you have so many nurons all around ur bodey that is about as fast as lightnig, that travels to a small part of ur brain
dissolved odorants bind to the receptors in the cilium membranes.
In an olfactory reflex, sensory neurons in the olfactory epithelium detect a smell stimulus. This information is then transmitted to the brain's olfactory bulb, which processes and interprets the smell signal. The brain then initiates a response, such as triggering memories, emotions, or behavioral reactions associated with the specific smell detected.
Thalamus. Smell bypasses the thalamus and instead its sensory information goes directly to the olfactory bulb in the brain.
The simple reaction to smell is an automatic and reflexive response that occurs when an odorant molecule binds with receptors in the nose. This triggers a signal to the brain, specifically the olfactory system, which processes and interprets the smell. The reaction can involve both physiological changes, such as increased heart rate or salivation, and emotional responses, like memories or preferences associated with the smell.
Diffusion allows odor molecules to move from areas of higher concentration to areas of lower concentration, which is how you are able to smell different scents in the air. When you breathe in, odor molecules enter your nasal cavity and interact with olfactory receptors, triggering a signal to the brain that is interpreted as a smell.
When the brain receives a signal indicating a smell, it processes the information in the olfactory bulb, a region responsible for processing smell. This information is then relayed to other parts of the brain, such as the limbic system, which is involved in emotions and memory. The brain then interprets the smell and triggers a response based on past experiences and associations with that particular smell.
dissolved odorants bind to the receptors in the cilium membranes.
In an olfactory reflex, sensory neurons in the olfactory epithelium detect a smell stimulus. This information is then transmitted to the brain's olfactory bulb, which processes and interprets the smell signal. The brain then initiates a response, such as triggering memories, emotions, or behavioral reactions associated with the specific smell detected.
well smell and taste all have to do with the sensory organ pick up data transmitting it as a electrochemical signal and your brain decoding it. If you cant smell you can not taste the food you are eating.
it says "oh something smells i wonder what it is" and goes and looks for it in the file cabinets. if it finds the same smell then he uses that if he doesn't then he puts in in a new file
When we smell something, we are detecting the molecules released into the air from that substance. These molecules enter our nose and bind to receptors, triggering a signal that is sent to the brain for interpretation. The brain then identifies the smell based on the specific pattern of receptor activation.
The receptors that actually bind with the molecules that we smell are called Olfactory receptor neurons. They pass their signal through the caribform plate, then down the olfactory nerve, and finally to the olfactory bulb in the brain.
Smell and taste receptors respond to stimuli in the environment by detecting specific molecules. In the case of smell, odor molecules bind to receptors in the nose, triggering a signal to the brain. For taste, molecules in food or drink bind to taste receptors on the tongue, sending signals to the brain to interpret different tastes.
A pheromone is a signal detected as a smell.
You can't smell without it.
Thalamus. Smell bypasses the thalamus and instead its sensory information goes directly to the olfactory bulb in the brain.
Simple covalent molecules have a smell because they can bind to receptors in our nose, triggering a signal to the brain that we interpret as a smell. Different molecules bind to different receptors, leading to a variety of smells. The specific shape and chemical properties of the molecule determine which receptors it can bind to, creating the perception of smell.