Neurons & Supporting Cells of Nervous Tissue

Related BrainMass Solutions

• The Histology of Nervous Tissue

  The connective tissue is valuable because Peripheral nerve axons and their supporting Schwann cells are held together by connective tissue thus forming and supporting the nerve fibers.

• Glial Cell

  Schwann cells are arranged in as a series of cylinders and are responsible for insulating the neurons in the peripheral nervous system and supporting axons.

• Neural Tissues and the Action Potential

  The category of nervous tissues that are not neurons is called neuralgia and they are the supporting tissue of the nervous system.

• Major cell & tissue types in the typical animal body.

  Nervous There are really only two different types of cells making up nervous tissue: neurons and neuroglia. It is the neurons that transmit the electrical impulses.

• Classification, organization, and function of neurons

  They share many properties with tissue macrophages, and are primarily scavenger cells that remove cellular debris from sites of injury or normal cell turnover." We have no way to know for sure whether the neurons of interest are myelinated or not.

• Why are some tissue types rapidly dividing?

  Name 1 tissue type in the body that divides often. Why does this tissue type need to divide frequently? Two cell types that rarely divide (if ever): Neurons, for one. Notice how damage to the nervous system is so serious?

• Animal tissues types and homeostasis

  Muscle tissues are composed of muscle fibers, which are long cells, varying among the types of muscle tissues, cardiac, striated, and smooth. Nervous tissue functions is made up of neurons that act as a transit system for sensed stimuli.

• Neural Basis

  The brain is composed of discrete and autonomous cells called neurons that can interact between gaps called synapses separating the neurons.

• Description of the Autonomic Nervous System

  parasympathetic postganglionics are cholinergic Neurons may use the same neurotransmitters, but the effects they have on their target cells depends on the nature of the target cells' receptors.