Cloning with CRISPR-Cas9:
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Fresh Brain Supply:
o
CRISPR-Cas9 allows for cloning new brain tissue, bypassing hunting.
o
Stem cells could be edited to develop into brain cells, ensuring fresh
tissue.
Self-Sustaining System:
o
Cloning brains provides a constant food source, reducing the need for
hunting.
o
Zombies could maintain a sustainable supply without risking human
encounters.
CRISPR-Cas9 for Survival Adaptation:



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Physical Resilience:
o
CRISPR could enhance skin thickness or regeneration, making zombies
more resistant to damage.
o
Mimicking armadillo or pangolin traits could help protect zombies from
human attacks.
Enhanced Senses:
o
Modifying genes for night vision or heightened olfactory abilities improves
hunting efficiency.
o
Incorporating traits from nocturnal animals (e.g., owls, dogs) would make
zombies better at tracking prey.
Metabolic Efficiency:
o
CRISPR could slow metabolism by introducing traits from hibernating
animals, reducing the need for frequent feeding.
o
Zombies could survive longer without hunting, reducing risks from human
encounters.
Adaptive Behavior:
o
Gene editing could improve social cooperation, allowing zombies to hunt
in coordinated groups.
o
Mimicking pack behavior (e.g., wolves, ants) makes zombies more
organized and strategic.

Daylight Activity:
o
CRISPR could enable zombies to function during the day, reducing
vulnerability to human attacks.
o
Incorporating genes from diurnal animals would make zombies active in
both day and night.