Cellular Override

"La'ekul" in Alleran. There isn't a direct translation for this. The closest is 'Cellular Override'.   Allerans and Phalecians are naturally dominant, even down to the DNA within their bodies. For individuals with Alleran or Phalecian ancestors, their Aylaran genes remain in various stages of dormacy for a time. Once this time passes, this initiates a process known as La'ekul, in which a person's cells are mutated and any other DNA is consumed, essentially making the person "fully" Aylaran.

Transmission & Vectors

La'ekul can be triggered depending on a variety of factors. It is possible that a person with Alleran/Phalecian ancestors will never go through La'ekul, however this is extremely rare. The major factors that have been confirmed are:
  • Current genetic makeup
  • Age
  • Levels of sudden physical/mental exertion
  • Levels of La'ekul triggering nearby
  • Symptoms

    Symptoms during La'ekul vary, depending on the person and what the DNA of the person consists of. Symptoms tend to last between 6-12 weeks.   Upon the intial trigger, the first 72 hours of symptoms are:
  • Sudden increase in body temprature
  • Excessive sweating
  • Exhaustion
  • Hyperventilation
  • Paralysis
  • Hallucinations
  • Unusual pupils/iris
  • Unusual sounds in the ear (ranging from random voices to full on ringing)
  • As the person's cells are consumed and more Aylaran cells are generated, over the next 4-8 weeks, the previous symptoms can come and go, along with the following symtoms below:
  • Acute hyperthermia
  • Muscles spasms and weakness
  • Increase in size of appendages (i.e. body parts, hair etc)
  • Coma if symptoms become severe (uncommon)
  • Finally, in the last month or so, the more severe symtoms are alleviated, so the most notable symtoms are:
  • Increased sex drive
  • Increased appetite
  • Lack of energy
  • Increased output of gas
  • reversible issues with vision (paired with changes to eyes)
  • There can be some lingering effects that last after this period for a further 2 months to account for adjustments.
    Type
    Genetic
    Origin
    Mutated
    Cycle
    Short-term
    Rarity
    Common