lateral horn การใช้

• The lateral horn is the brain region that accomplishes this olfactory information integration.
• Intracellular recordings from lateral horn neurons show that many of these neurons respond broadly to odors.
• This provides further evidence of a more complicated connection between the lateral horn and learned behaviors.
• Nerves arising from the lateral horn of the spinal cord are those of the autonomic nervous system.
• They have long, lateral horns that turn upwards, although these are often polled in commercial operations.
• The projection neurons can excite or inhibit action potentials in the mushroom body or lateral horn to which they project.
• So the learned behavioral signal from the mushroom bodies can overrule the innate behavior signal emanating from the lateral horn.
• Conversely, the innate behavioral signal from the lateral horn can also overrule the learned behavior signal from the mushroom bodies.
• Prostomium rectangular shaped with two lateral horns making it appear as a " T . peristomium " without chaetae.
• Here they arise from the thoracolumbar ( T1-L2 ) regions'lateral horn of grey and emerge via the ventral root.
• In lateral horn, axons of pheromone-sensitive projection neurons are segregated from the axons of plant odor-sensitive projection neurons.
• All cases of MSA had lost over 50 percent of their lateral horn cells which shows the involvement of the intermediolateral columns in MSA.
• Moreover, the projection neurons that connect to DA1 have sexually dimorphic arborizations in the higher brain centers ( esp . lateral horn ).
• The lateral horn neurons that synapse with the ventral nerve cord are dimorphic in their structure and respond to the drosophila sex pheromone cVA.
• While the reason is not currently know the same projecting neurons that synapse with these Kenyon cells also synapse with the cells in the lateral horn.
• A good example of this is the fact that the male drosophila's lateral horn is 1 % larger than females of the same species.
• The projection neurons send their axon terminals to a part of the insect brain called the lateral horn ( important in regulating innate odor responses ).
• They project to the mushroom body is a random fashion but are very stereotyped in their projections to the lateral horn, making it easier to study in some ways.
• The lateral horn of high cervical segments appears to be continuous with the nucleus ambiguus of the medulla oblongata, from which the cranial component of the accessory nerve is derived.
• In addition, the dendrites of lateral horn neurons are restricted to one of these two zones, suggesting that pheromones and plant odors are processed separately in the lateral horn.