What are olfactory cells?

olfactory cells are what the Revelers used to use the smell of freshly baked treatment, warn homeowners of gas leakage, allow dogs to sow drugs to trace criminals, as well as responsibility for 90% of taste. Olifatic cells are nervous cells, part of the nervous system and classified as part of the peripheral sensory nervous system. They are found in organs reducing the smell of humans and other animals, they have a specific shape that depends on their specific location and differs very much in their number and sensitivity.

olfactory cells are neurons, also known as nerve cells. They are part of the nervous system, a system of body made from a huge network of nerves and electrochemical connections. The nervous system is responsible for collecting information from the environment, transferring this information to the brain and transferring brain commands to the body. Their primary function is to collect sensory information concerning the smell. Becoming this and the fact that they are not placed in the brain orAbout spinal cords are classified as part of the peripheral sensory nervous system.

These cells are generally located in the nose and in other organs responsible for detecting fragrance stimuli. In humans, these cells are located in the olfactory epithelium, which is a densely charged cluster of cells in the back of the nose. Other mammals, such as dogs, have a second set of olfactory cells located in Jacobson's organ. Jacobson's organ hangs in the back of the neck and helps dogs to give their incredible sense of smell.

olfactory cells have a specific shape depending on their position in the body. The cells located in the olfactory epithelium have an elongated shape with a button at one end. On the other hand, cells located in Jacobson's organ have a more rounded shape. Scientists are not yet sure the reason for these shapes. There is speculation that two different shapes work in an animal that rely strongly on their smell.

Finally withThe smell of fragrance in humans and animals differs both in their number and in their sensitivity. For example, people have five million olfactory cells. On the other hand, dogs have more than 220 million olfactory cells. People are able to recognize more than 10,000 different fragrances. Although it is not yet known how many dogs can distinguish dogs, scientists suspect that they can distinguish much more than people can.