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Adipose Synthesis

Enhanced lipid synthesis within adipose tissues help sustain zombie muscle integrity. Reduces Zombie starvation speed.

4DNA

Autolytic Delay

Slows release of digestive enzymes from cells' lysosomes. Reduces rate of zombie decay.

2DNA

Biochemical Marker

Distinct chemical markers onset within seconds of the initial bite, zombies recognise possible prey earlier. Prey significantly more likely to remain intact and become a zombie.

12DNA

Cytopathic Reanimation

Formation of complex neural structures enables re-animation of damaged cells and restoration of low level vitals. Zombies return.

38DNA

Hypometabolic Stasis

Stimulates hypometabolic states and glycogen preservation, allowing zombies to survive for weeks without eating. Significantly reduces Zombie starvation speed.

5DNA

Hypothalamic Suppression

Modification of zombie satiety signals after tasting of warm blood causes feeding to stop prematurely. Prey more likely to remain intact and become a zombie.

7DNA

Liquefactive Resistance

Denatures hydrolytic enzymes, slowing liquefactive necrosis. Reduces rate of zombie decay.

4DNA

Metabolic Deceleration

Systemic reduction of basal metabolic rates allow zombies to survive for longer without eating. Reduces Zombie starvation speed.

3DNA

Mummification

A severely decayed zombie is able to enter a state of hibernation. Reduces rate of zombie decay, especially in hot countries.

5DNA

Neuromuscular Inhibition

Saliva develops a potent paralytic agent that rapidly shuts down the victim's motor functions, reducing struggle and excessive physical trauma. Prey more likely to remain intact and become a zombie.

5DNA

Predatory Compulsion

An insatiable drive for fresh biomass forces zombies to expand their hunt. Increases the likelihood zombies cross into neighbouring countries.

7DNA

Predatory Cortex

Zombies become increasingly aggressive toward border guards and patrol units. Allows zombies to push across borders into neighbouring countries.

5DNA

Proteolytic Resistance

Stalls structural protein breakdown in muscle and tissue. Reduces rate of zombie decay.

4DNA

Putrefactive Resistance

Prevents anaerobic microorganisms from digesting proteins. Reduces rate of zombie decay.

3DNA

Vampiric Hunger

Zombie prefers to suck the blood from its prey rather than eat the flesh. Prey more likely to remain intact and become a zombie.

4DNA