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**Afterwards, the SuperBug starts its migration to the brain by one of two ways:
**Afterwards, the SuperBug starts its migration to the brain by one of two ways:
#Swimming in the blood stream and going through the [[blood brain barrier]] using the laser beam but on a different setting.
#Swimming in the blood stream and going through the [[blood brain barrier]] using the laser beam but on a different setting.
#Teleportation, with the destination usually being one of the lateral ventricles.
#Teleportation, with the destination usually being one of the [[lateral ventricles]], with more predilection for the left over the right.
**
**The SuperBug then tries to establish a connection to a neuronal body or axon to start its influence, the psychic abilities of the SuperBug seem to only work on nearby neurons and a preference for the [[corpus callosum]] has been noticed, possibly because of access to both brain hemispheres.
 
 


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Revision as of 19:44, 30 January 2019


Editor-In-Chief: C. Michael Gibson, M.S., M.D. [1]; Associate Editor(s)-in-Chief: Asem Juhani, M.D.[2]


Overview

Pathophysiology

Pathogenesis

  • The pathogenesis of zombie syndrome is as follows:
    • The pathogen, SuperBug, enters the host by using a laser beam to open the skin after anesthetizing the area with a Tranq-Dart.
    • Afterwards, the SuperBug starts its migration to the brain by one of two ways:
  1. Swimming in the blood stream and going through the blood brain barrier using the laser beam but on a different setting.
  2. Teleportation, with the destination usually being one of the lateral ventricles, with more predilection for the left over the right.
    • The SuperBug then tries to establish a connection to a neuronal body or axon to start its influence, the psychic abilities of the SuperBug seem to only work on nearby neurons and a preference for the corpus callosum has been noticed, possibly because of access to both brain hemispheres.


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References