Which of the Following Best Describes a Bipolar Neuron
What Best Describes Bipolar Neurons. Bipolar neurons are found in special sense organs, such as the eye and nose. Web a special group of neurons in the gray matter of the brain stem that plays a role in consciousness and the awake/sleep cycle is the _.
Which of the Following Best Describes a Bipolar Neuron
Web bipolar neurons exist within the vestibular nerve as it is responsible for special sensory sensations including hearing, equilibrium and motion detection. Bipolar cells are specialized sensory neurons for the transmission of. A neuron also known as nerve cell is an electrically excitable cell that takes up processes and transmits information through. Web 12) what best describes bipolar neurons? Web a special group of neurons in the gray matter of the brain stem that plays a role in consciousness and the awake/sleep cycle is the _. Web a bipolar neuron or bipolar cell is a type of neuron that has two extensions. Bipolar neurons are found in special sense organs, such as the eye and nose. B) bipolar neurons are found in special sense organs, such as the eye and nose.c) bipolar neurons are more abundant in. Web question 11 which of the following best describes a bipolar neuron? Bipolar neurons are found in special sense organs, such as the eye and nose.
Web question 11 which of the following best describes a bipolar neuron? Web a bipolar neuron or bipolar cell, is a type of neuron which has two extensions (one axon and one dendrite). Web 12) what best describes bipolar neurons? Bipolar cells are specialized sensory neurons. What statement best describes you resting state of a neuron. Web what best describes bipolar neurons? C) bipolar neurons are often found in ganglia. Bipolar neuron anaxonic neuron o multipolar neuron bipolar neuron olfactory neuron multipolar neurone explanation : Bipolar neurons are found in special sense organs, such as the eye and nose. Web a) bipolar neurons are often found in ganglia. One axon and one dendrite sequence of events that occurs at a synapse.
