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L3. Olfaction (Zoltán Nusser) Olfactory epithelium: Cilium and
L3. Olfaction (Zoltán Nusser) Olfactory epithelium: Cilium and

... Oscillation: rhythmic changes in the LFP. It requires periodic and synchronous neuronal activity. The LFP oscillation on its own does not carry any information, but indicates that the activity of a population of nerve cells in a given brain region is periodic and synchronous Odors evoke stimulus-spe ...
Neural coding in the primary olfactory cortex
Neural coding in the primary olfactory cortex

... The primary olfactory (piriform) cortex is a phylogenetically-ancient three-layered structure that is the first cortical destination of olfactory information. The comparatively simple architecture of the piriform cortex (PC) suggests that it may be a valuable model system for the study of cortical s ...
PRACTICE QUIZ
PRACTICE QUIZ

... The loss of taste sensation is called _________________________________________________________. ...
Slide ()
Slide ()

... The olfactory epithelium. A. The olfactory epithelium contains sensory neurons interspersed with supporting cells as well as a basal layer of stem cells. Cilia extend from the dendrite of each neuron into the mucus lining the nasal cavity. An axon extends from the basal end of each neuron to the olf ...
Chemical Senses
Chemical Senses

... Dickson, 2005) is that of a fly antennal lobe (AL), the equivalent of the vertebrate olfactory bulb. As you can see, the AL is composed of spheroidal structures, the glomeruli. While vertebrate olfactory bulbs may contain thousands of glomeruli, the fly AL contains only ~43 glomeruli. Furthermore, e ...
Slide 1
Slide 1

... Olfactory receptors influence the targeting of sensory axons to discrete glomeruli in the olfactory bulb. (Adapted, with permission, from Sanes and Yamagata 2009.) A. Each olfactory receptor neuron expresses one of approximately 1,000 possible odorant receptors. Neurons expressing the same receptor ...
Slide ()
Slide ()

... Olfactory receptors influence the targeting of sensory axons to discrete glomeruli in the olfactory bulb. (Adapted, with permission, from Sanes and Yamagata 2009.) A. Each olfactory receptor neuron expresses one of approximately 1,000 possible odorant receptors. Neurons expressing the same receptor ...
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Olfactory memory

Olfactory memory refers to the recollection of odors. Studies have found various characteristics of common memories of odor memory including persistence and high resistance to interference. Explicit memory is typically the form focused on in the studies of olfactory memory, though implicit forms of memory certainly supply distinct contributions to the understanding of odors and memories of them. Research has demonstrated that the changes to the olfactory bulb and main olfactory system following birth are extremely important and influential for maternal behavior. Mammalian olfactory cues play an important role in the coordination of the mother infant bond, and the following normal development of the offspring. Maternal breast odors are individually distinctive, and provide a basis for recognition of the mother by her offspring.Olfactory memory was developed throughout evolution for various reasons. Among the most notable reasons are those related to the survival of the species and the development of early communication. Even in humans and animals today, these survival and communication aspects are still functioning. There is also evidence suggesting that there are deficits in olfactory memory in individuals with brain degenerative diseases such as Alzheimer's disease and dementia. These individuals lose the ability to distinguish smells as their disease worsens. There is also research showing that deficits in olfactory memory can act as a base in assessing certain types of mental disorders such as depression as each mental disorder has its own distinct pattern of olfactory deficits.
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