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→Planet Population
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==Using Bacteria==
The formula that determines the percentage of population that will be destroyed by [[Resources#Bacteria|Bacteria]] is based on the [[SIR Model|SIR model ]] for the spread of infectious diseases. For this reason, it can sometimes take more Bacteria to kill the last 1% of the population that it was required to destroy the first 99%. The total number of Bacteria required to destroy 100% of the initial population is calculated according to the following formula: '''BacteriaNeeded = Population × 9.9 × 15<sup>[[Planets#Shields|ShieldLevel]]</sup>'''
==Using Nanobots==
=Planet Population=
<div class="page_icon">[[File:population.png|80px]]</div>Each planet has a larger population than the previous one. Population can reach [[Large Numbers|'''large numbers''']] in early game, which are displayed using [[Large Numbers#Abbreviations|abbreviations]] or [[Large Numbers#Scientific Notation|scientific notification]], if it has been enabled in the settings menu. The higher the population, the more '''[[Gene Strands]]''' can be earned from completely destroying the planet.
Even though planet population is not technically a form of defense, planets with higher population are harder to destroy, because they require additional [[Resources#Bacteria|Bacteria]] to infect.
===Nanobot Resistance===
Nanobot resistance reduces the effectiveness of [[Resources#Nanobots|Nanobots]]. There are 4 tiers of Nanobot resistance.
{{nanobot resistance table}}
::::::::Shields multiply the amount of [[Resources#Bacteria|Bacteria]] needed to destroy the planet by <code>15<sup>x</sup></code>, where <code>x</code> is the shield level.
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=Planet List=
{{Planet list}}
