Приклади вживання Olfactory receptors Англійська мовою та їх переклад на Українською
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Olfactory receptors are neurons.
Because our pheromones matched our olfactory receptors.".
Olfactory receptors adapt rapidly.
Dogs have highly a specializedorgan in their noses equipped with 300 million olfactory receptors.
Olfactory receptors are rapidly adapting.
The review also reveals ways in which olfactory receptors may affect the development of disease, including:.
Olfactory receptors are rapidly adapting.
In fact,more of our DNA is devoted to genes for different olfactory receptors than for any other type of protein.
Could olfactory receptors be doing something else in addition to allowing us to smell?
And I can with all honestylook her in the eye and say,"Because our pheromones matched our olfactory receptors.".
An estimated five million olfactory receptors are clustered in the membrane at the upper part of our nasal passages.
The nose of a fetus is densely covered with a mucous layer,it is not fully formed yet, but olfactory receptors have already appeared.
Well, we know that olfactory receptors act as sensitive chemical sensors in the nose-- that's how they mediate our sense of smell.
Inside your dog's nose there are up to 300 million olfactory receptors(compared to about 6 million in humans).
Olfactory receptors have been implicated in muscle cell migration, in helping the lung to sense and respond to inhaled chemicals, and in wound healing.
By seven months of gestation,the fetus' taste buds are fully developed, and its olfactory receptors, which allow it to smell, are functioning.
A review of morethan 200 studies reveals that olfactory receptors-- proteins that bind to odors that aid the sense of smell-- perform a wide range of mostly unknown functions outside the nose.
On the other hand, in addition to breathing, thenose allows different odors to penetrate from the outside and, thanks to the olfactory receptors located in the nostrils, perceive, feel and differentiate various odors.
Many cell types and tissues in the body use chemical sensors, or chemosensors, to keep track of the concentration of hormones, metabolites and other molecules,and some of these chemosensors are olfactory receptors.
This system relies on functionalized electrodes binding to olfactory receptors capable of sending tiny electric signals, which are subsequently detected and amplified.
One theory namedthe“shape theory of olfaction” suggests that certain olfactory receptors are triggered by certain shapes of chemicals and those receptors send a specific message to the brain.[27] Another theory(based on quantum phenomena) suggests that the olfactory receptors detect the vibration of the molecules that reach them and the“smell” is due to different vibrational frequencies, this theory is aptly called the“vibration theory of olfaction.”.
Loss of smell can happen due toconditions that make it difficult for air to reach the olfactory receptors located in the upper part of the nose, or due to an injury or loss of these receptors. .
The olfactory tubercle has been shown to beconcerned primarily with the reception of sensory impulses from olfactory receptors.[26] Because of its connections to regions like the amygdala and hippocampus, the olfactory tubercle may play a role in behavior.
Animals such as dogs and mice have around 1,000 functional olfactory receptor genes.
The olfactory epithelium has a layer of olfactory receptor cells, special neurons that sense smells, like the taste buds of your nose.
As they dissolve, they bind to the olfactory receptor cells, which fire and send signals through the olfactory tract up to your brain.
However, about a year or so later, a report emerged of an olfactory receptor expressed in a tissue other than the nose.
In front of each eye, but behind the mouth,is a large rounded pocket that contains the olfactory receptor socket.
If the olfactory periphery is damaged,the olfactory sensory neuron population is destroyed, but the olfactory receptor cells serve, on average, for two months.
We have identified a number of different olfactory and taste receptors in the kidney, one of which, olfactory receptor 78, is known to be expressed in cells and tissues that are important in the regulation of blood pressure.