathways; the lowest four cranial nerves; vestibular nerve, cochlear nerve; trigeminal nerve; facial nerve, ocular motor nerves, reticular formation, hemispheric asymmetries, olfactory and limbic systems.

187p zizaybay1101 30-04-2024 3 2   Download

Part 2 book "Fitzgerald's clinical neuroanatomy and neuroscience" includes contents: Spinal cord - Descending pathways; brainstem the lowest four cranial nerves; vestibular nerve; cochlear nerve; trigeminal nerve; facial nerve; ocular motor nerves; reticular formation and the neuromodulatory system; thalamus, epithalamus basal ganglia; cerebellum; cerebral cortex electroencephalography; evoked potentials; visual pathways; hemispheric asymmetries; olfactory and limbic systems; pituitary and hypothalamus; cerebrovascular disease.

187p oursky01 17-07-2023 4 2   Download

Understanding viral infection of the olfactory epithelium is essential because the olfactory nerve is an important route of entry for viruses to the central nervous system. Specialized chemosensory epithelial cells that express the transient receptor potential cation channel subfamily M member 5 (TRPM5) are found throughout the airways and intestinal epithelium and are involved in responses to viral infection.

20p vilichoo2711 23-06-2021 12 1   Download

part 2 book “clinical anatomy - a problem solving approach” has contents: vertebral column, cranial meninges, middle meningeal artery and pituitary gland, development of central nervous system, white matter of cerebrum, olfactory nerve and pathway, vestibulocochlear nerve,… and other contents.

488p tieu_vu13 06-08-2018 30 1   Download

(BQ) Part 1 of the document Cranial nerves anatomy, pathology, imaging presents the following contents: Olfactory nerve, optic nerve, oculomotor nerve, trochlear nerve, trigeminal nerve, abducens nerve.

101p thangnamvoiva5 14-07-2016 33 1   Download

Thus, ultrafine dusts of the same dimensions as nanoparticles mainly penetrate the body via inhalation and are deposited in the lungs. A portion of these dusts can be distributed directly to the brain via the olfactory nerves. The lungs do not necessarily succeed in totally eliminating these undesirable particles, which then cause pulmonary inflammation. This can lead to the development of lung diseases specific to the nature of the dusts that caused them.

114p quynho77 10-11-2012 36 1   Download

Insoluble or low-solubility nanoparticles in biological fluid are the greatest cause for concern. Because of their tiny size, several studies have shown behaviour unique to NP. Some of them can pass through our various defence mechanisms and be transported through the body in insoluble form. Thus, some NP can end up in the bloodstream after passing through all the respiratory or gastrointestinal membranes. They are then distributed to various organs and accumulate at specific sites.

0p quynho77 10-11-2012 41 1   Download